SHARK LINE

SHARK LINE

MACHOS DE ROSCAR PARA APLICACIONES EN MATERIALES ESPECÍFICOS

SHARK

2

NEWNEW

E334 E335

NEWNEW NEWNEW

Nuestra gama de machos de roscar Shark DIN para aplicaciones en materiales específicos ofrece un rendimiento y una seguridad del proceso elevados. Esta gama se ha ampliado con dos diseños nuevos de machos de roscar, para aceros de alta resistencia (por encima de 1200 N/mm2) y aleaciones de titanio.

CARACTERÍSTICAS Y VENTAJAS

CODIFICACIÓN CON ANILLO DE COLOR • El anillo de color del mango de la herramienta identifica la

idoneidad para materiales específicos y permite seleccionar la herramienta de manera rápida y sencilla.

GEOMETRÍA ROBUSTA (Shark negro)• Aumento significativo de la fuerza del filo de corte. Esto

garantiza un roscado sin problemas de agujeros pasantes de hasta 2.5×D (agujeros ciegos, 1.5×D) en materiales resistentes y a altas temperaturas, con una resistencia a la tracción de hasta 45 HRC.

TRATAMIENTO DEL FILO (Shark azul, negro, rojo y amarillo)• Los machos de roscar con canal en espiral incorporan un

tratamiento del filo especial para aumentar la resistencia y reducir la posibilidad de microastillado de los filos. De este modo, el rendimiento y la vida útil de la herramienta aumentan de forma considerable.

MATERIAL

Los machos de roscar Shark están fabricados con un exclusivo acero pulvimetalúrgico para herramientas diferente de cualquier otro HSS-E-PM. Se obtiene así una combinación insuperable de tenacidad y resistencia del filo, de modo que los machos de roscar pueden utilizarse con temperaturas de corte superiores ofreciendo al mismo tiempo un rendimiento excelente y una vida útil prolongada.

Material HSS-E (M35)tradicional

Material HSS-E-PM exclusivo utilizado para los MACHOS DE ROSCAR SHARK

(fíjese en la estructura del grano de dispersión uniforme)

MACHOS DE ROSCAR PARA APLICACIONESEN MATERIALES ESPECÍFICOS

GEOMETRÍA Y CHAFLÁN

Los machos de roscar E335 tienen un canal en espiral con ángulo de ataque constante. El desahogo en el chaflán es más alto y más equilibrado (roscas de corte), mientras que es más bajo en los hilos de guía. De este modo se obtiene: • Seguridad del proceso• Acabado superficial superior• Roscas muy precisas• Roscado de agujeros ciegos de hasta 1.5×D

Los machos de roscar E334 tienen una punta espiral y un canal recto. De este modo se obtiene: • Seguridad del proceso• Acabado superficial superior• Roscas muy precisas• Roscado de agujeros pasantes de hasta 2.5×D

SHARK

4

3×D

• TRATAMIENTO SUPERFICIAL El revestimiento de cromo duro con un tratamiento adicional del filo evita la aportación de material en los filos de corte al roscar materiales propensos a adherirse.

• GEOMETRÍA DEL CANAL Disponibles con punta espiral para agujeros pasantes y con canal en espiral (ángulo de 40°) para agujeros ciegos. La geometría especial de los machos de roscar con canal en espiral Yellow Shark evita la formación de nidos de viruta y reduce al mismo tiempo el riesgo de recortar la viruta cuando se invierte el giro.

• FORMAS DE ROSCAMétrica y métrica fina

• CÓDIGOS DE PRODUCTOE297, E298, E299, E300

• TRATAMIENTO SUPERFICIAL Revestimiento superior de TiAlN con un tratamiento adicional del filo.

• GEOMETRÍA DEL CANALEl ángulo del canal en espiral de 48° facilita una evacuación de la viruta suave y rápida, lo que resulta adecuado para roscar agujeros ciegos profundos (tres veces el diámetro). El aumento del desahogo de la rosca permite asimismo utilizar velocidades de corte más rápidas en aceros de alta resistencia.

• GEOMETRÍA DE CORTEEl perfil especial de 3 radios con ángulo de ataque constante a lo largo de todo el canal permite controlar mejor las propiedades de corte y evita la formación de nidos de viruta.

• CHAFLÁN TRASEROEl chaflán trasero facilita la evacuación de la viruta, reduce el astillado de las últimas roscas y reduce al mismo tiempo el par cuando se invierte el giro del macho.

• RECOMENDACIÓN EN CUANTO A SUJECIÓN DE LA HERRAMIENTAAl utilizar machos de roscar Yellow Shark con canal en espiral de 48°, se recomienda utilizar un portaherramientas con arranque suave o mínima flotación.

• FORMAS DE ROSCAMétrica

• CÓDIGO DE PRODUCTOE412

YELL

OW SH

ARK

YELL

OW SH

ARK

ACEROS ESTRUCTURALES, AL CARBONO Y DE BAJA ALEACIÓN


SHARK

5

3×D

• TRATAMIENTO SUPERFICIAL Con revestimiento Super-B (TiAlN + WC/C) o templado al vapor con un tratamiento adicional del filo.

• GEOMETRÍA DEL CANAL Disponibles con punta espiral para agujeros pasantes y con canal en espiral (ángulo de 40°) para agujeros ciegos.

• CHAFLÁN TRASERO El chaflán trasero de los machos de roscar con canal en espiral facilita la evacuación de la viruta, reduce el astillado de las últimas roscas y reduce al mismo tiempo el par cuando se invierte el giro del macho.

• FORMAS DE ROSCAMétrica y métrica fina y G (BSP)

• CÓDIGOS DE PRODUCTO E238, E239, E240, E241, E382, E383, E384

• TRATAMIENTO SUPERFICIAL Revestimiento Super-B (TiAlN + WC/C) con un tratamiento adicional del filo.

• GEOMETRÍA DEL CANAL El ángulo del canal en espiral de 48° facilita una evacuación de la viruta suave y rápida, lo que resulta adecuado para roscar agujeros ciegos profundos (tres veces el diámetro). El aumento del desahogo de la rosca garantiza la seguridad del proceso al roscar materiales resilientes como, por ejemplo, el acero inoxidable.

• GEOMETRÍA DE CORTEEl perfil especial de 3 radios con ángulo de ataque constante a lo largo de todo el canal permite controlar mejor las propiedades de corte y evita la formación de nidos de viruta.

• CHAFLÁN TRASEROEl chaflán trasero facilita la evacuación de la viruta, reduce el astillado de las últimas roscas y reduce al mismo tiempo el par cuando se invierte el giro del macho.

• RECOMENDACIÓN EN CUANTO A SUJECIÓN DE LA HERRAMIENTAAl utilizar machos de roscar Yellow Shark con canal en espiral de 48°, se recomienda utilizar un portaherramientas con arranque suave o de mínima flotación.


• CÓDIGO DE PRODUCTOE414

BLUE

SHAR

K

BLUE

SHAR

K

ACEROS INOXIDABLES


SHARK

6

NEWNEW

• TRATAMIENTO SUPERFICIAL Revestimiento superior brillante o de TiAlN con un tratamiento adicional del filo.


• CHAFLÁN TRASERO El chaflán trasero de los machos de roscar con canal en espiral facilita la evacuación de la viruta, reduce el astillado de las últimas roscas y reduce al mismo tiempo el par cuando se invierte el giro del macho.

• GEOMETRÍA DE CORTE (MACHOS DE ROSCAR CON CANAL EN ESPIRAL)El perfil especial de 3 radios con ángulo de ataque constante a lo largo de todo el canal permite controlar mejor las propiedades de corte y evita la formación de nidos de viruta.

• RECOMENDACIÓN EN CUANTO A PORTAHERRAMIENTASAl utilizar machos de roscar Red Shark con canal en espiral, se recomienda utilizar un portaherramientas con arranque suave o de mínima flotación.



• TRATAMIENTO SUPERFICIALRevestimiento superior de TiAlN con un tratamiento adicional del filo.

• GEOMETRÍA DEL CANALGeometrías de punta espiral o canal en espiral de hélice baja con un ángulo de ataque bajo para conseguir un buen control de la viruta y resistencia del filo.

• GEOMETRÍA DE CORTEEl perfil especial de tres radios con ángulo de ataque constante a lo largo de todo el canal permite controlar mejor las propiedades de corte y evita la formación de nidos de viruta.

• ACCESORIO DE ROSCAR (Recomendación)Cuando se utilice un macho Shark negro, se recomienda utilizar un portamachos sincronizado (rígido) para garantizar la profundidad de la rosca producida.


• CÓDIGOS DE PRODUCTOE334, E335

ACEROS ALEADOS ACEROS DE ALTA RESISTENCIA

RED

SHAR

K

BLAC

K SH

ARK


SHARK

7

• TRATAMIENTO SUPERFICIAL Revestimiento brillante o Super-B (TiAlN + WC/C) con un tratamiento adicional del filo.


• GEOMETRÍA DE CORTE (MACHOS DE ROSCAR CON CANAL EN ESPIRAL) El perfil especial de 3 radios con ángulo de ataque constante a lo largo de todo el canal permite controlar mejor las propiedades de corte y evita la formación de nidos de viruta.



• TRATAMIENTO SUPERFICIAL Recubrimiento superior templado al vapor o de TiAlN.

• GEOMETRÍA DEL CANAL El diseño de canal recto ofrece un rendimiento excelente al roscar agujeros tanto pasantes como ciegos en materiales de viruta corta.


• CÓDIGOS DE PRODUCTOE201, E252, E390

MATERIALES NO FÉRREOS FUNDICIONES

GREE

N SH

ARK

WHI

TE SH

ARK


8

P NM SK H

P1

P1 P1.1 P1.2 P1.3

P2.1 P2.2 P2.3

P3.1 P3.2 P3.3

P4.1 P4.2 P4.3

P2

P2P3

P3P4

P4

P

P

NM SK H

Los grupos de materiales («WMG») se utilizan para seleccionar de forma sencilla y fiable la herramienta de corte adecuada y los valores iniciales apropiados para las condiciones de mecanizado de aplicaciones específicas.Dormer Pramet clasifica los materiales a mecanizar en seis grupos de diferentes colores: • Azul: acero y acero fundido (grupo P);• Amarillo: acero inoxidable (grupo M);• Rojo: fundición (grupo K);• Verde: metales no férreos (grupo N);• Naranja: aleaciones termoresistentes (grupo S);• Gris: materiales endurecidos (grupo H).Cada uno de estos grupos se divide, a su vez, en subgrupos según su estructura o composición. Por ejemplo, el grupo P de acero y acero fundido se desglosa en cuatro subgrupos: • P1 – Acero de mecanizado libre• P2 – Acero al carbono• P3 – Acero aleado• P4 – Acero para herramientas Finalmente, se realiza una última división en función de las propiedades del material, como la dureza y la resistencia a la tracción. Esta clasificación se lleva a cabo para ofrecer a nuestros clientes un asesoramiento completo sobre la herramienta y los valores iniciales de velocidad de corte y avance.La tabla que se muestra en la página siguiente incluye una descripción de cada grupo de materiales a mecanizar, así como ejemplos de designaciones de uso común.

GRUPOS DE MATERIALES (WMG)

SOBRE LA CLASIFICACIÓN DE MATERIALES EN DORMER PRAMET

Definición generalP. ej., acero, acero inoxidable, etc.

Para seleccionar una calidad y geometría de corte para una amplia gama de materiales a mecanizar

Para navegar y seleccionar la herramienta idónea para una gama más específica de materiales a mecanizar

ISOSubgrupoDefinición por estructura/composiciónP. ej., acero al carbono, acero aleado, etc. Definición por

dureza/resistencia a la tracciónP. ej., 160 < 220 HB, 620 < 900 N/mm2 ...

Para seleccionar y proporcionar condiciones de corte dentro de un rango de ±10 %WMG

9

ISO

P

P1P1.1 ≤ 760 1.1 P1P1.2 ≤ 620 1.1 P1P1.3 ≤ 550 1.1 P1

P2P2.1 ≤ 620 1.2 P2P2.2 ≤ 830 1.3 P2P2.3 ≤ 1030 1.5 P3

P3P3.1 ≤ 620 1.4 P3P3.2 > 620 ≤ 900 1.4 P3P3.3 > 900 ≤ 1240 1.5 P4

P4P4.1 ≤ 900 1.4 P3P4.2 > 900 ≤ 1240 1.5 P4P4.3 > 1250 ≤ 1450 1.6 H1

M

M1 M1.1 ≤ 520 2.1 M1M1.2 > 520 ≤ 700 2.1 M1

M2M2.1 ≤ 670 2.3 M2M2.2 > 670 ≤ 950 2.3 M2M2.3 > 950 ≤ 1300 2.4 M2

M3M3.1 ≤ 750 2.2 M3M3.2 >750 ≤ 870 2.2 M3M3.3 > 870 ≤ 1040 2.2 M3

M4 M4.1 ≤ 990 2.3 M4M4.2 ≤ 1320 2.4 M4

K

K1K1.1 ≤ 190 3.1 K1K1.2 > 190 ≤ 310 3.2 K1K1.3 >310 ≤ 390 3.2 K1

K2K2.1 ≤ 400 3.3 K2K2.2 > 400 ≤ 550 3.3 K2K2.3 > 550 ≤ 660 3.4 K2

K3K3.1 ≤ 560 3.3 K3K3.2 > 560 ≤ 680 3.3 K4K3.3 > 680 ≤ 800 3.4 K4

K4

K4.1 ≤ 610K4.2 > 610 ≤ 840K4.3 > 840 ≤ 980K4.4 > 980 ≤ 1130K4.5 > 1130 ≤ 1280

K5K5.1K5.2K5.3

N

N1N1.1 ≤ 240 7.1 N1N1.2 > 240 ≤ 400 7.1 N1N1.3 > 400 ≤ 590 7.2 N2

N2N2.1 ≤ 240 7.3 N1N2.2 > 240 ≤ 270 7.3 N1N2.3 > 270 ≤ 440 7.3 N2

N3N3.1 6.3 N3N3.2 6.2 N3N3.3 6.1 N4

N4N4.1 8.1N4.2 8.2N4.3 8.3

S

S1S1.1 ≤ 660 4.1 S1S1.2 > 660 ≤ 950 4.2 S1S1.3 > 950 ≤ 1200 4.3 S1

S2 S2.1 ≤ 690 S2S2.2 > 690 ≤ 970 S2

S3 S3.1 ≤ 940 5.2 S3S3.2 > 940 ≤ 1200 5.3 S3

S4 S4.1 ≤ 800 S4S4.2 > 800 ≤ 1070 S4

H

H1 H1.1

H2 H2.1 H2H2.2 H2

H3 H3.1 1.7 H3H3.2 1.7 H3

H4 H4.1 1.8 H4H4.2 1.8 H4

WMG (grupos de materiales)Resistenciaa la tracción Mpa [N/mm²]

Antig

ua A

MG

de D

orm

er

Antig

ua IS

O de

Pra

met

Mecanizado libre de acero al carbono sulfurado con una dureza <220 HBMecanizado libre de acero al carbono sulfurado y fosforado con una dureza <180 HBMecanizado libre de acero al carbono sulfurado/fosforado y acero al carbono con plomo con una dureza <160 HBAcero al carbono con <0,25 %C y una dureza <180 HBAcero con contenido medio de carbono con <0,55 %C y una dureza <240 HBAcero con alto contenido de carbono con <0,55 %C y una dureza <300 HBAcero aleado con una dureza <180 HBAcero aleado con una dureza de 180-260 HBAcero aleado con una dureza de 260-360 HBAcero para herramientas con una dureza <26 HRCAcero para herramientas con una dureza de 26-39 HRCAcero para herramientas con una dureza de 39-45 HRCAcero inoxidable ferrítico con una dureza <160 HBAcero inoxidable ferrítico con una dureza de 160-220 HBAcero inoxidable martensítico con una dureza <200 HBAcero inoxidable martensítico con una dureza de 200-280 HBAcero inoxidable martensítico con una dureza de 280-380 HBAcero inoxidable austenítico con una dureza <200 HBAcero inoxidable austenítico con una dureza de 200-260 HBAcero inoxidable austenítico con una dureza de 260-300 HBAcero inoxidable austenítico/ferrítico o superaustenítico con una dureza <300 HBAcero inoxidable austenítico, con endurecimiento por precipitación y una dureza de 300-380 HBHierro gris, ferrítico o ferrítico/perlítico con una dureza <180 HBHierro gris, ferrítico/perlítico o perlítico con una dureza de 180-240 HBHierro gris, perlítico con una dureza de 240-280 HBHierro maleable, ferrítico con una dureza <160 HBHierro maleable, ferrítico o perlítico con una dureza de 160-200 HBHierro maleable, perlítico con una dureza de 200-240 HBHierro dúctil (nodular, esferoidal), ferrítico con una dureza <180 HBHierro dúctil (nodular, esferoidal), ferrítico o perlítico con una dureza de 180-220 HBHierro dúctil (nodular, esferoidal), perlítico con una dureza de 220-260 HBFundición austenítica con una dureza <180 HBFundición austenítica con una dureza de 180-240 HBHierro dúctil austemplado con una dureza de 240-280 HBHierro dúctil austemplado con una dureza de 280-320 HBHierro dúctil austemplado con una dureza de 320-360 HBHierro con grafito compactado vermicular con una dureza <180 HBHierro con grafito compactado vermicular con una dureza de 180-220 HBHierro con grafito compactado vermicular con una dureza de 220-260 HBAluminio puro y aleaciones forjadas de aluminio con una dureza <60 HBAleaciones forjadas de aluminio con una dureza de 60-100 HBAleaciones forjadas de aluminio con una dureza de 100-150 HBAleaciones de aluminio fundido con una dureza <75 HBAleaciones de aluminio fundido con una dureza de 75-90 HBAleaciones de aluminio fundido con una dureza de 90-140 HBAleaciones de cobre para corte libre con excelentes propiedades de mecanizadoAleaciones de cobre de viruta corta con propiedades de mecanizado de óptimas a moderadasCobre electrolítico y aleaciones de cobre de viruta larga con propiedades de mecanizado de moderadas a limitadasPolímeros termoplásticosPolímeros termoestablesComposites o polímeros reforzadosTitanio o aleaciones de titanio con una dureza <200 HBAleaciones de titanio con una dureza de 200-280 HBAleaciones de titanio con una dureza de 280-360 HBAleaciones con base de hierro a alta temperatura con una dureza <200 HBAleaciones con base de hierro a alta temperatura con una dureza de 200-280 HBAleaciones con base de níquel a alta temperatura con una dureza <280 HBAleaciones con base de níquel a alta temperatura con una dureza de 280-360 HBAleaciones con base de cobalto a alta temperatura con una dureza <240 HBAleaciones con base de cobalto a alta temperatura con una dureza de 240-320 HBFundición en frío con una dureza <400 HBFundición endurecida con una dureza <55 HRCFundición endurecida con una dureza >55 HRCAcero endurecido con una dureza de <51 HRCAcero endurecido con una dureza de 51-55 HRCAcero endurecido con una dureza de 55-59 HRCAcero endurecido con una dureza >59 HRC

10

SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK

E201 E252 E390 E297 E255 E256 E334 E240 E241 E471 E472 E298 E412 E260M3 – M10 M8 – M24 M3 – M20 M3 – M30 M3 – M20 M3 – M20 M3 – M12 M3 – M30 M3 – M20 M3 – M20 M3 – M20 M3 – M30 M3 – M30 M3 – M20

NEWNEW

ISO513

&12

&12

&12

&13

&14

&14

&15

&16

&16

&17

&17

&18

&19

&20

P

P1P2P3P4

M

M1M2M3M4

K

K1K2K3K4K5

N

N1N2N3N4

S

S1S2S3S4

H

H1H2H3H4

Aplicación principal Aplicación secundaria

11

SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK

E261 E335 E238 E239 E414 E473 E474 E299 E384 E300 E383 E382 L114

M3 – M20 M3 – M12 M3 – M30 M3 – M20 M3 – M20 M3 – M20 M3 – M20 M4 – M30 M6 – M20 M4 – M30 M6 – M20 1/8 – 1“ Set

NEWNEW

ISO513

&20

&21

&22

&22

&23

&24

&24

&25

&26

&27

&28

&29

&30

P

P1P2P3P4

M

M1M2M3M4

K

K1K2K3K4K5

N

N1N2N3N4

S

S1S2S3S4

H

H1H2H3H4

Aplicación principal Aplicación secundaria

12

E201

E252

E390

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E201 E252 E390

[mm] [mm] [mm] [mm] [mm] [mm] [-] [mm] [mm]

3 0.50 56 9 3.5 2.7 6 3 2.5 18 E201M3 E390M34 0.70 63 12 4.5 3.4 6 4 3.3 21 E201M4 E390M45 0.80 70 13 6.0 4.9 8 4 4.2 25 E201M5 E390M56 1.00 80 15 6.0 4.9 8 4 5.0 30 E201M6 E390M68 1.25 90 18 6.0 4.9 8 4 6.8 E252M88 1.25 90 18 8.0 6.2 9 4 6.8 35 E201M8 E390M8

10 1.50 100 20 10.0 8.0 11 4 8.5 39 E201M10 E390M1010 1.50 100 20 7.0 5.5 8 4 8.5 E252M1012 1.75 110 23 9.0 7.0 10 4 10.3 E252M12 E390M1214 2.00 110 25 11.0 9.0 12 4 12.0 E252M1416 2.00 110 25 12.0 9.0 12 4 14.0 E252M16 E390M1618 2.50 125 30 14.0 11.0 14 4 15.5 E252M1820 2.50 140 30 16.0 12.0 15 4 17.5 E252M20 E390M2022 2.50 140 34 18.0 14.5 17 4 19.5 E252M2224 3.00 160 38 18.0 14.5 17 4 21.0 E252M24

E201K1.1 K1.2 K1.3 K2.1 K2.2 K2.3 K3.1 K3.2 K3.3 K4.1 K4.2 K4.3 K4.4 K4.5 K5.1 K5.2 K5.3 N3.2 N4.2

15 11 8 18 15 12 16 12 10 15 11 8 7 6 17 13 10 20 10


15 11 8 18 15 12 16 12 10 15 11 8 7 6 17 13 10 20 10


30 22 17 43 35 28 38 29 24 35 27 20 17 14 40 30 23 30 15

E201 E252 E390

SHARK SHARK SHARK

M3 – M10 M8 – M24 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E201E252E390

M Macho de máquina recto Shark (Anillo Blanco).

13

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E297


3 0.50 56 9 3.5 2.7 6 3 2.5 18 E297M34 0.70 63 12 4.5 3.4 6 3 3.3 21 E297M45 0.80 70 13 6.0 4.9 8 3 4.2 25 E297M56 1.00 80 15 6.0 4.9 8 3 5.0 30 E297M68 1.25 90 18 8.0 6.2 9 3 6.8 35 E297M8

10 1.50 100 20 10.0 8.0 11 3 8.5 39 E297M1012 1.75 110 23 9.0 7.0 10 3 10.3 - E297M1214 2.00 110 25 11.0 9.0 12 3 12.0 - E297M1416 2.00 110 25 12.0 9.0 12 3 14.0 - E297M1618 2.50 125 30 14.0 11.0 14 3 15.5 - E297M1820 2.50 140 30 16.0 12.0 15 3 17.5 - E297M2022 2.50 140 34 18.0 14.5 17 4 19.5 - E297M2224 3.00 160 38 18.0 14.5 17 4 21.0 - E297M2427 3.00 160 38 20.0 16.0 19 4 24.0 - E297M2730 3.50 180 45 22.0 18.0 21 4 26.5 - E297M30

E297

E297P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 N3.1 N3.2 N3.3

24 27 28 20 18 16 15 12 10 9 7 51 30 15

E297

SHARK

M3 – M30

THL

TDZ

LU

OAL

WSC

DCON

LSC

E297 M Macho de máquina con entrada en hélice Shark (Anillo Amarillo).

14

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E255 E256


3 0.50 56 9 3.5 2.7 6 3 2.5 18 E255M3 E256M34 0.70 63 12 4.5 3.4 6 3 3.3 21 E255M4 E256M45 0.80 70 13 6.0 4.9 8 3 4.2 25 E255M5 E256M56 1.00 80 15 6.0 4.9 8 3 5.0 30 E255M6 E256M68 1.25 90 18 8.0 6.2 9 3 6.8 35 E255M8 E256M8

10 1.50 100 20 10.0 8.0 11 3 8.5 39 E255M10 E256M1012 1.75 110 23 9.0 7.0 10 3 10.3 - E255M12 E256M1214 2.00 110 25 11.0 9.0 12 3 12.0 - E255M1416 2.00 110 25 12.0 9.0 12 3 14.0 - E255M16 E256M1620 2.50 140 30 16.0 12.0 15 4 17.5 - E255M20 E256M20

E255

E256

E255P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.1 S1.2 S3.1

11 10 8 7 6 5 4 3 2 2

E256P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.1 S1.2 S3.1

24 25 20 17 15 13 10 4 3 3

E255 E256

SHARK SHARK

M3 – M20 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E255E256

M Macho de máquina con entrada en hélice Shark (Anillo Rojo).

15

E334

E334

THL

TDZ

LU

OAL

LSC

WSC

DCON

SHARK

M3 – M12

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E334


3 0.50 63 12 4.5 3.4 6 3 2.50 20 E334M34 0.70 70 17 6.0 4.9 8 3 3.30 29 E334M45 0.80 80 20 6.0 4.9 8 3 4.20 36 E334M56 1.00 90 24 8.0 6.2 9 3 5.00 40 E334M68 1.25 100 32 10.0 8.0 11 3 6.80 50 E334M8

10 1.50 100 20 10.0 8.0 11 3 8.50 39 E334M1012 1.75 110 23 9.0 7.0 10 4 10.30 – E334M12

NEWNEW

E334P3.3 P4.2 P4.3 S1.2 S1.3 S3.1 S3.2 H3.1

17 13 10 13 8 5 3 7

E334 M Macho de máquina con entrada en hélice Shark (Black Azul).

16

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E240 E241



10 1.50 100 20 10.0 8.0 11 3 8.5 39 E240M10 E241M1012 1.75 110 23 9.0 7.0 10 4 10.3 - E240M12 E241M1214 2.00 110 25 11.0 9.0 12 4 12.0 - E240M14 E241M1416 2.00 110 25 12.0 9.0 12 4 14.0 - E240M16 E241M1618 2.50 125 30 14.0 11.0 14 4 15.5 - E240M18 E241M1820 2.50 140 30 16.0 12.0 15 4 17.5 - E240M20 E241M2022 2.50 140 34 18.0 14.5 17 4 19.5 - E240M2224 3.00 160 38 18.0 14.5 17 4 21.0 - E240M2427 3.00 160 38 20.0 16.0 19 4 24.0 - E240M2730 3.50 180 45 22.0 18.0 21 4 26.5 - E240M30

E240

E241

E240M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

11 9 10 8 8 7 6 5

E241M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

19 10 17 14 12 10 9 6

E240 E241

SHARK SHARK

M3 – M30 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E240E241

M Macho de máquina con entrada en hélice Shark (Anillo Azul)

17

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E471 E472



10 1.50 100 20 10.0 8.0 11 3 8.5 39 E471M10 E472M1012 1.75 110 23 9.0 7.0 10 3 10.3 - E471M12 E472M1216 2.00 110 25 12.0 9.0 12 4 14.0 - E471M16 E472M1620 2.50 140 30 16.0 12.0 15 4 17.5 - E471M20 E472M20

E471

E472

E471N1.1 N1.2 N1.3 N2.1 N2.2 N2.3 N3.1 N3.2 N3.3 N4.1

16 12 8 31 28 20 51 30 15 25

E472N1.1 N1.2 N1.3 N2.1 N2.2 N2.3 N3.1 N3.2 N4.1

35 26 18 46 42 30 76 45 30

E471 E472

SHARK SHARK

M3 – M20 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E471E472

M Macho de máquina con entrada en hélice Shark (Anillo Verde).

18

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E298


3 0.50 56 6 3.5 2.7 6 3 2.5 18 E298M34 0.70 63 7 4.5 3.4 6 3 3.3 21 E298M45 0.80 70 8 6.0 4.9 8 3 4.2 25 E298M56 1.00 80 10 6.0 4.9 8 3 5.0 30 E298M68 1.25 90 13 8.0 6.2 9 3 6.8 35 E298M8

10 1.50 100 15 10.0 8.0 11 3 8.5 39 E298M1012 1.75 110 18 9.0 7.0 10 3 10.3 - E298M1214 2.00 110 20 11.0 9.0 12 3 12.0 - E298M1416 2.00 110 20 12.0 9.0 12 4 14.0 - E298M1618 2.50 125 25 14.0 11.0 14 4 15.5 - E298M1820 2.50 140 25 16.0 12.0 15 4 17.5 - E298M2022 2.50 140 25 18.0 14.5 17 4 19.5 - E298M2224 3.00 160 30 18.0 14.5 17 4 21.0 - E298M2427 3.00 160 30 20.0 16.0 19 4 24.0 - E298M2730 3.50 160 36 22.0 18.0 21 4 26.5 - E298M30

E298


24 27 28 20 18 16 15 12 10 9 7 51 30 15

E298

SHARK

M3 – M30

THL

TDZ

LU

OAL

WSC

DCON

LSC

E298 M Macho de máquina helicoidal 40° Shark (Anillo Amarillo).

19

E412

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E412


3 0.50 56 6 3.5 2.7 6 3 2.5 18 E412M34 0.70 63 7 4.5 3.4 6 3 3.3 21 E412M45 0.80 70 8 6.0 4.9 8 3 4.2 25 E412M56 1.00 80 10 6.0 4.9 8 3 5.0 30 E412M68 1.25 90 13 8.0 6.2 9 3 6.8 35 E412M8

10 1.50 100 15 10.0 8.0 11 3 8.5 39 E412M1012 1.75 110 18 9.0 7.0 10 3 10.3 - E412M1214 2.00 110 20 11.0 9.0 12 3 12.0 - E412M1416 2.00 110 20 12.0 9.0 12 4 14.0 - E412M1620 2.50 140 25 16.0 12.0 15 4 17.5 - E412M2022 2.50 140 25 18.0 14.5 17 4 19.5 - E412M2224 3.00 160 30 18.0 14.5 17 4 21.0 - E412M2427 3.00 160 30 20.0 16.0 19 4 24.0 - E412M2730 3.50 180 36 22.0 18.0 21 4 26.5 - E412M30

E412P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2

46 52 54 40 35 31 24 19 16 14 12

E412

SHARK

M3 – M30

THL

TDZ

LU

OAL

WSC

DCON

LSC

E412 M Macho de máquina helicoidal 48º Shark con chaflán de salida cónico (Anillo Amarillo).

20

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E260 E261



10 1.50 100 15 10.0 8.0 11 3 8.5 39 E260M10 E261M1012 1.75 110 16 9.0 7.0 10 3 10.3 - E260M12 E261M1214 2.00 110 20 11.0 9.0 12 3 12.0 - E260M1416 2.00 110 20 12.0 9.0 12 4 14.0 - E260M16 E261M1620 2.50 140 25 16.0 12.0 15 4 17.5 - E260M20 E261M20

E260

E261

E260P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.1 S1.2 S3.1

11 10 8 7 6 5 4 3 2 2

E261P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.1 S1.2 S3.1

28 29 24 20 18 15 12 4 3 3

E260 E261

SHARK SHARK

M3 – M20 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E260E261

M Macho de máquina helicoidal 45° Shark con chaflán de salida cónico (Anillo Rojo).

21

E335

E335

THL

TDZ

LU

OAL

WSC

DCON

SHARK

M3 – M12

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E335


3 0.50 63 12 4.5 3.4 6 3 2.50 20 E335M34 0.70 70 13 6.0 4.9 8 3 3.30 26 E335M45 0.80 80 15 6.0 4.9 8 3 4.20 31 E335M56 1.00 90 18 8.0 6.2 9 3 5.00 35 E335M68 1.25 100 20 10.0 8.0 11 3 6.80 41 E335M8

10 1.50 100 20 10.0 8.0 11 3 8.50 39 E335M1012 1.75 110 23 9.0 7.0 10 4 10.30 – E335M12

NEWNEW

E335P3.3 P4.2 P4.3 S1.2 S1.3 S3.1 S3.2 H3.1

17 13 10 13 8 5 3 7

LSC

E335 M Machos de máquina canales helicoidales a 15° (Black Azul).

22

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E238 E239



10 1.50 100 15 10.0 8.0 11 3 8.5 39 E238M10 E239M1012 1.75 110 18 9.0 7.0 10 4 10.3 - E238M12 E239M1214 2.00 110 20 11.0 9.0 12 4 12.0 - E238M14 E239M1416 2.00 110 20 12.0 9.0 12 4 14.0 - E238M16 E239M1618 2.50 125 25 14.0 11.0 14 4 15.5 - E238M1820 2.50 140 25 16.0 12.0 15 4 17.5 - E238M20 E239M2022 2.50 140 25 18.0 14.5 17 4 19.8 - E238M2224 3.00 160 30 18.0 14.5 17 4 21.0 - E238M2427 3.00 160 30 20.0 16.0 19 4 24.0 - E238M2730 3.50 180 36 22.0 18.0 21 4 26.5 - E238M30

E238

E239

E238M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

11 9 10 8 8 7 6 5

E239M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

19 16 17 14 12 10 9 6

E238 E239

SHARK SHARK

M3 – M30 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E238E239

M Macho de máquina helicoidal 40° Shark con chaflán de salida cónico (Anillo Azul).

23

E414

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E414


3 0.50 56 6 3.5 2.7 6 3 2.5 18 E414M34 0.70 63 7 4.5 3.4 6 3 3.3 21 E414M45 0.80 70 8 6.0 4.9 8 3 4.2 25 E414M56 1.00 80 10 6.0 4.9 8 3 5.0 30 E414M68 1.25 90 13 8.0 6.2 9 3 6.8 35 E414M8

10 1.50 100 15 10.0 8.0 11 3 8.5 39 E414M1012 1.75 110 18 9.0 7.0 10 3 10.3 - E414M1214 2.00 110 20 11.0 9.0 12 3 12.0 - E414M1416 2.00 110 20 12.0 9.0 12 4 14.0 - E414M1620 2.50 140 25 16.0 12.0 15 4 17.5 - E414M20

E414M1.1 M1.2 M2.1 M2.2 M2.3 M3.1 M3.2 M3.3

22 19 20 16 13 14 12 11

E414

SHARK

M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E414 M Macho de máquina helicoidal 48º Shark con chaflán de salida cónico (Anillo Azul).

24

TDZM

TP OAL THL DCON

WSCLSC

2

1

3

NOFLU E473 E474



10 1.50 100 20 10.0 8.0 11 2 8.5 39 E473M10 E474M1012 1.75 110 23 9.0 7.0 10 3 10.3 - E473M12 E474M1216 2.00 110 25 12.0 9.0 12 3 14.0 - E473M16 E474M1620 2.50 140 30 16.0 12.0 15 3 17.5 - E473M20 E474M20

E473

E474

E473N1.1 N1.2 N1.3 N2.1 N2.2 N2.3 N3.1 N3.2 N3.3 N4.1

16 12 8 31 28 20 51 30 15 25

E474N1.1 N1.2 N1.3 N2.1 N2.2 N2.3 N3.1 N3.2 N4.1

35 26 18 46 42 43 76 45 30

E473 E474

SHARK SHARK

M3 – M20 M3 – M20

THL

TDZ

LU

OAL

WSC

DCON

LSC

E473E474

M Macho de máquina helicoidal 35° Shark (Anillo Verde).

25

E299

TDZMF

TP OAL THL DCON

WSCLSC

2

1

3

NOF E299[mm] [mm] [mm] [mm] [mm] [mm] [-] [mm]

4 0.50 63 12 2.8 2.1 5 3 3.5 E299M4X.55 0.50 70 13 3.5 2.7 6 3 4.5 E299M5X.56 0.75 80 15 4.5 3.4 6 3 5.3 E299M6X.758 0.75 80 15 6.0 4.9 8 3 7.3 E299M8X.758 1.00 90 18 6.0 4.9 8 3 7.0 E299M8X1.0

10 0.75 90 20 7.0 5.5 8 3 9.3 E299M10X.7510 1.00 90 20 7.0 5.5 8 3 9.0 E299M10X1.010 1.25 100 20 7.0 5.5 8 3 8.8 E299M10X1.2512 1.00 100 21 9.0 7.0 10 4 11.0 E299M12X1.012 1.25 100 21 9.0 7.0 10 4 10.8 E299M12X1.2512 1.50 110 21 9.0 7.0 10 4 10.5 E299M12X1.514 1.00 100 21 11.0 9.0 12 4 13.0 E299M14X1.014 1.25 100 21 11.0 9.0 12 4 12.8 E299M14X1.2514 1.50 100 21 11.0 9.0 12 4 12.5 E299M14X1.516 1.00 100 21 12.0 9.0 12 4 15.0 E299M16X1.016 1.50 100 21 12.0 9.0 12 4 14.5 E299M16X1.518 1.00 110 24 14.0 11.0 14 4 17.0 E299M18X1.018 1.50 110 24 14.0 11.0 14 4 16.5 E299M18X1.520 1.50 125 24 16.0 12.0 15 4 18.5 E299M20X1.522 1.50 125 25 18.0 14.5 17 4 20.5 E299M22X1.524 1.50 140 28 18.0 14.5 17 4 22.5 E299M24X1.524 2.00 140 28 18.0 14.5 17 4 22.0 E299M24X2.027 2.00 140 28 20.0 16.0 19 4 25.0 E299M27X2.030 2.00 150 28 22.0 18.0 21 4 28.0 E299M30X2.0


24 27 28 20 18 16 15 12 10 9 7 51 30 15

E299

SHARK

M4 – M30

THL

TDZ

OAL

WSC

DCON

LSC

E299 MF Macho de máquina con entrada en hélice Shark (Anillo Amarillo).

26

TDZMF

TP OAL THL DCON

WSCLSC

2

1

3


6 0.75 80 15 4.5 3.4 6 3 5.3 E384M6X.758 1.00 90 18 6.0 4.9 8 3 7.0 E384M8X1.0

10 1.00 90 20 7.0 5.5 8 3 9.0 E384M10X1.010 1.25 100 20 7.0 5.5 8 3 8.8 E384M10X1.2512 1.00 100 21 9.0 7.0 10 4 11.0 E384M12X1.012 1.25 100 21 9.0 7.0 10 4 10.8 E384M12X1.2512 1.50 100 21 9.0 7.0 10 4 10.5 E384M12X1.514 1.50 100 21 11.0 9.0 12 4 12.5 E384M14X1.516 1.50 100 21 12.0 9.0 12 5 14.5 E384M16X1.518 1.50 110 24 14.0 11.0 14 5 16.5 E384M18X1.520 1.50 125 24 16.0 12.0 15 5 18.5 E384M20X1.5

E384

E384M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

11 9 10 8 8 7 6 5

E384

SHARK

M6 – M20

THL

TDZ

OAL

WSC

DCON

LSC

E384 MF Macho de máquina con entrada en hélice Shark (Anillo Azul).

27

TDZMF

TP OAL THL DCON

WSCLSC

2

1

3


4 0.50 63 6.5 2.8 2.1 5 3 3.5 E300M4X.55 0.50 70 7.5 3.5 2.7 6 3 4.5 E300M5X.56 0.75 80 10 4.5 3.4 6 3 5.3 E300M6X.758 0.75 80 13 6.0 4.9 8 3 7.3 E300M8X.758 1.00 90 13 6.0 4.9 8 3 7.0 E300M8X1.0

10 0.75 90 13 7.0 5.5 8 3 9.3 E300M10X.7510 1.00 90 12 7.0 5.5 8 3 9.0 E300M10X1.010 1.25 100 15 7.0 5.5 8 3 8.8 E300M10X1.2512 1.00 100 15 9.0 7.0 10 4 11.0 E300M12X1.012 1.25 100 13 9.0 7.0 10 4 10.8 E300M12X1.2512 1.50 100 13 9.0 7.0 10 4 10.5 E300M12X1.514 1.00 100 15 11.0 9.0 12 4 13.0 E300M14X1.014 1.25 100 15 11.0 9.0 12 4 12.8 E300M14X1.2514 1.50 100 15 11.0 9.0 12 4 12.5 E300M14X1.516 1.00 100 15 12.0 9.0 12 5 15.0 E300M16X1.016 1.50 100 15 12.0 9.0 12 5 14.5 E300M16X1.518 1.00 110 17 14.0 11.0 14 5 17.0 E300M18X1.018 1.50 110 17 14.0 11.0 14 5 16.5 E300M18X1.520 1.50 125 17 16.0 12.0 15 5 18.5 E300M20X1.522 1.50 125 17 18.0 14.5 17 5 20.5 E300M22X1.524 1.50 140 20 18.0 14.5 17 5 22.5 E300M24X1.524 2.00 140 20 18.0 14.5 17 5 22.0 E300M24X2.027 2.00 140 20 20.0 16.0 19 5 25.0 E300M27X2.030 2.00 150 20 22.0 18.0 21 5 28.0 E300M30X2.0

E300


24 27 28 20 18 16 15 12 10 9 7 51 30 15

E300

SHARK

M4 – M30

THL

TDZ

OAL

WSC

DCON

LSC

E300 MF Macho de máquina helicoidal 40° Shark (Anillo Amarillo).

28

TDZMF

TP OAL THL DCON

WSCLSC

2

1

3


6 0.75 80 10 4.5 3.4 6 3 5.3 E383M6X.758 1.00 90 13 6.0 4.9 8 3 7.0 E383M8X1.0

10 1.00 90 12 7.0 5.5 8 3 9.0 E383M10X1.010 1.25 100 15 7.0 5.5 8 3 8.8 E383M10X1.2512 1.00 100 13 9.0 7.0 10 4 11.0 E383M12X1.012 1.25 100 13 9.0 7.0 10 4 10.8 E383M12X1.2512 1.50 100 13 9.0 7.0 10 4 10.5 E383M12X1.514 1.50 100 21 11.0 9.0 12 4 12.5 E383M14X1.516 1.50 100 21 12.0 9.0 12 5 14.5 E383M16X1.518 1.50 110 24 14.0 11.0 14 5 16.5 E383M18X1.520 1.50 125 24 16.0 12.0 15 5 18.5 E383M20X1.5

E383

E383M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

11 9 10 8 8 7 6 5

E383

SHARK

M6 – M20

THL

TDZ

OAL

WSC

DCON

LSC

E383 MF Macho de máquina helicoidal 40° Shark (Anillo Azul).

29

TDZG(BSP)

TPI TD OAL THL DCON

WSCLSC

2

1

3

NOF E382[inch] [mm] [mm] [mm] [mm] [mm] [mm] [-] [mm]

1/8 28 9.73 90 12 7.0 5.5 8 3 8.8 E3821/81/4 19 13.16 100 15 11.0 9.0 12 4 11.8 E3821/43/8 19 16.66 100 15 12.0 9.0 12 4 15.25 E3823/81/2 14 20.96 125 24 16.0 12.0 15 4 19.0 E3821/23/4 14 26.44 140 20 20.0 16.0 19 4 24.5 E3823/41“ 11 33.25 160 24 25.0 20.0 23 4 30.75 E3821

E382

E382P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 M1.1 M1.2 M2.1 M2.2 M3.1 M3.2 M3.3 M4.1

12 13 14 10 9 8 8 7 6 5 4 11 9 10 8 8 7 6 5

E382

SHARK

1/8 – 1“

THL

TDZ

OAL

LSC

WSC

DCON

E382 G(BSP) Macho de máquina helicoidal 40° Shark (Anillo Azul).

30

Set A B M D L114

Nr.301 EP006H + A002 14EP00M3, EP00M4, EP00M5, EP00M6,

EP00M8, EP00M10, EP00M12A0022.5, A0023.3, A0024.2, A0025.0, A0026.8, A0028.5, A00210.2 L114301

Nr.302 EX006H + A002 14EX00M3, EX00M4, EX00M5, EX00M6,

EX00M8, EX00M10, EX00M12A0022.5, A0023.3, A0024.2, A0025.0, A0026.8, A0028.5, A00210.2 L114302

Nr.303 E297 + A002 SHARK 14E297M3, E297M4, E297M5, E297M6,

E297M8, E297M10, E297M12A0022.5, A0023.3, A0024.2, A0025.0, A0026.8, A0028.5, A00210.2 L114303


E298M8, E298M10, E298M12A0022.5, A0023.3, A0024.2, A0025.0, A0026.8, A0028.5, A00210.2 L114304


E238M8, E238M10, E238M12A1082.5, A1083.3, A1084.2, A1085.0, A1086.8, A1088.5, A10810.2 L114305


E240M8, E240M10, E240M12A1082.5, A1083.3, A1084.2, A1085.0, A1086.8, A1088.5, A10810.2 L114306

L114

A M200

1/4 Ltr. 12× 1 BLUE M2000.25NR.1BLUE1/4 Ltr. 12× 2 RED M2000.25NR.2RED1/4 Ltr. 12× 3 GREEN M2000.25NR.3GREEN

1 Ltr. 1 BLUE M2001.0NR.1BLUE1 Ltr. 2 RED M2001.0NR.2RED1 Ltr. 3 GREEN M2001.0NR.3GREEN5 Ltr. 1 BLUE M2005.0NR.1BLUE5 Ltr. 2 RED M2005.0NR.2RED5 Ltr. 3 GREEN M2005.0NR.3GREEN

20 Ltr. 1 BLUE M20020.0NR.1BLUE

M200

–

L114 DIN Juego de Broca-Macho.A = Tipos en el juego, B = No. en el Juego, M = Diámetros Machos en el Juego, D = Diámetros Brocas en el Juego.

M200 Aceite de Corte.

Set

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Como profesional se puede juzgar la calidad del trabajo sólo mirarando la viruta. La viruta es una forma limpia y sin complicaciones, que en sí misma cuenta una historia. Es una señal clara y consistente y es por eso que la usamos como un símbolo por ser simplemente fiables.

DOR-BRO-SHARK-2020-ES

DIN ANSI SHARK LINE

MATERIAL SPECIFIC APPLICATION TAPS

2

SHARK

NEWNEW NEWNEW

Our material specific application-based range of DIN ANSI Shark Taps offer high performance and process security.This range has been expanded with two new tap designs for high strength steels above 1200 N/mm2 and titanium alloys.

FEATURES AND BENEFITS

COLOR RING CODING • The color ring on the tool shank identifies suitability

for specific materials and enables quick and easy tool selection.

ROBUST GEOMETRY (Black Shark)• Significant increase of cutting edge strength. This

ensures problem-free threading of up to 2.5×D through holes (1.5×D blind holes) in high strength and heat resistant work-materials with hardness up to 45 HRC.

EDGE TREATMENT (Black, Red, Yellow, Blue Shark)• Spiral flute taps incorporate a special edge treatment

to increase strength and reduce the chance of micro-chipping on the cutting edges. This considerably improves performance and tool life.

MATERIAL

Shark taps are manufactured from a unique powder metallurgy tool steel different from any other HSS-E-PM. This provides an unbeatable combination of toughness and edge strength, allowing the taps to perform at higher cutting temperatures while offering excellent performance and longer tool life.

GEOMETRY AND CHAMFER

The E805, E806, E905, E906 taps feature a spiral flute with constant rake angle. It has a balanced higher relief on the chamfer (cutting threads) and lower relief on the guidance threads. This supports: • Process security• Superior surface finish• Highly accurate threads• Blind hole threading up to 1.5×D

The E816, E817, E916, E917 taps feature a spiral point. This supports: • Process security• Superior surface finish• Highly accurate threads• Through hole threading up to 2.5×D

Traditional HSS-E (M35)material

Unique HSS-E-PM material used for SHARK TAPS(note the evenly dispersed grain structure)


NEWNEW

4

SHARK

• SURFACE TREATMENT TiAlN-Top coating with an additional edge treatment.

• FLUTE GEOMETRY Available in spiral point for through holes and spiral flute (40° angle) for blind holes. Special flute geometry on Yellow Shark spiral flute taps prevents nest formation of chips, reducing the risk of re-cutting chips on reversal.

• THREAD FORMSUNC, UNF, Metric and Metric Fine

• PRODUCT CODESE624, E625, E764, E765, E808, E809, E908, E909

STRUCTURAL, PLAIN CARBON & LOW ALLOY STEELS

YELL

OW SH

ARK

• SURFACE TREATMENTSuper-B (TiAlN + WC/C) coated with an additional edge treatment.

• FLUTE GEOMETRYAvailable in spiral point for through holes and spiral flute (40° angle) for blind holes.

• BACK TAPEREDBack taper on spiral flute taps further facilitates chip evacuation, reducing chipping on the last threads of the taps and also reducing torque when the tap reverses.



STAINLESS STEELS

BLUE

SHAR

K


5

SHARK

NEWNEW

• SURFACE TREATMENTTiAlN-Top coated with an additional edge treatment.

• FLUTE GEOMETRYAvailable in spiral point for through holes and spiral flute (45° angle) for blind holes.

• BACK TAPEREDBack taper on spiral flute taps further facilitates chip evacuation, reducing chipping on the last threads of the taps and also reducing torque when the tap reverses.

• CUTTING GEOMETRY (SPIRAL FLUTE TAPS)The special three-radii profile with a constant rake angle along the flute length leads to better control of cutting properties and prevents nest formation of chips.

• TAPPING ATTACHMENT (RECOMMENDATION)When using spiral flute Red Shark taps, it is recommended to use a tool holder with minimal float or soft start.



• SURFACE TREATMENTTiAlN-Top coating with an additional edge treatment.

• FLUTE GEOMETRYSpiral point or low helix spiral flute geometries with low rake angle for good chip control and edge strength.

• CUTTING GEOMETRY (SPIRAL FLUTE TAPS)The special three-radii profile with a constant rake angle along the flute length leads to better control of cutting properties and prevents nest formation of chips.

• TAPPING ATTACHMENT (RECOMMENDATION)When using Black Shark taps, it is recommended to use synchronized (rigid) tapping.



ALLOY STEELS HIGH STRENGTH STEELS

RED

SHAR

K

BLAC

K SH

ARK


6

SHARK

• SURFACE TREATMENTTiAlN-Top coated.

• FLUTE GEOMETRYStraight flute design gives excellent performance when threading both through and blind holes in short chipping materials.

• INTERNAL COOLANT WITH AXIAL OUTLETReduces interruptions of the production process by providing optimum chip evacuation in both horizontal and vertical blind hole machining.



WHI

TE SH

ARK


CAST IRONS

7


E814 E815 E914 E915 E630 E631 E770 E771 E809 E909 E813 E913 E811 E9111/4 – 1“ 1/4 – 1“ No.10 – 7/8 1/4 – 1“ M5 – M24 M6 – M24 M8 – M14 M10 – M14 No.4 – 1“ No.10 – 1“ No.4 – 1“ No.10 – 1“ No.4 – 1“ no.10 – 1“

ISO513

&12

&12

&12

&12

&13

&13

&13

&13

&14

&14

&15

&15

&17

&17

PP1P2P3P4

MM1M2M3M4

K

K1K2K3K4K5

NN1N2N3N4

SS1S2S3S4

HH1H2H3H4

Main application Secondary application

8


E816 E916 E625 E765 E629 E769 E627 E767 E817 E917 E808 E908 E812 E912No.4 – 3/4 No.10 – 3/4 M4 – M24 M8 – M18 M4 – M24 M8 – M18 M3 – M24 M8 – M14 M3 – M12 M8 – M12 No.4 – 1“ No.10 – 1“ No.4 – 1“ No.10 – 1“

NEWNEW NEWNEW NEWNEW NEWNEW

ISO513

&18

&18

&19

&19

&20

&20

&21

&21

&22

&22

&23

&23

&24

&24

PP1P2P3P4

MM1M2M3M4

K

K1K2K3K4K5

NN1N2N3N4

SS1S2S3S4

HH1H2H3H4


9

SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK SHARK

E810 E910 E805 E905 E624 E764 E628 E768 E626 E766 E806 E906No.4 – 1“ No.10 – 1“ No.4 – 3/4 No.10 – 3/4 M4 – M24 M8 – M18 M4 – M24 M8 – M18 M3 – M24 M8 – M14 M3 – M12 M8 – M12

NEWNEW NEWNEW NEWNEW NEWNEW

ISO513

&26

&26

&27

&27

&28

&28

&29

&29

&30

&30

&31

&31

PP1P2P3P4

MM1M2M3M4

K

K1K2K3K4K5

NN1N2N3N4

SS1S2S3S4

HH1H2H3H4


10

P M SK H

P1

P1 P1.1 P1.2 P1.3

P2.1 P2.2 P2.3

P3.1 P3.2 P3.3

P4.1 P4.2 P4.3

P2

P2P3

P3P4

P4

P

P

NM SK H

Workpiece material groups (“WMG”) are used to support easy and reliable selection of the right cutting tool and starting values for machining conditions in particular applications.Dormer Pramet classifies workpiece materials into six differently colored groups; • Blue: Steel and cast steel (P-group)• Yellow: Stainless steel (M-group)• Red: Cast iron (K-group)• Green: Non-ferrous metals (N-group)• Orange: High-temperature alloys (S-group)• Grey: Hardened materials (H-group)Each of these are divided into subgroups on the basis of their structure and/or composition. For example, P-group steel and cast steel is split into four subgroups, namely; • P1 – Free machining steel• P2 – Plain carbon steel• P3 – Alloy steel• P4 – Tool steel A final division includes material properties, such as hardness and ultimate tensile strength. This is to provide our customers with a complete tool recommendation, including starting values for cutting speed and feed.The table on the next page includes a description of each workpiece material group, as well as examples of commonly used designations

WORKPIECE MATERIAL GROUPS (WMG)

ABOUT DORMER PRAMET’S WORKPIECE MATERIAL CLASSIFICATION

General definitioni.e. steel, stainless steel...

to select a cutting grade and geometry for a broad range of workpiece materials

to navigate and select a tool by suitability for more specific range of workpiece materials

ISOSubgroup

Definition by structure/compositioni.e. plain carbon steel, alloy steel...

Definition by hardness/ultimate tensile strengthi.e. 160 < 220HB, 620 < 900 n/mm2 ...

to select and provide cutting conditions within a bandwidth of ±10 %WMG

11

ISO

P

P1P1.1 ≤ 760 1.1 P1P1.2 ≤ 620 1.1 P1P1.3 ≤ 550 1.1 P1

P2P2.1 ≤ 620 1.2 P2P2.2 ≤ 830 1.3 P2P2.3 ≤ 1030 1.5 P3

P3P3.1 ≤ 620 1.4 P3P3.2 > 620 ≤ 900 1.4 P3P3.3 > 900 ≤ 1240 1.5 P4

P4P4.1 ≤ 900 1.4 P3P4.2 > 900 ≤ 1240 1.5 P4P4.3 > 1250 ≤ 1450 1.6 H1

M

M1 M1.1 ≤ 520 2.1 M1M1.2 > 520 ≤ 700 2.1 M1

M2M2.1 ≤ 670 2.3 M2M2.2 > 670 ≤ 950 2.3 M2M2.3 > 950 ≤ 1300 2.4 M2

M3M3.1 ≤ 750 2.2 M3M3.2 >750 ≤ 870 2.2 M3M3.3 > 870 ≤ 1040 2.2 M3

M4 M4.1 ≤ 990 2.3 M4M4.2 ≤ 1320 2.4 M4

K

K1K1.1 ≤ 190 3.1 K1K1.2 > 190 ≤ 310 3.2 K1K1.3 >310 ≤ 390 3.2 K1

K2K2.1 ≤ 400 3.3 K2K2.2 > 400 ≤ 550 3.3 K2K2.3 > 550 ≤ 660 3.4 K2

K3K3.1 ≤ 560 3.3 K3K3.2 > 560 ≤ 680 3.3 K4K3.3 > 680 ≤ 800 3.4 K4

K4

K4.1 ≤ 610K4.2 > 610 ≤ 840K4.3 > 840 ≤ 980K4.4 > 980 ≤ 1130K4.5 > 1130 ≤ 1280

K5K5.1K5.2K5.3

N

N1N1.1 ≤ 240 7.1 N1N1.2 > 240 ≤ 400 7.1 N1N1.3 > 400 ≤ 590 7.2 N2

N2N2.1 ≤ 240 7.3 N1N2.2 > 240 ≤ 270 7.3 N1N2.3 > 270 ≤ 440 7.3 N2

N3N3.1 6.3 N3N3.2 6.2 N3N3.3 6.1 N4

N4N4.1 8.1N4.2 8.2N4.3 8.3

S

S1S1.1 ≤ 660 4.1 S1S1.2 > 660 ≤ 950 4.2 S1S1.3 > 950 ≤ 1200 4.3 S1

S2 S2.1 ≤ 690 S2S2.2 > 690 ≤ 970 S2

S3 S3.1 ≤ 940 5.2 S3S3.2 > 940 ≤ 1200 5.3 S3

S4 S4.1 ≤ 800 S4S4.2 > 800 ≤ 1070 S4

H

H1 H1.1

H2 H2.1 H2H2.2 H2

H3 H3.1 1.7 H3H3.2 1.7 H3

H4 H4.1 1.8 H4H4.2 1.8 H4

WMG (Workpiece Material Groups)Ultimate

tensilestrength

Mpa [N/mm²] Old

Dorm

er

AMG

Old

Pram

et

ISO

Free machining sulfurized carbon steel with a hardness of < 220 HBFree machining sulfurized and phosphorized carbon steel with a hardness of < 180 HBFree machining sulfurized/phosphorized and leaded carbon steel with a hardness of < 160 HBPlain low carbon steel containing < 0.25%C with a hardness of < 180 HBPlain medium carbon steel containing < 0.55%C with a hardness of < 240 HBPlain high carbon steel containing > 0.55%C, with a hardness of < 300 HBAlloy steel with a hardness of < 180 HBAlloy steel with a hardness of 180 – 260 HBAlloy steel with a hardness of 260 – 360 HBTool steel with a hardness of < 26 HRCTool steel with a hardness of 26 – 39 RCTool steel with a hardness of 39 – 45 HRCStainless steel, ferritic with a hardness of < 160 HBStainless steel, ferritic with a hardness of 160 – 220 HBStainless steel, martensitic with a hardness of < 200 HBStainless steel, martensitic with a hardness of 200 – 280 HBStainless steel, martensitic with a hardness of 280 – 380 HBStainless steel, austenitic with a hardness of < 200 HBStainless steel, austenitic with a hardness of 200 – 260 HBStainless steel, austenitic with a hardness of 260 – 300 HBStainless steel, austenitic-ferritic or super-austenitic with a hardness of < 300 HBStainless steel, precipitation hardening austenitic with a hardness of 300 – 380 HBGray iron, ferritic or ferritic-pearlitic with a hardness of < 180 HBGray iron, ferritic-pearlitic or pearlitic with a hardness of 180 – 240 HBGray iron, pearlitic with a hardness of 240 – 280 HBMalleable iron, ferritic with a hardness of < 160 HBMalleable iron, ferritic or pearlitic with a hardness of 160 – 200 HBMalleable iron, pearlitic with a hardness of 200 – 240 HBDuctile (nodular/spheriodal) iron, ferritic with a hardness of < 180 HBDuctile (nodular/spheriodal) iron, ferritic or pearlitic with a hardness of 180 – 220 HBDuctile (nodular/spheriodal) iron, pearlitic with a hardness of 220 – 260 HBAustenitic cast iron with a hardness of < 180 HBAustenitic cast iron with a hardness of 180 – 240HBAustempered ductile iron with a hardness of 240 – 280 HBAustempered ductile iron with a hardness of 280 – 320 HBAustempered ductile iron with a hardness of 320 – 360 HBVermicular, compacted graphite iron with a hardness of < 180 HBVermicular, compacted graphite iron with a hardness of 180 – 220 HBVermicular, compacted graphite iron with a hardness of 220 – 260 HBPure aluminum and wrought aluminum alloys with a hardness of < 60 HBWrought aluminum alloys with a hardness of 60 – 100 HBWrought aluminum alloys with a hardness of 100 – 150 HBCast aluminum alloys with a hardness of < 75 HBCast aluminum alloys with a hardness of 75 – 90 HBCast aluminum alloys with a hardness of 90 < 140 HBFree-cutting copper-alloys materials with excellent machining propertiesShort-chip copper-alloys with good to moderate machining propertiesElectrolytic copper and long-chip copper-alloys with moderate to poor machining propertiesThermoplastic polymersThermosetting polymersReinforced polymers or compositesTitanium or titanium alloys, with a hardness of < 200 HBTitanium alloys, with a hardness of 200 – 280 HBTitanium alloys, a hardness of 280 – 360 HBHigh-temperature Fe-based alloys with a hardness of < 200 HBHigh-temperature Fe-based alloys with a hardness of 200 – 280 HBHigh-temperature Ni-based alloys with a hardness of < 280 HBHigh-temperature Ni-based alloys with a hardness of 280 – 360 HBHigh-temperature Co-based alloys with a hardness of < 240HBHigh-temperature Co-based alloys with a hardness of 240 – 320 HBChilled cast iron with a hardness of < 400 HBHardened cast iron with a hardness < 55 HRCHardened cast iron with a hardness > 55 HRCHardened steel with a hardness of < 51 HRCHardened steel with a hardness of 51 – 55 HRCHardened steel with a hardness of 55 – 59 HRCHardened steel with a hardness of > 59 HRC

12

DIN ANSI Machine Tap, White Shark for Cast Iron

E814 / E914Designed for semi-bottoming or through hole tapping in Cast Iron applications. Premium HSCo Powder Metal substrate with TiAlN-Top Coating combine to offer superior abrasion resistance, higher operating speeds, improved thread quality, reduced cycle times and longer tool life.

E815 / E915Coolant through design allows for higher tapping speeds and better tool life. This design eliminates the problems associated with inadequate coolant supply in some applications. Full Bottoming.

E814 E815 E914 E915

1/4 – 1“ 1/4 – 1“ No.10 – 7/8 1/4 – 1“

TDZUNC

TDZUNF

TPIOAL THL LU DCON

WSCLSC

2

1

3

NOF Limits E814 E815 E914 E915[inch] [inch] [inch] [inch] [inch] [inch] [-] [mm] [inch]

10 32 2.756 0.551 1.102 0.194 0.150 0.250 4 4.10 N21 H4 — — 7350222 —1/4 20 3.150 0.591 0.984 0.255 0.189 0.310 4 5.10 N7 H5 7350203 7350231 — —

1/4 28 3.150 0.591 0.984 0.255 0.189 0.310 4 5.50 N3 H5 — — 7350223 —1/4 28 3.150 0.591 0.984 0.255 0.189 0.310 4 5.50 N3 H4 — — — 7350240

5/16 18 3.543 0.709 1.339 0.318 0.236 0.380 4 6.60 F H5 7350204 — — —5/16 18 3.543 0.787 1.339 0.318 0.236 0.380 4 6.60 F H5 — 7350232 — —

5/16 24 3.543 0.709 1.339 0.318 0.236 0.380 4 6.90 I H5 — — 7350224 —5/16 24 3.543 0.787 1.339 0.318 0.236 0.380 4 6.90 I H5 — — — 7350241

3/8 16 3.937 0.787 1.535 0.381 0.284 0.440 4 8.00 5/16 H5 7350205 7350233 — —3/8 24 3.543 0.787 1.476 0.381 0.284 0.440 4 8.50 Q H5 — — 7350225 7350242

7/16 14 3.937 0.787 – 0.323 0.240 0.410 4 9.40 U H5 7350206 7350234 — —7/16 20 3.937 0.787 – 0.323 0.240 0.410 4 9.90 25/64 H5 — — 7350226 7350243

1/2 13 4.331 0.906 – 0.367 0.273 0.440 4 10.80 27/64 H5 7350207 7350235 — —1/2 20 3.937 0.827 – 0.367 0.273 0.440 4 11.50 29/64 H5 — — 7350227 7350244

5/8 11 4.331 0.906 – 0.480 0.358 0.560 4 13.50 17/32 H5 7350208 7350236 — —5/8 18 3.937 0.827 – 0.480 0.358 0.560 4 14.50 37/64 H5 — — 7350228 7350245

3/4 10 4.921 1.181 – 0.590 0.439 0.690 4 16.50 21/32 H5 7350209 7350237 — —3/4 16 4.331 0.906 – 0.590 0.439 0.690 4 17.50 11/16 H6 — — 7350229 —3/4 16 4.331 0.906 – 0.590 0.439 0.690 4 17.50 11/16 H5 — — — 7350246

7/8 9 5.512 1.339 – 0.697 0.520 0.750 4 19.50 49/64 H6 7350220 7350238 — —7/8 14 4.921 0.906 – 0.697 0.520 0.750 4 20.40 13/16 H6 — — 7350230 7350247

1“ 8 6.299 1.417 – 0.800 0.597 0.810 4 22.25 7/8 H6 7350221 7350239 — —1“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 — — — 7350248

Pack Qty = 1 pc

E814E914E815E915

K1.1 K1.2 K1.3 K2.1 K2.2 K2.3 K3.1 K3.2 K3.3 K4.1 K4.2 K4.3

98 72 56 141 115 92 125 95 79 115 89 66

K4.4 K4.5 K5.1 K5.2 K5.3 N3.2 N4.2

56 46 131 98 75 98 49

THL

TDZ

LU

OAL

WSC

DCON

LSC

Note: Sizes up to 3/8” have male centers on both ends • Sizes over 3/8” have female centers on both ends.

13

DIN ANSI Machine Tap, White Shark for Cast Iron

E630 / E770Designed for semi-bottoming or through hole tapping in Cast Iron applications. Premium HSCo Powder Metal substrate with TiAlN-Top Coating combine to offer superior abrasion resistance, higher operating speeds, improved thread quality, reduced cycle times and longer tool life.

E631 / E771Coolant through design allows for higher tapping speeds and better tool life. This design eliminates the problems associated with inadequate coolant supply in some applications. Full Bottoming.

E630 E631 E770 E771

M5 – M24 M6 – M24 M8 – M14 M10 – M14

E630E770E631E771

K1.1 K1.2 K1.3 K2.1 K2.2 K2.3 K3.1 K3.2 K3.3 K4.1 K4.2 K4.3

98 72 56 141 115 92 125 95 79 115 89 66

K4.4 K4.5 K5.1 K5.2 K5.3 N3.2 N4.2

56 46 131 98 75 98 49

Pack Qty = 1 pc

TDZM

TDZMF

P OAL THL LU DCON WSC

LSC

2

1

3

NOF Limits E630 E631 E770 E771[mm] [mm] [mm] [mm] [inch] [inch] [mm] [-] [mm] [inch]

5 0.80 70 13 25 0.194 0.150 6 4 4.20 N19 D4 7350249 — — —6 1.00 80 15 25 0.255 0.189 8 4 5.00 N9 D5 — 7350265 — —6 1.00 80 15 30 0.255 0.189 8 4 5.00 N9 D5 7350250 — — —

8 1.00 90 18 35 0.318 0.236 10 4 7.00 J D5 — — 7350259 —8 1.25 90 18 35 0.318 0.236 10 4 6.80 H D5 7350251 — — —8 1.25 90 20 34 0.318 0.236 10 4 6.80 H D5 — 7350266 — —

10 1.00 90 20 35 0.381 0.284 11 4 9.00 T D6 — — 7350260 —10 1.25 100 20 39 0.381 0.284 11 4 8.80 11/32 D6 — — 7350261 7350274

10 1.50 100 20 39 0.381 0.284 11 4 8.50 Q D6 7350252 7350267 — —12 1.25 100 21 – 0.367 0.273 11 4 10.80 27/64 D6 — — 7350262 735027512 1.50 100 21 – 0.367 0.273 11 4 10.50 Z D6 — — 7350263 7350276

12 1.75 110 23 – 0.367 0.273 11 4 10.30 Y D6 7350253 7350268 — —14 1.50 100 21 – 0.429 0.320 13 4 12.50 31/64 D7 — — 7350264 7350277

14 2.00 110 23 – 0.429 0.320 13 4 12.00 15/32 D7 7350254 7350269 — —16 2.00 110 23 – 0.480 0.358 14 4 14.00 35/64 D7 7350255 7350270 — —18 2.50 125 30 – 0.542 0.404 16 4 15.50 39/64 D7 7350256 7350271 — —20 2.50 140 30 – 0.652 0.487 18 4 17.50 11/16 D7 7350257 7350272 — —24 3.00 160 38 – 0.760 0.567 19 4 21.00 53/64 D8 7350258 7350273 — —

THL

TDZ

LU

OAL

WSC

DCON

LSC

Note: Sizes up to M10 have male centers on both ends • Sizes over M10 have female centers on both ends.

14

DIN ANSI Machine Tap, Yellow Shark for Low Alloy Steels

E809 / E909Designed for through hole tapping in low Alloy Steel applications. Premium HSCo Powder Metal substrate with TiAlN-Top Coating combine to offer superior abrasion resistance, higher operating speeds, improved thread quality, reduced cycle times and longer tool life.

E809 E909

No.4 – 1“ No.10 – 1“

E809E909

P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 N3.1 N3.2 N3.3

102 112 115 85 75 66 62 49 43 36 33 167 98 49

Pack Qty = 1 pc

TDZUNC

TDZUNF

TPI OAL THL LU DCON WSC LSC

2

1

3

NOF Limits E809 E909[inch] [inch] [inch] [inch] [inch] [inch] [inch] [-] [mm] [inch]

4 40 2.205 0.354 0.709 0.141 0.108 0.190 3 2.35 N43 H2 7350469 —6 32 2.205 0.433 0.787 0.141 0.108 0.190 3 2.85 N36 H2 7350470 —8 32 2.480 0.512 0.827 0.168 0.129 0.250 3 3.50 N29 H3 7350471 —

10 24 2.756 0.551 1.102 0.194 0.150 0.250 3 3.90 N25 H3 7350472 —10 32 2.756 0.551 1.102 0.194 0.150 0.250 3 4.10 N21 H3 — 7350482

1/4 20 3.150 0.591 0.984 0.255 0.189 0.310 3 5.10 N7 H5 7350473 —1/4 28 3.150 0.591 0.984 0.255 0.189 0.310 3 5.50 N3 H4 — 7350483

5/16 18 3.543 0.709 1.339 0.318 0.236 0.380 3 6.60 F H5 7350474 —5/16 24 3.543 0.709 1.339 0.318 0.236 0.380 3 6.90 I H4 — 7350484

3/8 16 3.937 0.787 1.535 0.381 0.284 0.440 3 8.00 5/16 H4 7350475 —3/8 24 3.543 0.787 1.476 0.381 0.284 0.440 3 8.50 Q H4 — 7350485

7/16 14 3.937 0.787 – 0.323 0.240 0.410 3 9.40 U H5 7350476 —7/16 20 3.937 0.787 – 0.323 0.240 0.410 3 9.90 25/64 H5 — 7350486

1/2 13 4.331 0.906 – 0.367 0.273 0.440 3 10.80 27/64 H5 7350477 —1/2 20 3.937 0.827 – 0.367 0.273 0.440 3 11.50 29/64 H5 — 7350487

5/8 11 4.331 0.906 – 0.480 0.358 0.560 3 13.50 17/32 H5 7350478 —5/8 18 3.937 0.827 – 0.480 0.358 0.560 3 14.50 37/64 H5 — 7350488

3/4 10 4.921 1.181 – 0.590 0.439 0.690 3 16.50 21(32 H5 7350479 —3/4 16 4.331 0.906 – 0.590 0.439 0.690 3 17.50 11/16 H5 — 7350489

7/8 9 5.512 1.339 – 0.697 0.520 0.750 4 19.50 49/64 H6 73504807/8 14 4.921 0.906 – 0.697 0.520 0.750 4 20.40 13/16 H6 7350490

1“ 8 6.299 1.417 – 0.800 0.597 0.810 4 22.25 7/8 H6 73504811“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 7350491

THL

LU

OAL

WSC

TDZ

DCON

LSC


15

DIN ANSI Machine Tap, Blue Shark for Stainless Steel

E813 / E913Designed for superior performance through hole tapping in a wide range of Stainless Steel types. Premium HSCo Powder Metal substrate with Super-B (TiAlN+WC/C) Coating combined with an additional edge treatment to offer improved thread quality and longer tool life. Available in both 2B and 3B Class of Fit to cover a wide range of applications.

E813 E913

No.4 – 1“ No.10 – 1“Pack Qty = 1 pc

TDZUNC

TDZUNF


2

1

3


4 40 2.205 0.354 0.709 0.141 0.108 0.190 3 2.35 N43 H2 7350278 —6 32 2.205 0.433 0.787 0.141 0.108 0.190 3 2.85 N36 H3 7350279 —8 32 2.480 0.512 0.827 0.168 0.129 0.250 3 3.50 N29 H3 7350280 —

10 24 2.756 0.551 1.102 0.194 0.150 0.250 3 3.90 N25 H3 7350281 —10 32 2.756 0.551 1.102 0.194 0.150 0.250 3 4.10 N21 H3 — 7350299

1/4 20 3.150 0.591 0.984 0.255 0.189 0.310 3 5.10 N7 H5 7350282 —1/4 20 3.150 0.591 0.984 0.255 0.189 0.310 3 5.10 N7 H3 7350283 —

1/4 28 3.150 0.591 0.984 0.255 0.189 0.310 3 5.50 N3 H5 — 73503001/4 28 3.150 0.591 0.984 0.255 0.189 0.310 3 5.50 N3 H3 — 7350301

5/16 18 3.543 0.709 1.339 0.318 0.236 0.380 3 6.60 F H5 7350284 —5/16 18 3.543 0.709 1.339 0.318 0.236 0.380 3 6.60 F H3 7350285 —

5/16 24 3.543 0.709 1.339 0.318 0.236 0.380 3 6.90 I H4 — 73503025/16 24 3.543 0.709 1.339 0.318 0.236 0.380 3 6.90 I H3 — 7350303

3/8 16 3.937 0.787 1.535 0.381 0.284 0.440 3 8.00 5/16 H3 7350287 —3/8 16 3.937 0.787 1.535 0.381 0.284 0.440 3 8.00 5/16 H5 7350286 —

3/8 24 3.543 0.787 1.476 0.381 0.284 0.440 3 8.50 Q H4 — 73503043/8 24 3.543 0.787 1.476 0.381 0.284 0.440 3 8.50 Q H3 — 7350305

7/16 14 3.937 0.787 – 0.323 0.240 0.410 4 9.40 U H5 7350288 —7/16 20 3.937 0.787 – 0.323 0.240 0.410 4 9.90 25/64 H5 — 7350306

1/2 13 4.331 0.906 – 0.367 0.273 0.440 4 10.80 27/64 H5 7350289 —1/2 13 4.331 0.906 – 0.367 0.273 0.440 4 10.80 27/64 H3 7350290 —

1/2 20 3.937 0.827 – 0.367 0.273 0.440 4 11.50 29/64 H5 — 73503071/2 20 3.937 0.827 – 0.367 0.273 0.440 4 11.50 29/64 H3 — 7350308

5/8 11 4.331 0.906 – 0.480 0.358 0.560 4 13.50 17/32 H5 7350291 —5/8 11 4.331 0.906 – 0.480 0.358 0.560 4 13.50 17/32 H3 7350292 —

5/8 18 3.937 0.827 – 0.480 0.358 0.560 4 14.50 37/64 H5 — 7350309

E813E913

P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 M1.1 M1.2 M2.1 M2.2

79 89 92 66 59 52 49 39 33 30 23 62 52 56 46

M3.1 M3.2 M3.3 M4.1

39 33 30 20

THL

TDZ

LU

OAL

WSC

DCON

LSC


16

TDZUNC

TDZUNF


2

1

3


5/8 18 3.937 0.827 – 0.480 0.358 0.560 4 14.50 37/64 H3 — 73503103/4 10 4.921 1.181 – 0.590 0.439 0.690 4 16.50 21/32 H5 7350293 —3/4 10 4.921 1.181 – 0.590 0.439 0.690 4 16.50 21/32 H3 7350294 —

3/4 16 4.331 0.906 – 0.590 0.439 0.690 4 17.50 11/16 H5 — 73503113/4 16 4.331 0.906 – 0.590 0.439 0.690 4 17.50 11/16 H3 — 7350312

7/8 9 5.512 1.339 – 0.697 0.520 0.750 4 19.50 49/64 H6 7350295 —7/8 9 5.512 1.339 – 0.697 0.520 0.750 4 19.50 49/64 H4 7350296 —

7/8 14 4.921 0.906 – 0.697 0.520 0.750 4 20.40 13/16 H6 — 73503137/8 14 4.921 0.906 – 0.697 0.520 0.750 4 20.40 13/16 H4 — 7350314

1“ 8 6.299 1.417 – 0.800 0.597 0.810 4 22.25 7/8 H6 7350297 —1“ 8 6.299 1.417 – 0.800 0.597 0.810 4 22.25 7/8 H4 7350298 —

1“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 — 73503151“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H4 — 7350316


17

DIN ANSI Machine Tap, Red Shark for Alloy Steels

E811 / E911Designed for high performance through hole tapping in most medium Alloy Steels. The TiAlN-Top Coating combined with an additional edge treatment provides excellent performance and consistency in high production applications.

E811 E911

No.4 – 1“ No.10 – 1“Pack Qty = 1 pc

TDZUNC

TDZUNF


2

1

3


4 40 2.205 0.354 0.709 0.141 0.108 0.190 3 2.35 N43 H2 7350391 —6 32 2.205 0.433 0.787 0.141 0.108 0.190 3 2.85 N36 H2 7350392 —8 32 2.480 0.512 0.827 0.168 0.129 0.250 3 3.50 N29 H3 7350393 —

10 24 2.756 0.551 1.102 0.194 0.150 0.250 3 3.90 N25 H3 7350394 —10 32 2.756 0.551 1.102 0.194 0.150 0.250 3 4.10 N21 H3 — 7350404

1/4 20 3.150 0.591 0.984 0.255 0.189 0.310 3 5.10 N7 H5 7350395 —1/4 28 3.150 0.591 0.984 0.255 0.189 0.310 3 5.50 N3 H4 — 7350405

5/16 18 3.543 0.709 1.339 0.318 0.236 0.380 3 6.60 F H5 7350396 —5/16 24 3.543 0.709 1.339 0.318 0.236 0.380 3 6.90 I H4 — 7350406

3/8 16 3.543 0.787 1.535 0.381 0.284 0.440 3 8.00 5/16 H4 7350397 —3/8 24 3.543 0.787 1.476 0.318 0.284 0.440 3 8.50 Q H4 — 7350407

7/16 14 3.937 0.787 – 0.323 0.240 0.410 3 9.40 U H5 7350398 —7/16 20 3.937 0.787 – 0.323 0.240 0.410 3 9.90 25/64 H5 — 7350408

1/2 13 4.331 0.906 – 0.367 0.273 0.440 3 10.80 27/64 H5 7350399 —1/2 20 3.937 0.827 – 0.367 0.273 0.440 3 11.50 29/64 H5 — 7350409

5/8 11 4.331 0.906 – 0.480 0.358 0.560 3 13.50 17/32 H5 7350400 —5/8 18 3.937 0.827 – 0.480 0.358 0.560 3 14.50 37/64 H5 — 7350410

3/4 10 4.921 1.181 – 0.590 0.439 0.690 4 16.50 21/32 H5 7350401 —3/4 16 4.331 0.906 – 0.590 0.439 0.690 4 17.50 11/16 H5 — 7350411

7/8 9 5.512 1.339 – 0.697 0.520 0.750 4 19.50 49/64 H6 7350402 —7/8 14 4.921 0.906 – 0.697 0.520 0.750 4 20.40 13/16 H6 — 7350412

1“ 8 6.299 1.417 – 0.800 0.597 0.810 4 22.25 7/8 H6 7350403 —1“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 — 7350413

E811E911

P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.2 S2.1 S3.1 S4.1

79 82 66 56 49 43 33 10 13 10 7

THL

TDZ

LU

OAL

WSC

DCON

LSC


18

DIN-ANSI Machine Tap Black Shark for Hard Alloys, Plug Style

E816 / E916Designed for high performance through hole tapping in high strength and heat resistant work-materials with hardness up to 45HRC. The TiAlN-Top coating combined with geometry that significantly increases cutting edge strength, provides excellent performance and consistency in hard and difficult to machine materials.

E816 E916

No.4 – 3/4 No.10 – 3/4Pack Qty = 1 pc

TDZUNC

TDZUNF

TP OAL THL LU DCON WSC LSC

2

1

3

NOF Limits E816 E916[mm] [inch] [inch] [inch] [inch] [inch] [inch] [-] [mm] [inch]

4 40.00 2.205 0.472 0.827 0.141 0.108 0.190 3 2.35 N43 H2 7812046 —6 32.00 2.480 0.551 0.866 0.168 0.129 0.250 3 2.85 N36 H3 7812047 —8 32.00 2.756 0.610 1.102 0.194 0.150 0.250 3 3.50 N29 H3 7812048 —

10 24.00 3.150 0.669 1.024 0.255 0.189 0.310 3 3.90 N25 H3 7812049 —10 32.00 3.150 0.669 1.024 0.255 0.189 0.310 3 4.10 N21 H3 — 7812107

1/4 20.00 3.543 0.807 1.378 0.318 0.236 0.380 3 5.10 N7 H5 7812100 —1/4 28.00 3.543 0.807 1.339 0.318 0.236 0.380 3 5.50 N3 H4 — 7812108

5/16 18.00 3.937 0.906 1.535 0.381 0.236 0.440 3 6.60 F H5 7812101 —5/16 24.00 3.937 0.906 1.535 0.381 0.284 0.440 3 6.90 I H4 — 7812109

3/8 16.00 3.937 0.787 1.535 0.381 0.236 0.440 3 8.00 5/16 H5 7812102 —3/8 24.00 3.937 0.787 1.535 0.381 0.284 0.440 3 8.50 Q H4 — 7812110

7/16 14.00 3.937 0.787 – 0.323 0.240 0.410 4 9.40 U H5 7812103 —7/16 20.00 3.937 0.787 – 0.323 0.240 0.440 4 9.90 25/64 H5 — 7812111

1/2 13.00 4.331 0.906 – 0.367 0.273 0.440 4 10.80 27/64 H5 7812104 —1/2 20.00 4.331 0.906 – 0.367 0.273 0.440 4 11.50 29/64 H5 — 7812112

5/8 11.00 4.331 0.906 – 0.480 0.358 0.560 4 13.50 17/32 H5 7812105 —5/8 18.00 4.331 0.906 – 0.480 0.358 0.560 4 14.50 37/64 H5 — 7812113

3/4 10.00 4.921 1.181 – 0.590 0.440 0.690 4 16.50 21/32 H5 7812106 —3/4 16.00 4.921 1.181 – 0.590 0.440 0.690 4 17.50 11/16 H5 — 7812114

E816E916

P3.2 P3.3 P4.3 S1.2 S1.3 S3.1 S3.2 H4.1

55 42 32 42 26 16 10 22

THL

TDZ

LU

OAL

WSC

DCON

LSC


19

DIN ANSI Machine Tap, Yellow Shark for Low Alloy Steels


E625 E765

M4 – M24 M8 – M18Pack Qty = 1 pc

TDZM

TDZMF

P OAL THL LU DCON WSC LSC

2

1

3


4 0.70 63 12 21 0.168 0.129 6 3 3.30 N30 D4 7350492 —5 0.80 70 13 25 0.194 0.150 6 3 4.20 N19 D4 7350493 —6 1.00 80 15 30 0.255 0.189 8 3 5.00 N9 D5 7350494 —

8 1.00 90 18 35 0.318 0.236 10 3 7.00 J D5 — 73505038 1.25 90 18 35 0.318 0.236 10 3 6.80 H D5 7350495 —

10 1.25 100 20 39 0.381 0.284 11 3 8.80 11/32 D6 — 735050410 1.50 100 20 39 0.381 0.284 11 3 8.50 Q D6 7350496 —

12 1.25 100 21 – 0.367 0.273 11 3 10.80 27/64 D6 — 735050512 1.50 100 21 – 0.367 0.273 11 3 10.50 Z D6 — 7350506

12 1.75 110 23 – 0.367 0.273 11 3 10.30 Y D6 7350497 —14 1.50 100 21 – 0.429 0.320 13 3 12.50 31/64 D7 — 7350507

14 2.00 110 23 – 0.429 0.320 13 3 12.00 15/32 D7 7350498 —16 1.50 100 21 – 0.480 0.358 14 3 14.50 9/16 D7 — 7350508

16 2.00 110 23 – 0.480 0.358 14 3 14.00 35/64 D7 7350499 —18 1.50 110 24 – 0.542 0.404 16 3 16.50 41/64 D7 — 7350509

18 2.50 125 30 – 0.542 0.404 16 3 15.50 39/64 D7 7350500 —20 2.50 140 30 – 0.652 0.487 18 3 17.50 11/16 D7 7350501 —24 3.00 160 38 – 0.760 0.567 19 4 21.00 53/64 D8 7350502 —


E625E765

P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 N3.1 N3.2 N3.3

102 112 115 85 75 66 62 49 43 36 33 167 98 49

THL

LU

OAL

WSC

TDZ

DCON

LSC

20


E629 / E769Designed for superior performance through hole tapping in a wide range of Stainless Steel types. Premium HSCo Powder Metal substrate with Super-B (TiAlN+WC/C) Coating combined with an additional edge treatment to offer improved thread quality and longer tool life. Available in both 2B and 3B Class of Fit to cover a wide range of applications.

E629 E769


TDZM

TDZMF


2

1

3


4 0.70 63 12 21 0.168 0.129 6 3 3.30 N30 D4 7350317 —5 0.80 70 13 25 0.194 0.150 6 3 4.20 N19 D4 7350318 —6 1.00 80 15 30 0.255 0.189 8 3 5.00 N9 D5 7350319 —

8 1.00 90 18 35 0.318 0.236 10 3 7.00 J D5 — 73503288 1.25 90 18 35 0.318 0.236 10 3 6.80 H D5 7350320 —

10 1.25 100 20 39 0.381 0.284 11 3 8.80 11/32 D6 — 735032910 1.50 100 20 39 0.381 0.284 11 3 8.50 Q D6 7350321 —

12 1.25 100 21 – 0.367 0.273 11 4 10.80 27/64 D6 — 735033012 1.50 100 21 – 0.367 0.273 11 4 10.50 Z D6 — 7350331

12 1.75 110 23 – 0.367 0.273 11 4 10.30 Y D6 7350322 —14 1.50 100 21 – 0.429 0.320 13 4 12.50 31/64 D7 — 7350332

14 2.00 110 23 – 0.429 0.320 13 4 12.00 15/32 D7 7350323 —16 1.50 100 21 – 0.480 0.358 14 4 14.50 9/16 D7 — 7350333

16 2.00 110 23 – 0.480 0.358 14 4 14.00 35/64 D7 7350324 —18 1.50 110 24 – 0.542 0.404 16 4 16.50 41/64 D7 — 7350334

18 2.50 125 30 – 0.542 0.404 16 4 15.50 39/64 D7 7350325 —20 2.50 140 30 – 0.652 0.487 18 4 17.50 11/16 D7 7350326 —24 3.00 160 38 – 0.760 0.567 19 4 21.00 53/64 D8 7350327 —


E629E769


79 89 92 66 59 52 49 39 33 30 23 62 52 56 46

M3.1 M3.2 M3.3 M4.1

39 33 30 20

THL

TDZ

LU

OAL

WSC

DCON

LSC

21



E627 E767


TDZM

TDZMF


2

1

3


3 0.50 56 9 18 0.141 0.108 5 3 2.50 N40 D3 7350414 —4 0.70 63 12 21 0.168 0.129 6 3 3.30 N30 D4 7350415 —5 0.80 70 13 25 0.194 0.150 6 3 4.20 N19 D4 7350416 —6 1.00 80 15 30 0.255 0.189 8 3 5.00 N9 D5 7350417 —

8 1.00 90 18 35 0.318 0.236 10 3 7.00 J D5 — 73504268 1.25 90 18 35 0.318 0.236 10 3 6.80 H D5 7350418 —

10 1.25 100 20 39 0.381 0.284 11 3 8.80 11/32 D6 — 735042710 1.50 100 20 39 0.381 0.284 11 3 8.50 Q D6 7350419 —

12 1.50 100 21 – 0.367 0.273 11 3 10.50 Z D6 — 735042812 1.75 110 23 – 0.367 0.273 11 3 10.30 Y D6 7350420 —

14 1.50 100 21 – 0.429 0.320 13 3 12.50 31/64 D7 — 735042914 2.00 110 23 – 0.429 0.320 13 3 12.00 15/32 D7 7350421 —16 2.00 110 23 – 0.480 0.358 14 3 14.00 35/64 D7 7350422 —18 2.50 125 30 – 0.542 0.404 16 4 15.50 39/64 D7 7350423 —20 2.50 140 30 – 0.652 0.487 18 4 17.50 11/16 D7 7350424 —24 3.00 160 38 – 0.760 0.567 19 4 21.00 53/64 D8 7350425 —


E627E767

P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.2 S2.1 S3.1 S4.1

79 82 66 56 49 43 33 10 13 10 7

THL

TDZ

LU

OAL

WSC

DCON

LSC

22

DIN-ANSI Machine Tap Black Shark for Hard Alloys, Plug Style

E817 / E917Designed for high performance through hole tapping in high strength and heat resistant work-materials with hardness up to 45HRC. The TiAlN-Top coating combined with geometry that significantly increases cutting edge strength, provides excellent performance and consistency in hard and difficult to machine materials.

E817 E917


TDZM

TDZMF


2

1

3


3 0.50 63 15 22 0.168 0.129 6 3 2.50 N40 D3 7812115 —4 0.70 70 16 28 0.194 0.150 6 3 3.30 N30 D4 7812116 —5 0.80 80 17 26 0.255 0.189 8 3 4.20 N19 D4 7812117 —6 1.00 90 21 35 0.318 0.236 10 3 5.00 N9 D5 7812118 —8 1.25 100 23 39 0.381 0.284 11 3 6.80 H D5 7812119 —

8 1.00 100 23 39 0.381 0.284 11 3 7.00 J D5 — 781212210 1.50 100 20 38 0.381 0.284 11 3 8.50 Q D6 7812120 —

10 1.25 100 20 38 0.381 0.284 11 3 8.80 11/32 D5 781212312 1.75 110 23 - 0.367 0.273 11 4 10.30 Y D6 7812121 —

12 1.25 110 23 - 0.367 0.273 11 4 10.80 27/64 D5 — 781212412 1.50 110 23 - 0.367 0.273 11 4 10.50 Z D5 — 7812125

E817E917

P3.2 P3.3 P4.3 S1.2 S1.3 S3.1 S3.2 H4.1

55 42 32 42 26 16 10 22

THL

TDZ

LU

OAL

WSC

DCON


23

DIN ANSI Machine Tap, Yellow for Low Alloy Steels

E808 / E908Designed for blind hole tapping in low Alloy Steel applications. Premium HSCo Powder Metal substrate with TiAlN-Top Coating combined with a special 40° Spiral Flute geometry prevents nesting and reduces the risk of re-cutting chips on reversal allowing taps to operate at higher speeds while providing improved thread quality.

E808 E908

No.4 – 1“ No.10 – 1“Pack Qty = 1 pc

TDZUNC

TDZUNF


2

1

3


4 40 2.205 0.256 0.709 0.141 0.108 0.236 3 2.35 N43 H2 7350510 —6 32 2.205 0.256 0.787 0.141 0.108 0.190 3 2.85 N36 H2 7350511 —8 32 2.480 0.276 0.827 0.168 0.129 0.250 3 3.50 N29 H3 7350512 —

10 24 2.756 0.315 1.102 0.194 0.150 0.250 3 3.90 N25 H3 7350513 —10 32 2.756 0.315 1.102 0.194 0.150 0.250 3 4.10 N21 H3 — 7350523

1/4 20 3.150 0.394 0.984 0.255 0.189 0.310 3 5.10 N7 H5 7350514 —1/4 28 3.150 0.394 0.984 0.255 0.189 0.310 3 5.50 N3 H4 — 7350524

5/16 18 3.543 0.472 1.339 0.318 0.236 0.380 3 6.60 F H5 7350515 —5/16 24 3.543 0.472 1.339 0.318 0.236 0.380 3 6.90 I H4 — 7350525

3/8 16 3.937 0.591 1.535 0.381 0.284 0.440 3 8.00 5/16 H4 7350516 —3/8 24 3.543 0.591 1.476 0.381 0.284 0.440 3 8.50 Q H4 — 7350526

7/16 14 3.937 0.591 – 0.323 0.240 0.410 3 9.40 U H5 7350517 —7/16 20 3.937 0.591 – 0.323 0.240 0.410 3 9.90 25/64 H5 — 7350527

1/2 13 4.331 0.709 – 0.367 0.273 0.440 3 10.80 27/64 H5 7350518 —1/2 20 3.937 0.709 – 0.367 0.273 0.440 3 11.50 29/64 H5 — 7350528

5/8 11 4.331 0.787 – 0.480 0.358 0.560 4 13.50 17/32 H5 7350519 —5/8 18 3.937 0.591 – 0.480 0.358 0.560 4 14.50 37/64 H5 — 7350529

3/4 10 4.921 0.984 – 0.590 0.439 0.690 4 16.50 21/32 H5 7350520 —3/4 16 4.331 0.984 – 0.590 0.439 0.690 4 17.50 11/16 H5 — 7350530

7/8 9 5.512 0.984 – 0.697 0.520 0.750 4 19.50 49/64 H6 7350521 —7/8 14 4.921 0.984 – 0.697 0.520 0.750 4 20.40 13/16 H6 — 7350531

1“ 8 6.299 1.181 – 0.800 0.597 0.810 4 22.25 7/8 H6 7350522 —1“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 — 7350532

E625E765

P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 N3.1 N3.2 N3.3

102 112 115 85 75 66 62 49 43 36 33 167 98 49E808E908

P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 N3.1 N3.2 N3.3

102 112 115 85 75 66 62 49 43 36 33 167 98 49

THL

TDZ

LU

OAL

WSC

DCON

LSC


24


E812 / E912Designed for superior performance blind hole tapping in a wide range of Stainless Steel types. Premium HSCo Powder Metal substrate with Super-B (TiAlN+WC/C) Coating combined with an additional edge treatment and a 40° Flute angle facilitates better chip evacuation offering improved thread quality and longer tool life. Available in both 2B and 3B Class of Fit to cover a wide range of applications.

E812 E912

No.4 – 1“ No.10 – 1“Pack Qty = 1 pc

TDZUNC

TDZUNF


2

1

3


4 40 2.205 0.256 0.709 0.141 0.108 0.236 3 2.35 N43 H2 — —6 32 2.205 0.256 0.787 0.141 0.108 0.190 3 2.80 N36 H3 7350336 —8 32 2.480 0.276 0.827 0.168 0.129 0.250 3 3.50 N29 H3 7350337 —

10 24 2.756 0.315 1.102 0.194 0.150 0.250 3 3.90 N25 H3 7350338 —10 32 2.756 0.315 1.102 0.194 0.150 0.250 3 4.10 N21 H3 — 7350356

1/4 20 3.150 0.394 0.984 0.255 0.189 0.310 3 5.10 N7 H5 7350339 —1/4 20 3.150 0.394 0.984 0.255 0.189 0.310 3 5.10 N7 H3 7350340 —

1/4 28 3.150 0.394 0.984 0.255 0.189 0.310 3 5.50 N3 H5 — 73503571/4 28 3.150 0.394 0.984 0.255 0.189 0.310 3 5.50 N3 H3 — 7350358

5/16 18 3.543 0.472 1.339 0.318 0.236 0.380 3 6.60 F H5 7350341 —5/16 18 3.543 0.472 1.339 0.318 0.236 0.380 3 6.60 F H3 7350342 —

5/16 24 3.543 0.472 1.339 0.318 0.236 0.380 3 6.90 I H4 — 73503595/16 24 3.543 0.472 1.339 0.318 0.236 0.380 3 6.90 I H3 — 7350360

3/8 16 3.937 0.591 1.535 0.381 0.284 0.440 3 8.00 5/16 H5 7350343 —3/8 16 3.937 0.591 1.535 0.381 0.284 0.440 3 8.00 5/16 H3 7350344 —

3/8 24 3.543 0.591 1.476 0.318 0.284 0.440 3 8.50 Q H4 — 73503613/8 24 3.543 0.591 1.476 0.318 0.284 0.440 3 8.50 Q H3 — 7350362

7/16 14 3.937 0.591 – 0.323 0.240 0.410 4 9.40 U H5 7350345 —7/16 20 3.937 0.591 – 0.323 0.240 0.410 4 9.90 25/64 H5 — 7350363

E812E912


79 89 92 66 59 52 49 39 33 30 23 62 52 56 46

M3.1 M3.2 M3.3 M4.1

39 33 30 20

THL

TDZ

LU

OAL

WSC

DCONLS

C

25


TDZUNC

TDZUNF


2

1

3


1/2 13 4.331 0.709 – 0.367 0.273 0.440 4 10.70 27/64 H5 7350346 —1/2 13 4.331 0.709 – 0.367 0.273 0.440 4 10.70 27/64 H3 7350347 —

1/2 20 3.937 0.709 – 0.367 0.273 0.440 4 11.50 29/64 H5 — 73503641/2 20 3.937 0.709 – 0.367 0.273 0.440 4 11.50 29/64 H3 — 7350365

5/8 11 4.331 0.787 – 0.480 0.358 0.560 4 13.50 17/32 H5 7350348 —5/8 11 4.331 0.787 – 0.480 0.358 0.560 4 13.50 17/32 H3 7350349 —

5/8 18 3.937 0.591 – 0.480 0.358 0.560 4 14.50 37/64 H5 — 73503665/8 18 3.937 0.591 – 0.480 0.358 0.560 4 14.50 37/64 H3 — 7350367

3/4 10 4.921 0.984 – 0.590 0.439 0.690 4 16.50 21/32 H5 7350350 —3/4 10 4.921 0.984 – 0.590 0.439 0.690 4 16.50 21/32 H3 7350351 —

3/4 16 4.331 0.984 – 0.590 0.439 0.690 4 17.50 11/16 H5 — 73503683/4 16 4.331 0.984 – 0.590 0.439 0.690 4 17.50 11/16 H3 — 7350369

7/8 9 5.512 0.984 – 0.697 0.520 0.750 4 19.50 49/64 H6 7350352 —7/8 9 5.512 0.984 – 0.697 0.520 0.750 4 19.50 49/64 H4 7350353 —

7/8 14 4.921 0.984 – 0.697 0.520 0.750 4 20.40 13/16 H6 — 73503707/8 14 4.921 0.984 – 0.697 0.520 0.750 4 20.40 13/16 H4 — 7350371

1“ 8 6.299 1.181 – 0.800 0.597 0.810 4 22.25 7/8 H6 7350354 —1“ 8 6.299 1.181 – 0.800 0.597 0.810 4 22.25 7/8 H4 7350355 —

1“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 — 73503721“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H4 — 7350373

26


E810 / E910Designed for high performance blind hole tapping in most medium Alloy Steels. The TiAlN-Top Coating combined with a special 45° Flute Geometry and an additional edge treatment provides excellent performance and consistency in high production applications. The back taper built into this design further facilitates chip evacuation and reduces torque when the tap reverses. It is recommended to use a toolholder with minimal float or soft start.

E810 E910

No.4 – 1“ No.10 – 1“Pack Qty = 1 pc

TDZUNC

TDZUNF


2

1

3


4 40 2.205 0.256 0.709 0.141 0.108 0.236 3 2.35 N43 H2 7350430 —6 32 2.205 0.256 0.787 0.141 0.108 0.190 3 2.85 N36 H2 7350431 —8 32 2.480 0.276 0.827 0.168 0.129 0.250 3 3.50 N29 H3 7350432 —

10 24 2.756 0.315 1.102 0.194 0.150 0.250 3 3.90 N25 H3 7350433 —10 32 2.756 0.315 1.102 0.194 0.150 0.250 3 4.10 N21 H3 — 7350443

1/4 20 3.150 0.394 0.984 0.255 0.189 0.310 3 5.10 N7 H5 7350434 —1/4 28 3.150 0.394 0.984 0.255 0.189 0.310 3 5.50 N3 H4 — 7350444

5/16 18 3.543 0.472 1.339 0.318 0.236 0.380 3 6.60 F H5 7350435 —5/16 24 3.543 0.472 1.339 0.318 0.236 0.380 3 6.9 I H4 — 7350445

3/8 16 3.937 0.591 1.535 0.381 0.284 0.440 3 8.00 5/16 H4 7350436 —3/8 24 3.543 0.591 1.476 0.381 0.284 0.440 3 8.50 Q H4 — 7350446

7/16 14 3.937 0.591 – 0.323 0.240 0.410 3 9.40 U H5 7350437 —7/16 20 3.937 0.591 – 0.323 0.240 0.410 3 9.90 25/64 H5 — 7350447

1/2 13 4.331 0.709 – 0.367 0.273 0.440 3 10.80 27/64 H5 7350438 —1/2 20 3.937 0.709 – 0.367 0.273 0.440 3 11.50 29/64 H5 — 7350448

5/8 11 4.331 0.787 – 0.480 0.358 0.560 4 13.50 17/32 H5 7350439 —5/8 18 3.937 0.591 – 0.480 0.358 0.560 4 14.50 37/64 H5 — 7350449

3/4 10 4.921 0.984 – 0.590 0.439 0.690 4 16.50 21/32 H5 7350440 —3/4 16 4.331 0.984 – 0.590 0.439 0.690 4 17.50 11/16 H5 — 7350450

7/8 9 5.512 0.984 – 0.697 0.520 0.750 4 19.50 49/64 H6 7350441 —7/8 14 4.921 0.984 – 0.697 0.520 0.750 4 20.40 13/16 H6 — 7350451

1“ 8 6.299 1.181 – 0.800 0.597 0.810 4 22.25 7/8 H6 73504421“ 12 5.512 1.063 – 0.800 0.597 0.810 4 23.25 59/64 H6 — 7350452

E810E910

P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.2 S2.1 S3.1 S4.1

79 82 66 56 49 43 33 10 13 10 7


THL

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27

DIN-ANSI Machine Tap Black Shark for Hard Alloys, Spiral Flute

E805 / E905Designed for high performance blind hole tapping in high strength and heat-resistant work-materials with hardness up to 45HRC. The TiAlN-Top coating combined with geometry what significantly increases cutting edge strength, provides excellent performance and consistency in hard and difficult to machine materials.

E805 E905

No.4 – 3/4 No.10 – 3/4Pack Qty = 1 pc

TDZUNC

TDZUNF

TP OAL THL LU DCON WSC LSC

2

1

3


4 40.00 2.205 0.472 0.827 0.141 0.108 0.190 3 2.35 N43 H2 7812126 —6 32.00 2.480 0.551 0.866 0.168 0.129 0.250 3 2.85 N36 H2 7812127 —8 32.00 2.756 0.610 1.102 0.194 0.150 0.250 3 3.50 N29 H3 7812128 —

10 24.00 3.150 0.669 1.024 0.255 0.189 0.310 3 3.90 N25 H3 7812129 —10 32.00 3.150 0.669 1.024 0.255 0.189 0.310 3 4.10 N21 H3 — 7812137

1/4 20.00 3.543 0.807 1.378 0.318 0.236 0.380 3 5.10 N7 H5 7812130 —1/4 28.00 3.543 0.807 1.339 0.318 0.236 0.380 3 5.50 N3 H4 — 7812138

5/16 18.00 3.937 0.906 1.535 0.381 0.236 0.440 3 6.60 F H5 7812131 —5/16 24.00 3.937 0.906 1.535 0.381 0.284 0.440 3 6.90 I H4 — 7812139

3/8 16.00 3.937 0.787 1.535 0.381 0.236 0.440 3 8.00 5/16 H5 7812132 —3/8 24.00 3.937 0.787 1.535 0.381 0.284 0.440 3 8.50 Q H4 — 7812140

7/16 14.00 3.937 0.787 - 0.323 0.240 0.410 4 9.40 U H5 7812133 —7/16 20.00 3.937 0.787 - 0.325 0.240 0.440 4 9.90 25/64 H5 — 7812140

1/2 13.00 4.331 0.906 - 0.367 0.273 0.440 4 10.80 27/64 H5 7812134 —1/2 20.00 4.331 0.906 - 0.367 0.273 0.440 4 11.50 29/64 H5 — 7812142

5/8 11.00 4.331 0.906 - 0.480 0.358 0.560 4 13.50 17/32 H5 7812135 —5/8 18.00 4.331 0.906 - 0.480 0.358 0.560 4 14.50 37/64 H5 — 7812143

3/4 10.00 4.921 1.181 - 0.590 0.440 0.690 4 16.50 21/32 H5 7812136 —3/4 16.00 4.921 1.181 - 0.590 0.440 0.690 4 17.50 11/16 H5 — 7812143

E805E905

P3.2 P3.3 P4.3 S1.2 S1.3 S3.1 S3.2 H4.1

55 42 32 42 26 16 10 22

THL

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LU

OAL

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28

DIN ANSI Machine Tap, Yellow for Low Alloy Steels

E624 / E764Designed for blind hole tapping in low Alloy Steel applications. Premium HSCo Powder Metal substrate with TiAlN-Top Coating combined with a special 40° Spiral Flute geometry prevents nesting and reduces the risk of re-cutting chips on reversal allowing taps to operate at higher speeds while providing improved thread quality.

E624 E764


TDZM

TDZMF


2

1

3


4 0.70 63 7 21 0.168 0.129 6 3 3.30 N30 D4 7350533 —5 0.80 70 8 25 0.194 0.150 6 3 4.20 N19 D4 7350534 —6 1.00 80 10 30 0.255 0.189 8 3 5.00 N9 D5 7350535 —

8 1.00 90 13 35 0.318 0.236 10 3 7.00 J D5 — 73505448 1.25 90 13 35 0.318 0.236 10 3 6.80 H D5 7350536

10 1.25 100 15 39 0.381 0.284 11 3 8.80 11/32 D6 — 735054510 1.50 100 15 39 0.381 0.284 11 3 8.50 Q D6 7350537 —

12 1.25 100 15 – 0.367 0.273 11 3 10.80 27/64 D6 — 735054612 1.50 100 15 – 0.367 0.273 11 3 10.50 Z D6 — 7350547

12 1.75 110 18 – 0.367 0.273 11 3 10.30 Y D6 7350538 —14 1.50 100 15 – 0.429 0.320 13 3 12.50 31/64 D7 — 7350548

14 2.00 110 20 – 0.429 0.320 13 3 12.00 15/32 D7 7350539 —16 1.50 100 15 – 0.480 0.358 14 4 14.50 9/16 D7 — 7350549

16 2.00 110 20 – 0.480 0.358 14 4 14.00 35/64 D7 7350540 —18 1.50 110 17 – 0.542 0.404 16 4 16.50 41/64 D7 — 7350550

18 2.50 125 25 – 0.542 0.404 16 4 15.50 39/64 D7 7350541 —20 2.50 140 25 – 0.652 0.487 18 4 17.50 11/16 D7 7350542 —24 3.00 160 30 – 0.760 0.567 19 4 21.00 53/64 D8 7350543 —


E624E764

P1.1 P1.2 P1.3 P2.1 P2.2 P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 N3.1 N3.2 N3.3

102 112 115 85 75 66 62 49 43 36 33 167 98 49

THL

TDZ

LU

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WSC

DCON

LSC

29


E628 / E768Designed for superior performance blind hole tapping in a wide range of Stainless Steel types. Premium HSCo Powder Metal substrate with Super-B (TiAlN+WC/C) Coating combined with an additional edge treatment and a 40° Flute angle facilitates better chip evacuation offering improved thread quality and longer tool life. Available in both 2B and 3B Class of Fit to cover a wide range of applications.

E628 E768


TDZM

TDZMF


2

1

3


4 0.70 63 7 21 0.168 0.129 6 3 3.30 N30 D4 7350374 —5 0.80 70 8 25 0.194 0.150 6 3 4.20 N19 D4 7350375 —6 1.00 80 10 30 0.255 0.189 8 3 5.00 N9 D5 7350376 —

8 1.00 90 13 35 0.318 0.236 10 3 7.00 J D5 — 73503858 1.25 90 13 35 0.318 0.236 10 3 6.80 H D5 7350377

10 1.25 100 15 39 0.381 0.284 11 3 8.80 11/32 D6 — 735038610 1.50 100 15 39 0.381 0.284 11 3 8.50 Q D6 7350378 —

12 1.50 100 15 – 0.367 0.273 11 4 10.50 Z D6 — 735038712 1.75 110 18 – 0.367 0.273 11 4 10.30 Y D6 7350379 —

14 1.50 100 15 – 0.429 0.320 13 4 12.50 31/64 D7 — 735038814 2.00 110 20 – 0.429 0.320 13 4 12.00 15/32 D7 7350380 —

16 1.50 100 15 – 0.480 0.358 14 4 14.50 9/16 D7 — 735038916 2.00 110 20 – 0.480 0.358 14 4 14.00 35/64 D7 7350381 —

18 1.50 110 17 – 0.542 0.404 16 4 16.50 41/64 D7 — 735039018 2.50 125 25 – 0.542 0.404 16 4 15.50 39/64 D7 7350382 —20 2.50 140 25 – 0.652 0.487 18 4 17.50 11/16 D7 7350383 —24 3.00 160 30 – 0.760 0.567 19 4 21.00 53/64 D8 7350384 —


E628E768


79 89 92 66 59 52 49 39 33 30 23 62 52 56 46

M3.1 M3.2 M3.3 M4.1

39 33 30 20

THL

TDZ

LU

OAL

WSC

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30


E626 / E766Designed for high performance blind hole tapping in most medium Alloy Steels. The TiAlN-Top Coating combined with a special 45° Flute Geometry and an additional edge treatment provides excellent performance and consistency in high production applications. The back taper built into this design further facilitates chip evacuation and reduces torque when the tap reverses. It is recommended to use a toolholder with minimal float or soft start.

E626 E766


TDZM

TDZMF


2

1

3


3 0.50 56 6 18 0.141 0.108 5 3 2.50 N40 D3 7350453 —4 0.70 63 7 21 0.168 0.129 6 3 3.30 N30 D4 7350454 —5 0.80 70 8 25 0.194 0.150 6 3 4.20 N19 D4 7350455 —6 1.00 80 10 30 0.255 0.189 8 3 5.00 N9 D5 7350456 —

8 1.00 90 13 35 0.318 0.236 10 3 7.00 J D5 — 73504658 1.25 90 13 35 0.318 0.236 10 3 6.80 H D5 7350457 —

10 1.25 100 15 39 0.381 0.284 11 3 8.80 11/32 D6 — 735046610 1.50 100 15 39 0.381 0.284 11 3 8.50 Q D6 7350458 —

12 1.25 100 15 – 0.367 0.273 11 3 10.80 27/64 D6 — 735046712 1.75 110 18 – 0.367 0.273 11 3 10.30 Y D6 7350459 —

14 1.50 100 15 – 0.429 0.320 13 3 12.50 31/64 D7 — 735046814 2.00 110 20 – 0.429 0.320 13 3 12.00 15/32 D7 7350460 —16 2.00 110 20 – 0.480 0.358 14 4 14.00 35/64 D7 7350461 —18 2.50 125 25 – 0.542 0.404 16 4 15.50 39/64 D7 7350462 —20 2.50 140 25 – 0.652 0.487 18 4 17.50 11/16 D7 7350463 —24 3.00 160 30 – 0.760 0.567 19 4 21.00 53/64 D8 7350464 —


E626E766

P2.3 P3.1 P3.2 P3.3 P4.1 P4.2 P4.3 S1.2 S2.1 S3.1 S4.1

94 95 79 66 59 49 39 10 13 10 7

THL

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31

DIN-ANSI Machine Tap Black Shark for Hard Alloys, Spiral Flute

E806 / E906Designed for high performance blind hole tapping in high strength and heat-resistant work-materials with hardness up to 45HRC. The TiAlN-Top coating combined with geometry what significantly increases cutting edge strength, provides excellent performance and consistency in hard and difficult to machine materials.

E806 E906


TDZM

TDZM


2

1

3


3 0.50 63 15 22 0.168 0.129 6 3 2.50 N40 D3 7812145 —4 0.70 70 16 28 0.194 0.150 6 3 3.30 N30 D4 7812146 —5 0.80 80 17 26 0.255 0.189 8 3 4.20 N19 D4 7812147 —6 1.00 90 21 35 0.318 0.236 10 3 5.00 N9 D5 7812148 —8 1.25 100 23 39 0.381 0.284 11 3 6.80 H D5 7812149 —

8 1.00 100 23 39 0.381 0.284 11 3 7.00 J D5 — 781215210 1.50 100 20 38 0.381 0.284 11 3 8.50 Q D6 7812150 —12 1.75 110 23 - 0.367 0.273 11 4 10.30 Y D6 7812151 —

10 1.25 100 20 38 0.381 0.284 11 3 8.80 11/32 D5 — 781215312 1.25 110 23 - 0.367 0.273 11 4 10.80 27/64 D5 — 781215512 1.50 110 23 - 0.367 0.273 11 4 10.50 Z D5 — 7812154

E805E905

P3.2 P3.3 P4.3 S1.2 S1.3 S3.1 S3.2 H4.1

55 42 32 42 26 16 10 22

THL

TDZ

LU

OAL

WSC

DCON

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32

Icon descriptions

Thread form

Unified Coarse Unified Fine Metric coarse Metric fine

Standard

Tolerance

Hole Type

Through hole Blind hole Through or blind hole

Depth

MaterialHigh Speed Cobalt

Powder Metallurgy Steel

Chamfer

Plug chamfer Semi - bottoming Full - bottoming

Flute Geometry

Straight Flute Spiral Point 15° 40º 45º

Direction

Right

CoatingTitanium Aluminium

Nitride - TopTitanium Aluminium Nitride + Tungsten Carbide Carbon

Coolant

Internal Coolant (Axial)

Rating


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As a professional you can judge the quality of work by just looking at the chip. Our chip is a clean and uncomplicated shape that in itself tells a story. It is a clear and consistent signal and that’s why we use it as a symbol for being Simply Reliable.

EDP# 7907498

SHARK LINE

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