HSS-E Taps • EM Series ...........................................................................................................................................A86–A140
Production Taps ...................................................................................................................................................................A142–A196
Solid and Indexable Thread Mills........................................................................................................................................A239–A245
Technical Information ..........................................................................................................................................................A248–A274
TOP DRILL S for Steel and Cast Iron.......................................................................................................................A310–A333
TOP DRILL S+ ........................................................................................................................................................A334–A338
TOP DRILL G for Non-Ferrous Materials..................................................................................................................A340–A357
Our latest metalcutting advances are designed to deliver higher productivity, longer
tool life, and increased application versatility compared with your current tooling.
• Run up to 4x faster and last up to 4x longer than
conventional high-speed steel taps.
• Precision design delivers more accurately tapped holes.
• Cutting taps can be factory reconditioned to original
patented specifications and tolerances.
• New generation of high-performance, high-speed steel
powdered-metal taps for material-specific tapping
applications.
• Optimum combination of grades, geometries, and coatings
to deliver higher quality threads and longer tool life.
• Boost your productivity with our unique, highly
wear-resistant powder-metal substrate, modified
with a higher than standard cobalt content for greater
heat resistance.
GT Series Taps
A4
WWW.WIDIA.COM
Page 4
For more information about the latest products and services
from WIDIA, please contact your WIDIA Representative
or Authorized WIDIA Distributor, or visit www.widia.com.
Victory™ GT Series Wind Taps
• New high-performance, large-sized HSS-E-PM taps.
• Developed for manufacturing important wind turbine
components like hubs, rings, and gearbox housing.
• For both conventional non-rigid and CNC-synchronous
tapping machines.
• Can be used with precision round- or square-drive
toolholders.
• An extra-long version is also available.
Victory
• The new high-performance solid thread mills program
is designed for maximum performance and reliability.
• Internal or external thread on 3-axis CNC machining.
• Produce thread on broad range of materials up to 63 HRC.
• GTM31 and GTM41 can drill the hole, countersink the
hole, and cut the thread all at the same time, resulting
in shorter cycle time and fewer tool changes.
• Short chips enable better evacuation and secure
performance.
GTM Series Thread Mills
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A5
Page 5
High-Performance Solid Carbide Taps
Solid carbide taps for high productivity and outstanding performance
in a wide range of workpiece materials.
WIDIA-GTD
• High performance to surpass competitive taps.
• More production from a single tool.
• Available in various specifications.
Optimized flute design
Better chip evacuation.
Chamfer design
Helps chip load,
lower torque.
™
Carbide substrate
Higher heat resistance,
higher speed.
A6
Various multilayer coatings
Extremely high wear resistance,
longer tool life.
Cylindrical h6 shank
Low runout, higher
quality threads.
WWW.WIDIA.COM
Page 6
Advanced WIDIA™Technology
• Manufactured with fine-grain micrograin carbide
for exceptional wear life.
• Ideal for long production runs where fewer tool changes
mean greater productivity.
• Designed for outstanding tool life in steel, cast iron, aluminum,
and hardened materials.
Features
• Runs 5x faster and lasts 4x longer than conventional taps.
• Enhanced tap precision and design.
• Tap runout less than 10 microns (.0004").
• PVD nanolayer TiAlN/TiN coated carbide grade.
• Custom solutions available upon request.
Benefits
• Superior accuracy of product thread.
• Excellent thread quality and tap performance.
• High edge strength and wear resistance.
• Maximum chip control and free cutting in through holes.
• Can be factory reconditioned to original specifications and tolerances.
Application Information
• For use on CNC machines with synchronous or rigid tapping control
and precision toolholders.
• Straight-flute taps for sizes M16 and larger for ductile or cast iron.
• Use with machining centers equipped with precise and rigid hydraulic,
shrink fit, or precision collet toolholders.
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A7
Page 7
High-Performance Taps
Taps Selection Guide • Solid Carbide Taps
Victory™GX Series HP Solid Carbide Taps and Solid Carbide Forming Taps • Metric
Good
多
Better
多多
Best
多多多
GX Series High-Performance
Solid Carbide Taps
series
GX32
size range
(inch and metric)
size
min - max
M6 - M16GP45356535 HA
hole
chamfer
form
coolantgradeshank
M6 - M16GP45356535 HA
M4 - M20GP45356535 HA
M4 - M16GP45356535 HA
M6 - M16GN15156535 HA
M6 - M16GN15156535 HA
M3 - M16 WH16PGDIN371,374,376
M4 - M10GP45356535 HA
M4 - M12GN15156535 HA
M4 - M10GP45356535 HA
M4 - M12GN15156535 HA
Holemaking • High-Performance Taps
GX Series High-Performance
Solid Carbide Forming Taps
GX33
GX34
GX35
GX46
GX47
GX10
GX38
GX48
GX39
GX49
Victory GX Series HP Solid Carbide Taps and Solid Carbide Forming Taps • Inch
Good
多
Better
多多
Best
多多多
GX Series High-Performance
Solid Carbide Taps
series
GX32
size range
(inch and metric)
size
min - max
1/4" - 5/8"GP45356535 HA
hole
chamfer
form
coolantgradeshank
GX Series High-Performance
Solid Carbide Forming Taps
A8
GX33
GX34
GX35
GX46
GX47
GX38
GX48
GX39
GX49
1/4" - 5/8"GP45356535 HA
#6 - 3/4" GP45356535 HA
#6 - 3/4" GP45356535 HA
1/4" - 5/8"GN15156535 HA
1/4" - 5/8"GN15156535 HA
#6 - 3/8" GP45356535 HA
#6 - 1/2" GN15156535 HA
#6 - 3/8" GP45356535 HA
#6 - 1/2" GN15156535 HA
WWW.WIDIA.COM
Page 8
High-Performance Taps
Taps Selection Guide • Solid Carbide Taps
PMKNSH
1, 2, 3,
4, 6, 7
<35 HRC
Steel
5, 9,
10, 11
Steel
36–48
HRC
12, 13.113.2
PH &
Steel
PH &
Ferriitic
Stainless
Steel
>35 HRC
Ferriitic
Stainless
<35 HRC
14.1, 14.2,
14.3, 14.4
Stainless
Steel
15, 16,
17, 18, 19
Cast Iron
多多多多多
多多多多多
多多多 多多多
多多多 多多多
多多多
多多多
2021
Wrought
Aluminum
多多多多多
多多多多多
22, 23,
24, 25
Cast
Aluminum
多多多
多多多
26, 27,
28
Copper,
Copper
Alloys
31, 32
Iron
Based
33, 34,
35
Cobalt
Based
3637
Nickel
Based
Titanium
& Alloys
38.1, 38.2,
40.1, 40.2,
41.1
Hardened
Steel
49–55
HRC
39.1,
41.2
Hardened
Steel
56–68
HRC
多多多
Recommended
Page
Cutting
Parameters
A12A23
A13A23
A14A23
A15A23
A18A23
A19A23
A22A23
A16A23
A20A23
A17A23
A21A23
Holemaking • High-Performance Taps
PMKNSH
1, 2, 3,
4, 6, 7
<35 HRC
Steel
5, 9,
10, 11
Steel
36–48
HRC
12, 13.113.2
PH &
Steel
PH &
Ferriitic
Stainless
Steel
>35 HRC
Ferriitic
Stainless
<35 HRC
14.1, 14.2,
14.3, 14.4
Stainless
Steel
15, 16,
17, 18, 19
Cast Iron
多多多多多
多多多多多
多多多 多多多
多多多 多多多
多多多
多多多
2021
Wrought
Aluminum
多多多多多
多多多多多
22, 23,
24, 25
Cast
Aluminum
多多多
多多多
26, 27,
28
Copper,
Copper
Alloys
31, 32
Iron
Based
33, 34,
35
Cobalt
Based
3637
Nickel
Based
Titanium
& Alloys
38.1, 38.2,
40.1, 40.2,
41.1
Hardened
Steel
49–55
HRC
39.1,
41.2
Hardened
Steel
56–68
HRC
Recommended
Page
Cutting
Parameters
A12A23
A13A23
A14A23
A15A23
A18A23
A19A23
A16A23
A20A23
A17A23
A21A23
WWW.WIDIA.COM
A9
Page 9
High-Performance Taps
Grades and Grade Descriptions
NEW!
NEW!
Coating
GP4535
GN1515
WH16PG
GP6520
Coatings are designed for
optimized tapping performance
in specific materials.
P Steel
M Stainless Steel
K Cast Iron
N Non-Ferrous Materials
S High-Temp Alloys
H Hardened Materials
Grade Description
Coated carbide, PVD multilayer coating with TiAlN and TiN over a high-strength carbide substrate
specifically designed for tap application. Use in steel up to 32 HRC and cast iron at four times faster
speeds than HSS-E-PM taps.
Coated carbide, PVD two-layer coating over fine-grain carbide. Coating consists of low-friction CrC/C over
wear-resistant TiN. CrC/C resists galling of non-ferrous materials to the tap. Provides superior perfomance
for tapping cast aluminum and other non-ferrous materials.
Coated carbide, PVD two-layer coating with heat-resistant TiAlN base layer and low-friction MoS2top layer
over carbide substrate. Use in hardened steel 55–63 HRC.
Coated HSS-E-PM, PVD heat- and wear-resistant high-vanadium cobalt powder metal HSS substrate
coated with wear-resistant TiCN base layer. Use in steel, cast iron, and cast aluminum with silicon.
wear
resistancetoughness
05 10 15 20 25 30 35 40 45
P
K
N
H
P
K
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
Grade
WP31MG
WH36MG
GM6515
WN38MG
WN48EG
WN35MG
Coated HSS-E-PM, PVD powder metal HSS-E substrate with TiN coating. Use for tapping steel 32–44 HRC
and for forming threads in steel to 32 HRC.
Coated HSS-E-PM, PVD powder metal HSS-E substrate coated with TiN base layer and low-friction MoS
top layer. Use in deep blind steel holes, 32–44 HRC.
Coated HSS-E-PM, PVD heat- and wear-resistant high-vanadium cobalt powder metal HSS substrate.
Coating consists of low-friction CrC/C over wear-resistant TiN base layer. Use for tapping stainless steel
and non-ferrous materials.
Coated HSS-E-PM, PVD powder metal HSS-E substrate with DLC coating. Use for form tapping aluminum.
Not recommended for steel.
Coated HSS-E, PVD lower vanadium HSS-E substrate with DLC coating. Use for tapping non-ferrous
materials with low cutting temperatures like wrought aluminum. Not recommended for steel.
Coated HSS-E-PM, PVD powder metal HSS-E substrate with two-layer coating. TiN base layer and DLC top
layer that resists galling of non-ferrous materials to the tap. Use for tapping titanium. Not recommended
for steel.
P
P
2
M
N
N
N
S
NEW!
A10
WS32MG
Coated HSS-E-PM, PVD heat- and wear-resistant high-vanadium cobalt powder metal HSS substrate with
high-hardness TiCN coating. Use when tapping heat-treated steel 44–55 HRC and cobalt- or nickel-based
heat-resistant alloys.
S
H
WWW.WIDIA.COM
Page 10
Victory™GX HP Solid Carbide for the
Ultimate High-Performance Tapping Line
Run up to 4x faster and last up to 4x longer than conventional high-speed steel taps.
• Enhanced precision design delivers more accurately tapped holes.
• A full range of styles and grades for blind hole and through hole applications
in ferrous and non-ferrous materials.
• After use, cutting taps can be factory reconditioned to original patented
specifications and tolerances.
Machining Medium Carbon Steel
250
200
150
100
vc m/min
50
0
TurningMillingDrillingTapping
To learn more about our innovations, contact your local Authorized Distributor
or visit www.widia.com.
New Victory GX Series Taps
HSS-E Taps
Page 11
High-Performance Taps
Victory™Solid Carbide Left-Hand Spiral-Flute Taps • Through Holes
Our powdered metal taps deliver highly reliable threads and superior
performance in blind and through hole applications. The HP HSS-E-PM is the
optimum choice for customers looking for high productivity and long tool life
in material-specific applications.
™
WIDIA-GTD
• Enhanced design for reliable thread on different materials.
• More resistant to edge chipping than carbide.
• Better performance at high speeds.
DIN standard
Longer tap reach, neck design,
better coolant flow.
Chamfer design
Helps chip load,
lower torque.
Various multilayer coatings
Extremely high wear resistance,
longer tool life.
Powdered metal substrate
Longer life, higher speed.
h6 or h9 shank
Low runout, h6 available
on some styles.
A30
WWW.WIDIA.COM
Page 30
Powdered Metal Taps
• Manufactured from high-speed steel and powder coated for thread
forming and thread cutting in various applications.
• Offer performance advantages over other regular high-speed taps.
• Unmatched by competitive products.
Tap Functions
• High wear resistance and hot hardness without sacrificing edge strength.
• PVD multilayer coatings offer outstanding thermal stability, hot hardness,
oxidation resistance, and low frictional coefficient.
• Spiral point feature pushes chips ahead in through holes.
• Chips stored in flutes or flushed out with straight flutes.
• Taps can be used in collet and hydraulic holders.
• Low runout of thread and chamfer.
Benefits
• Long tap life at up to 50% higher tapping speed.
• Excellent chip control.
• Greater thread strength.
• Exceptional thread quality and long life.
WWW.WIDIA.COM
A31
Page 31
High-Performance Taps
Taps Selection Guide • HSS-E-PM Taps
Victory™GT Series HSS-E-PM Taps • ANSI Inch and Metric
Good
多
Better
多多
Best
多多多
GT Series High-Performance
HSS-E-PM Taps
series
GT20
size range
(inch and metric)
size
min - max
#2 - 3/4"GP6520ANSI 302A
hole
chamfer
form
coolantgrade
tap
dimension
Holemaking • High-Performance Taps
GT20
GT20
GT20
GT30
GT30
GT30
GT40
GT40
#2 - 3/4"GM6515ANSI 302A
M3 - M12GP6520ANSI 302A
M3 - M12GM6515ANSI 302A
#2 - 1" GP6520ANSI 302A
#2 - 1" GM6515ANSI 302A
#4 - 3/4" GP6505ANSI 302A
#10 - 3/4" GP6520ANSI 302A
M3 - M16GP6520ANSI 302A
A32
WWW.WIDIA.COM
Page 32
High-Performance Taps
Taps Selection Guide • HSS-E-PM Taps
PMKNSH
1, 2, 3,
<35 HRC
4, 6, 7
Steel
5, 9,
10, 11
Steel
36–48
HRC
12, 13.113.2
PH &
Steel
PH &
Ferriitic
Stainless
Steel
>35 HRC
Ferriitic
Stainless
<35 HRC
14.1, 14.2,
14.3, 14.4
Stainless
Steel
15, 16,
17, 18, 19
Cast Iron
2021
Wrought
Aluminum
22, 23,
24, 25
Cast
Aluminum
26, 27,
28
Copper,
Copper
Alloys
31, 32
Iron
Based
多多多多多多多多多
多多多多多多
多多多多多多多多多
多多多多多多
多多多多多多多多多
多多多多多多
多多多多
多多多 多多多
多多多 多多多
33, 34,
35
Cobalt
Based
3637
Nickel
Based
Titanium
& Alloys
38.1, 38.2,
40.1, 40.2,
41.1
Hardened
Steel
49–55
HRC
39.1,
41.2
Hardened
Steel
56–68
HRC
Recommended
Page
Cutting
Parameters
A36A70–A71
A36A70–A71
A37 A70–A71
A37A70–A71
A44A70–A71
A44A70–A71
A56 A70–A71
A57 A70–A71
Holemaking • High-Performance Taps
WWW.WIDIA.COM
A33
Page 33
High-Performance Taps
Taps Selection Guide • HSS-E-PM Taps
Victory™GT Series HP HSS-E-PM Taps • DIN Metric
Good
多
Better
多多
Best
多多多
GT Series High-Performance
HSS-E-PM Taps
seriesgrade
GT00
size range
(metric)
size
min - max
M3 - M20
hole
chamfer
form
coolant
tap
dimension
WP31MGDIN 371,374,376
Holemaking • High-Performance Taps
GT02
GT04
GT06
GT10
GT12
GT14
GT16
GT20
GT20
GT21
GT21
GT22
GT22
GT23
GT23
GT30
GT30
M3 - M20
M3 - M20
M6 - M16
M3 - M20
M3 - M20
M3 - M12
M3 - M12
M3 - M42
M3 - M20
M5 - M14
M5 - M14
M3 - M16
M3 - M16
M5 - M16
M5 - M16
M3 - M42
M3 - M24
WP31MGDIN 371,374,376
WH36MGDIN 371,374,376
WS32MGDIN 371,374,376
WS32MGDIN 371,374,376
WS32MGDIN 371,374,376
WN35MGDIN 371,376
WN35MGDIN 371
GP6520DIN 371,374,376,XL
GM6515DIN 371,374,376
GP6520DIN 371,376
GM6515DIN 371,376
WP31MGDIN 371,374,376
WN38MGDIN 371,374,376
WP31MGDIN 371,374,376
WN38MGDIN 371,374,376
GP6520DIN 371,374,376,XL
GM6515DIN 371,374,376
A34
GT30
GT31
GT31
GT32
GT33
GT40
GT41
GT42
GT43
GT50
GT51
GT70
GT80
M3 - M16
M5 - M42
M5 - M16
M5 - M16
M5 - M16
M4 - M22
M4 - M20
M5 - M16
M5 - M16
M24 - M42
M24 - M42
M3 - M16
M3 - M20
GP6505DIN 371,376
GP6520DIN 371,376,XL
GM6515DIN 371,376
GP6520DIN 371,374,376
GP6520DIN 371,374,376
GP6520DIN 371,376
GP6520DIN 371,376
GP6520DIN 371,374,376
GP6520DIN 371,374,376
GP6520DIN 376,XL
GP6520DIN 376,XL
WN48EGDIN 371,376
WN48EGDIN 371,376
WWW.WIDIA.COM
Page 34
High-Performance Taps
Taps Selection Guide • HSS-E-PM Taps
PMKNSH
1, 2, 3,
<35 HRC
5, 9,
10, 11
Steel
36–48
HRC
12, 13.113.2
PH &
Ferriitic
Stainless
Steel
<35 HRC
4, 6, 7
Steel
多多多多多多多多多
多多多多多多多多
多多多多多多多多多
PH &
Ferriitic
Stainless
Steel
>35 HRC
14.1, 14.2,
14.3, 14.4
Stainless
Steel
15, 16,
17, 18, 19
Cast Iron
2021
Aluminum
Wrought
22, 23,
24, 25
Cast
Aluminum
26, 27,
28
Copper,
Copper
Alloys
多
多
多多多多多多多多多
多多多多多多
多多多
31, 32
Iron
Based
多多多多
多多多多
多多多多多多多多多
多多多多多多
多多多多多多多多多
多多多多多多
33, 34,
Cobalt
Based
3637
35
Nickel
Based
多多多 多多多
多多多 多多多
Titanium
& Alloys
38.1, 38.2,
40.1, 40.2,
41.1
Hardened
Steel
49–55
HRC
39.1,
41.2
Hardened
Steel
56–68
HRC
Recommended
Page(s)
Cutting
Parameters
A40A70–A71
A50A70–A71
A52A70–A71
A53A70–A71
A42A70–A71
A54A70–A71
A43A70–A71
A55A70–A71
A38,
A70–A71
A65
A38A70–A71
A39A70–A71
A39A70–A71
A62A70–A71
Holemaking • High-Performance Taps
多多多多多多多
多多多
多多多多
多多多多多多多多多
多多多多多
多多
多多多多多多多多多
多多多多多
多多多多多多多多多
多多多多多多
多多多多多多多多
多多多
多多多多多多多多
多多多
多多多多多多多多
多多多
多多多多多多多多
多多多
多多多多多多
多多多多多多
多多多多多
多多多
A62A70–A71
A63A70–A71
A63A70–A71
A46,
A70–A71
A66
A46A70–A71
A46A70–A71
A47,
A70–A71
A67
A47A70–A71
A48A70–A71
A49A70–A71
A58A70–A71
A59A70–A71
A60A70–A71
A61A70–A71
A68A70–A71
A69A70–A71
A41A70–A71
A51A70–A71
WWW.WIDIA.COM
A35
Page 35
High-Performance Taps
Victory™Left-Hand Spiral-Flute HSS-E-PM Taps • Through Holes
• GM6515 TiN + CrC/C for
stainless steel.
• GP6520 TiCN for steel.
GT20 • Machine Screw and Fractional • Form D Plug Chamfer
—10-324,039.1590—21GT305053GT205054——
M5 x 0,80—4,200.1654——GT305072GT205071GT305099GT205096
M6 x 1,00—5,000.1969——GT305073GT205072GT305100GT205097
—1/4-205,106.2010—7GT305039GT205043——
Holemaking • High-Performance Taps
—1/4-285,410.2130—3GT305055GT205056——
—5/16-186,528.2570—FGT305041GT205045——
M8 x 1,25—6,700.2638——GT305074GT205074GT305101GT205098
—5/16-246,909.2720—IGT305057GT205057——
M8 x 1,00—7,000.2756————GT305109GT205104
—3/8-167,938.31255/16—GT305043GT205047——
—3/8-248,433.3320—QGT305058GT205058——
M10 x 1,50—8,500.3346——GT305075GT205075GT305102GT205099
M10 x 1,25—8,700.3425————GT305111GT205106
M10 x 1,00—9,000.3543————GT305110GT205105
—7/16-149,093.3580—TGT305044GT205048——
—7/16-209,921.390625/64—GT305059GT205059——
M12 x 1,75—10,200.4016——GT305076GT205076GT305103GT205100
M12 x 1,50—10,500.4134————GT305112GT205107
—1/2-1310,716.421927/64—GT305046GT205049——
—1/2-2011,509.453129/64—GT305060GT205060——
M14 x 2,00—12,000.4724——GT305077—GT305104GT205101
M14 x 1,50—12,500.4921————GT305113GT205108
—5/8-1113,495.531317/32—GT305048GT205050——
M16 x 2,00—14,000.5512—-GT305078—GT305105GT205102
M16 x 1,50—14,500.5709————GT305114GT205109
M18 x 2,50—15,500.6102————GT305106—
M18 x 1,50—16,500.6496————GT305115GT205110
—3/4-1016,670.656321/32—GT305050GT2050551——
M20 x 2,50—17,500.6890—————GT205103
M22 x 2,50—19,500.7677————GT305107—
M24 x 3,00—21,000.8268————GT305161GT205111
—1-822,225.87507/8—GT305051———
required
tap drill diameter
blind hole through holeblind holethrough hole
ANSI
DIN 371, 374, 376
A72
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Page 72
High-Performance Taps
Cross Reference Chart • HSS-E-PM Taps and Drills
P
HSS-E-PM Taps
Recommended Drill
P
All Materials
Alternate Tap Drill
DIN 371, 374, 376
blind holethrough holeapproximately 5 x Dapproximately 5 x Dapproximately 5 x Dapproximately 5 x D
with coolantwith coolantwith coolantnon-coolantwith coolantnon-coolant
Cross Reference Chart • HSS-E-PM • Forming Taps and Drills
Steel 32–44 HRC • Selector
HSS-E-PM Taps — Tapping Steel 32–44 HRC
P
Holemaking • High-Performance Taps
typical
thread sizes
cutting taps
metricmminchGT02_WP31MGGT04_WH36MGGT00_WP31MG
M3 x 0,502,500.0984GT025001GT045001GT005001
M4 x 0,703,300.1299GT025002GT045002GT005002
M5 x 0,804,200.1654GT025003GT045003GT005003
M6 x 1,005,000.1969GT025004GT045004GT005004
M8 x 1,256,700.2638GT025005GT045005GT005005
M8 x 1,007,000.2756GT025012GT045012GT005012
M10 x 1,508,500.3346GT025006GT045006GT005006
M10 x 1,258,700.3425GT025014GT045014GT005014
M10 x 1,009,000.3543GT025013GT045013GT005013
M12 x 1,7510,200.4016GT025007GT045007GT005007
M12 x 1,5010,500.4134GT025016GT045016GT005016
M12 x 1,2510,800.4252GT025015GT045015GT005015
M14 x 2,0012,000.4724GT025008GT045008GT005008
M14 x 1,5012,500.4921GT025017GT045017GT005017
M16 x 2,0014,000.5512GT025009GT045009GT005009
M16 x 1,5014,500.5709GT025018GT045018GT005018
M18 x 2,5015,500.6102GT025010GT045010GT005010
M18 x 1,5016,500.6496GT025010GT045010GT005010
M20 x 2,5017,500.6890GT025011GT045011GT005011
required
tap drill diameter
DIN 371, 374, 376
blind hole blind hole (3 x D) through hole
Steel • Selector
P
Steel <32 HRC — Forming Tap
typical
thread sizes
cutting taps
metricmminchGT22_WP31MGGT23_WP31MG
M3 x 0,502,800.1102GT225016—
M4 x 0,703,700.1457GT225017—
M5 x 0,804,700.1850GT225018GT235012
M6 x 1,005,600.2205GT225019GT235013
M8 x 1,257,400.2913GT225020GT235014
M8 x 1,007,600.2992GT225024GT235018
M10 x 1,509,400.3701GT225021GT235015
M10 x 1,259,500.3740GT225026—
M10 x 1,009,500.3740GT225025GT235019
M12 x 1,7511,300.4449GT225022GT235016
M12 x 1,5011,300.4449GT225028GT235020
M12 x 1,2511,500.4528GT225027—
M14 x 1,5013,400.5276GT225029GT235021
M16 x 2,0015,200.5984GT225023GT235017
M16 x 1,5015,400.6063GT225030GT235022
required
tap drill diameter
DIN 2174
blind and through holewith coolant
blind and through hole
A74
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Page 74
High-Performance Taps
Cross Reference Chart • HSS-E-PM • Forming Taps and Drills
Recommended SC Drill
P
approximately 5 x Dapproximately 5 x Dapproximately 5 x Dapproximately 5 x D
with coolantwithout coolantwith coolantnon-coolant
M8 x 1,25—6,700.2638——GT305065GT205066GT305082GT205081
—5/16-246,909.2720—IGT305027GT205027——
M8 x 1,007.0000,2756————GT305090GT205087—
—3/8-167,938.31255/16—GT305013GT205017——
—3/8-248,433.3320—QGT305028GT205028——
M10 x 1,50—8,500.3346——GT305066GT205067GT305083GT205082
M10 x 1,258.7000,3425————GT305092GT205089—
M10 x 1,009.0000,3543————GT305091GT205088—
—7/16-149,093.3580—TGT305014GT205018——
—7/16-209,921.390625/64—GT305029GT205029——
M12 x 1,75—10,200.4016——GT305067GT205068GT305084GT205083
M12 x 1,50—10,500.4134————GT305093GT205090
—1/2-1310,716.421927/64—GT305016GT205019——
—1/2-2011,509.453129/64—GT305030GT205030——
M14 x 2,00—12,000.4724——GT305068—GT305085GT205084
M14 x 1,50—12,500.4921————GT305094GT205091
—5/8-1113,495.531317/32—GT305018GT205020——
M16 x 2,00—14,000.5512——GT305069—GT305086GT205085
M16 x 1,50—14,500.5709————GT305095GT205092
M18 x 2,50—15,500.6102————GT305087—
M18 x 1,50—16,500.6496————GT305096GT205093
—3/4-1016,670.656321/32—GT305020GT205021——
M20 x 2,50—17,500.6890—————GT205086
M22 x 2,50—19,500.7677————GT305088—
required
tap drill diameter
blind hole through hole blind holethrough hole
ANSI
DIN 371, 374, 376
M24 x 3,00—21,000.8268————GT305089—
—1—822,225.87507/8—GT305021———
A76
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Page 76
High-Performance Taps
Cross Reference Chart • HSS-E-PM Taps and Drills
HSS-E-PM Taps
M
Recommended SC Drill
All Materials
Alternate Tap Drill
DIN 371, 374, 376
blind holethrough holeapproximately 3 x Dapproximately 5 x Dapproximately 3 x Dapproximately 5 x D
with coolantwith coolantwith coolantwith coolantwith coolantwith coolant
M3 x 0,50—2,500.0984——GT405030——TDS401A02500
M4 x 0,70—3,300.1299——GT405031GT405001GT415001TDS401A03300
—10-243,734.1470—26GT405012——TDS401A03734
—10-324,039.1590—21GT405013——TDS401A04039
M5 x 0,80—4,200.1654——GT405032GT405002GT415002TDS401A04200
M6 x 1,00—5,000.1969——GT405033GT405003GT415003TDS401A05000
—1/4-205,106.2010—7GT405015——TDS401A05106
—1/4-285,410.2130—3GT405017——TDS401A05410
—5/16-186,528.2570—FGT405019——TDS401A06528
M8 x 1,25—6,700.2638——GT405034GT405004GT415004TDS411A06700
Holemaking • High-Performance Taps
—5/16-246,909.2720—IGT405020——TDS411A06906
—3/8-167,938.31255/16—GT405022——TDS411A07938
—3/8-248,433.3320—QGT405023——TDS411A08433
M10 x 1,50—8,500.3346——GT405035GT405005GT415005TDS411A08500
—7/16-149,093.3580—TGT405024——TDS411A09093
—7/16-209,921.390625/64—GT405025——TDS411A09921
M12 x 1,75—10,200.4016——GT405036GT405006GT415006TDS411A10200
—1/2-1310,716.421927/64—GT405026——TDS411A10716
—1/2-2011,509.453129/64—GT405027——TDS411A11509
M14 x 2,00—12,000.4724——GT405037GT405007GT415007TDS411A12000
—5/8-1113,495.531317/32—GT405028——TDS411A13495
M16 x 2,00—14,000.5512——GT405038GT405008GT415008TDS411A14000
M18 x 2,50—15,500.6102———GT405009GT415009TDS411A15500
—3/4-1016,670.656321/32—GT405029——TDS411A16670
M20 x 2,50—17,500.6890———GT405010GT415010TDS411A17500
M22 x 2,50—19,500.7677———GT405011—TDS411A19500
required
tap drill diameter
ANSI
blind and through holeblind and through hole with coolantwith coolant
DIN 371, 374, 376
blind and through holeapproximately 3 x D
A78
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Page 78
High-Performance Taps
Cross Reference Chart • HSS-E-PM Taps and Drills
K
Recommended SC Drill
approximately 5 x Dapproximately 5 x Dapproximately 3 x Dapproximately 5 x Dapproximately 5 x D
with coolantnon-coolantwith coolantwith coolantnon-coolant
M3 x 0,50—2,500.0984——GT805001GT705001GT405030
M4 x 0,70—3,300.1299——GT805002GT705002GT405031
—10-243,734.1470—26——GT405012
—10-324,039.1590—21——GT405013
M5 x 0,80—4,200.1654——GT805003GT705003GT405032
M6 x 1,00—5,000.1969——GT805004GT705004GT405033
—1/4-205,106.2010—7——GT405015
—1/4-285,410.2130—3——GT405017
—5/16-186,528.2570—F——GT405019
Holemaking • High-Performance Taps
M8 x 1,25—6,700.2638——GT805005GT705005GT405034
—5/16-246,909.2720—I——GT405020
—3/8-167,938.31255/16———GT405022
—3/8-248,433.3320—Q——GT405023
M10 x 1,50—8,500.3346——GT805006GT705006GT405035
—7/16-149,093.3580—T——GT405024
—7/16-209,921.390625/64———GT405025
M12 x 1,75—10,200.4016——GT805007GT705007GT405036
—1/2-1310,716.421927/64———GT405026
—1/2-2011,509.453129/64———GT405027
M14 x 2,00—12,000.4724————GT405037
—5/8-1113,495.531317/32———GT405028
M16 x 2,00—14,000.5512——GT805008GT705008GT405038
M18 x 2,50—15,500.6102—————
—3/4-1016,670.656321/32———GT405029
M20 x 2,50—17,500.6890——GT805009——
M22 x 2,50—19,500.7677—————
required
tap drill diameter
blind hole through hole blind and through hole
DIN 371, 374, 376
ANSI
Aluminum • Forming Taps • Selector
N
Forming Taps
typical
thread sizes
cutting taps
metricmminchGT22 WN38MGGT23 WN38MG
M3 x 0,502,800.1102GT225001—
M4 x 0,703,734.1470GT225002—
M5 x 0,804,700.1850GT225003GT235001
M6 x 1,005,600.2205GT225004GT235002
M8 x 1,257,400.2913GT225005GT235003
M8 x 1,007,600.2992GT225009GT235007
M10 x 1,509,400.3701GT225006GT235004
M10 x 1,259,500.3740GT225011—
M10 x 1,009,500.3740GT225010GT235008
M12 x 1,7511,300.4449GT225007GT235005
M12 x 1,5011,300.4449GT225013GT235019
M12 x 1,2511,500.4528GT225012—
M14 x 1,5013,400.5276GT225014GT235010
M16 x 2,0015,200.5984GT225008GT235006
M16 x 1,5015,400.6063GT225015GT235011
required
tap drill diameter
DIN 2174
blind and through holewith coolant
blind and through hole
A80
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Page 80
High-Performance Taps
Cross Reference Chart • HSS-E-PM Taps and Drills
N
HSS-E-PM Taps (Cast <12%)
N
Recommended SC Drill
All Materials
Alternate Tap Drill
DIN 371, 374, 376
blind and through holeapproximately 3 x Dapproximately 3 x Dapproximately 5 x D
blind and through holewith coolantwith coolantwith coolantwith coolant
Cross Reference Chart • HSS-E-PM and Carbide Taps and Drills
High-Temperature Alloys
HSS-E-PM Taps —
Titanium Alloys
S
HSS-E-PM Taps —
Nickel and Cobalt Alloys
typical
thread sizes
metricmminchGT16_WN35MGGT14_WN35MGGT12_WS32MG
M3 x 0,502,500.0984GT165001GT145001GT125001
M4 x 0,703,300.1299GT165002GT145002GT125002
M5 x 0,804,200.1654GT165003GT145003GT125003
M6 x 1,005,000.1969GT165004GT145004GT125004
M8 x 1,256,700.2638GT165005GT145005GT125005
M10 x 1,508,500.3346GT165006GT145006GT125006
M12 x 1,7510,200.4016GT165007GT145007GT125007
M14 x 2,0012,000.4724——GT125008
Holemaking • High-Performance Taps
M16 x 2,0014,000.5512——GT125009
M20 x 2,5017,500.6890——GT125010
Hard Material
required
tap drill diameter
DIN 371, 374, 376
blind hole through holeblind hole
HSS-E-PM Taps — 44–55 HRC
H
HSS-E-PM Taps — 55–63 HRC
DIN 371, 374, 376
typical
thread sizes
metricmminchGT06_WS32MGGX10_WH16PG
M3 x 0,502,500.0984—GX105001
M4 x 0,703,300.1299—GX105002
M5 x 0,804,200.1654—GX105003
M6 x 1,005,000.1969GT065003GX105004
M8 x 1,256,700.2638GT065001GX105005
M8 x 1,007,000.2756GT065006GX105009
M10 x 1,508,500.3346GT065002GX105007
M10 x 1,009,000.3543GT065007GX105010
M12 x 1,7510,200.4016GT065004GX105007
M12 x 1,5010,500.4134GT065008GX105011
M14 x 2,0012,000.4724— GX105008
M14 x 1,5012,500.4921GT065009GX105012
M16 x 2,0014,000.5512GT065005—
M16 x 1,5014,500.5709GT065010GX105013
required
tap drill diameter
blind and through holeblind and through hole
DIN 371, 374, 376
A82
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Page 82
High-Performance Taps
Cross Reference Chart • HSS-E-PM and Carbide Taps and Drills
HSS-E-PM Taps —
Nickel and Cobalt Alloys
S
Recommended SC Drill
All Materials
Alternate Tap Drill
DIN 371, 374, 376
approximately 3 x Dapproximately 5 x Dapproximately 3 x Dapproximately 5 x D
through holewith coolantwith coolantwith coolantwith coolant
Cross Reference Chart • HSS-E-PM Wind Energy Taps and Drills
Steel • Selector
typical
thread sizes
cutting taps
metricmminchGT30_GP6520GT50_GP6520GT20_GP6520
M24 x 3,0021,000.8268GT305161GT505001GT505111
M30 x 3,5026,5001.0433GT305163GT505002GT505113
M33 x 3,5029,5001.1614GT305164GT505003GT505114
M36 x 4,0032,0001.2598GT305166GT505004GT505116
M42 x 4,5037,5001.4764GT305168GT505005GT505118
required
tap drill diameter
Steel • Extra Long • Selector
Holemaking • High-Performance Taps
typical
thread sizes
cutting taps
metricmminchGT30_GP6520GT50_GP6520GT20_GP6520
M24 x 3,0021,000.8268GT305151GT505006GT205122
M30 x 3,5026,5001.0433GT305153GT505007GT205124
M33 x 3,5029,5001.1614GT305154GT505008GT205125
M36 x 4,0032,0001.2598GT305156GT505009GT205127
M42 x 4,5037,5001.4764GT305158GT505010GT205129
required
tap drill diameter
P
HSS-E-PM Taps
blind holeblind holethrough hole
P
HSS-E-PM Taps
blind holeblind holethrough hole
Cast Iron • Selector
K
HSS-E-PM Taps
typical
thread sizes
cutting taps
metricmminchGT30_GP6520GT50_GP6520GT20_GP6520
M24 x 3,0021,000.8268GT305161GT505001GT505111
M30 x 3,5026,5001.0433GT305163GT505002GT505113
M33 x 3,5029,5001.1614GT305164GT505003GT505114
M36 x 4,0032,0001.2598GT305166GT505004GT505116
M42 x 4,5037,5001.4764GT305168GT505005GT505118
required
tap drill diameter
blind holeblind holethrough hole
Cast Iron • Extra Long • Selector
K
HSS-E-PM Taps
typical
thread sizes
cutting taps
metricmminchGT30_GP6520GT50_GP6520GT20_GP6520
M24 x 3,0021,000.8268GT305151GT505006GT205122
M30 x 3,5026,5001.0433GT305153GT505007GT205124
M33 x 3,5029,5001.1614GT305154GT505008GT205125
M36 x 4,0032,0001.2598GT305156GT505009GT205127
M42 x 4,5037,5001.4764GT305158GT505010GT205129
required
tap drill diameter
blind holeblind holethrough hole
A84
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Page 84
High-Performance Taps
Cross Reference Chart • HSS-E-PM Wind Energy Taps and Drills
Our family of Exotic Material (EM) taps are specially designed to thread a
broad assortment of materials for unrivaled high-performance tapping.
WIDIA-GTD
• Enhanced tool geometry.
• Less tapping torque.
• Better chip removal.
™
A86
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Page 86
Unmatched Performance
The WIDIA-GTD™EM Series taps are designed and manufactured to
successfully thread high- and low-volume applications in aluminum,
stainless steel, nickel alloys, titanium alloys, mold steels, irons, brass,
bronze, and plastics. The formulation of premium steel tap base material
is unique for every application. The combination of a special geometry,
tap surface treatment, and premium steep gives these taps the highest
level of performance.
Premium Steels
EM Series taps use special HSS-E compositions containing chromium,
tungsten, molybdenum, vanadium, and cobalt, depending on the
application. The right combination improves tap performance resulting
in improved product finish and pitch diameter size. These taps have
excellent abrasion resistance and are designed for both high and low
volume production. Each tap maintains the same quality from the
first hole to the very last.
Broad Offering of Diameter Limits
Pitch diameters from H2–H7 and metric pitch diameters from D3–D7 are
stocked as standards in many styles, at no premium in price. With rigid
setups, higher pitch diameter limits can be used for longer tool life.
The EM Series offers many size options to produce the class of
thread desired.
WWW.WIDIA.COM
A87
Page 87
High-Performance Taps
Taps Selection Guide • EM HSS-E Taps
EM Series HP HSS-E Taps • ANSI Inch and Metric
Good
多
Better
多多
Best
多多多
EM Series High-Performance HSS-E Tapsseries
Holemaking • High-Performance Taps
EM-SS™GUN™- 8301
EM-SS™GUN™- 8351
EM-SS™GUN™6" -
8701
EM-SS™SPIRAL -
8304
EM-SS™SPIRAL -
8304
EM-SS™SPIRAL -
8354
EM-SS™SPIRAL -
8354
EM-SS™SPIRAL 6" -
8314
EM-SS™PIPE - 8321
size range
(inch and metric)
size
min - max
#2 - 2 4 1/2"
M3 - M18
#2 - 1/2" SH50 oxide extend 6"
#2 - 2 4 1/2"
#4 - 3/4"SH50 oxide ANSI 302A
M3 - M18
M3 - M18SH50 oxide ANSI 302A
#2 - 1/2" SH50 oxide extend 6"
1/16" – 1 11 1/2"TiN, SH50 oxide, uncoated
hole
chamfer
form
3–5
3–5
3–5
coolantcoating
TiCN,TiN,SH50 oxide,
uncoated
TiCN,TiN,SH50 oxide,
uncoated
TiCN,TiN,SH50 oxide,
uncoated
TiCN,TiN,SH50 oxide,
uncoated
tap
dimension
ANSI 302A
ANSI 302A
ANSI 302A
ANSI 302A
EM-AL GUN™- 8201
EM-AL GUN™- 8251
EM-ALS 25°
SPIRAL - 8204
EM-ALS 25°
SPIRAL - 8254
EM-AL 45º
SPIRAL - 8214
EM-AL 45º
SPIRAL - 8264
EM-NI™GUN™- 8601
EM-NI™GUN™- 8651
EM-NI™SPIRAL -
8604
EM-NI™SPIRAL -
8604
EM-NI™SPIRAL -
8654
EM-TI™LHSF - 8901
EM-TI™LHSF - 8951
#2 - 1/2"maxi-nitrite ANSI-DIN length
M3 - M12maxi-nitrite ANSI-DIN length
#2 - 1/2"maxi-nitrite ANSI-DIN length
M3 - M12maxi-nitrite ANSI-DIN length
#2 - 1/2"maxi-nitrite ANSI-DIN length
M3 - M12maxi-nitrite ANSI-DIN length
#2 - 3/4"
M2,5 - M12TiCN, SH47 oxide nitrite ANSI 302A
#2 - 3/4" TiCN, SH47 oxide nitrite ANSI 302A
#4 - 3/4" SH47 oxide nitrite ANSI 302A
M2,5 - M12TiCN, SH47 oxide nitrite ANSI 302A
#2 - 1/2"maxi-nitrite ANSI 302A
M2,5 - M12maxi-nitrite ANSI 302A
3–5
3–5
TiCN, SH47 oxide nitrite,
uncoated
ANSI 302A
A88
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Page 88
High-Performance Taps
Taps Selection Guide • EM HSS-E Taps
PMKNSH
1, 2, 3,
<35 HRC
4, 6, 7
Steel
5, 9,
10, 11
Steel
36–48
HRC
12, 13.113.2
PH &
Steel
PH &
Ferriitic
Stainless
Steel
>35 HRC
Ferriitic
Stainless
<35 HRC
14.1, 14.2,
14.3, 14.4
Stainless
Steel
15, 16,
17, 18, 19
Cast Iron
2021
Wrought
Aluminum
22, 23,
24, 25
Cast
Aluminum
26, 27,
28
Copper,
Copper
Alloys
多多多多多多多多多多
多多多多多多多多多多
多多多多多多多多
多多多多多多多多多多
多多多多多多多多
多多多多多多多多多多
多多多多多多多多
多多多多多多多多
多多多多多多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多多多多
多多多多
多多多多
31, 32
Iron
Based
33, 34,
35
Cobalt
Based
3637
Nickel
Based
Titanium
& Alloys
38.1, 38.2,
40.1, 40.2,
41.1
Hardened
Steel
49–55
HRC
39.1,
41.2
Hardened
Steel
56–68
HRC
Recommended
Page(s)
Cutting
Parameters
A92–
A264–A265
A94
A95 A264–A265
A96 A264–A265
A97–
A264–A265
A99
A100–
A264–A265
A101
A102 A264–A265
A103 A264–A265
A104 A264–A265
A105 A264–A265
A106 A264–A265
A107 A264–A265
A108 A264–A265
A109 A264–A265
A110 A264–A265
A111 A264–A265
A112–
A264–A265
A113
A114 A264–A265
A115–
A264–A265
A116
A117–
A264–A265
A118
A119 A264–A265
A120 A264–A265
A121 A264–A265
Holemaking • High-Performance Taps
WWW.WIDIA.COM
(continued )
A89
Page 89
High-Performance Taps
Taps Selection Guide • EM HSS-E Taps
(continued)
EM Series HP HSS-E Taps • ANSI Inch and Metric
Good
多
Better
多多
Best
多多多
EM Series High-Performance HSS-E Tapsseries
Holemaking • High-Performance Taps
EM-TI™SPIRAL -
8904
EM-TI™SPIRAL -
8904
EM-TI™SPIRAL -
8954
EM-MS™MOLD -
8330
EM-MS™MOLD PIPE -
8320
Solid Carbide - 8603
size range
(inch and metric)
size
min - max
#2 - 1/2" maxi-nitriteANSI 302A
#4 - 1/2" maxi-nitrite ANSI 302A
M2,5 - M12maxi-nitrite ANSI 302A
#4 - 3/4"uncoated ANSI 302A
1/8 - 3/4uncoated
#10 - 5/8" uncoated ANSI 302A
hole
chamfer
form
4–6
coolantcoating
tap
dimension
EM Series High-Performance
HSS-E Forming Taps
Solid Carbide - 8653
Solid Carbide - 8603
Solid Carbide - 8653
Solid Carbide - 8703
Solid Carbide - 8753
Solid Carbide - 8703
Solid Carbide - 8753
EM-TLD - 8580
EM-TLD - 8590
EM-TL - 8502
EM-TL - 8512
EM-TL - 8500
EM-TL - 8510
M3 - M16uncoated ANSI 302A
#10 - 5/8" uncoated ANSI 302A
M3 - M16uncoated ANSI 302A
#5 - 1/2" uncoated ANSI 302A
M3 - M12uncoated ANSI 302A
#5 - 1/2" uncoated ANSI 302A
M3 - M12uncoated ANSI 302A
#2 - 1/4"TiCN ANSI-DIN length
M3 - M6TiCN ANSI-DIN length
#0 - 2/4"TiCN ANSI-DIN length
M3 - M12TiCN ANSI-DIN length
#6 - 1/2"TiCN ANSI-DIN length
M3 - M12TiCN ANSI-DIN length
3–5
3–5
A90
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Page 90
High-Performance Taps
Taps Selection Guide • EM HSS-E Taps
PMKNSH
1, 2, 3,
4, 6, 7
Steel
<35 HRC
5, 9,
10, 11
Steel
36–48
HRC
12, 13.113.2
PH &
Ferriitic
Stainless
Steel
<35 HRC
PH &
Ferriitic
Stainless
Steel
>35 HRC
14.1, 14.2,
14.3, 14.4
Stainless
Steel
15, 16,
17, 18, 19
Cast Iron
2021
Wrought
Aluminum
22, 23,
24, 25
Aluminum
多多多多多
多多多多多
多多多
多多多
多多多
多多多
多多多
多多多
多多多
多多多
Cast
26, 27,
28
Copper,
Copper
Alloys
31, 32
Iron
Based
33, 34,
35
Cobalt
Based
多多多多
多多多多
多多多多
3637
Nickel
Based
Titanium
& Alloys
38.1, 38.2,
40.1, 40.2,
41.1
Hardened
Steel
49–55
HRC
39.1,
41.2
Hardened
Steel
56–68
HRC
Recommended
Page
Cutting
Parameters
A122 A264–A265
A123 A264–A265
A124 A264–A265
A125 A264–A265
A126 A264–A265
A127 A264–A265
A129 A264–A265
A128 A264–A265
A130 A264–A265
A131 A264–A265
A133 A264–A265
A132 A264–A265
A134 A264–A265
Holemaking • High-Performance Taps
多多多
多多多多多多
多多多多多多
多多多多多多
多多多多多多
多多多多多多
多多多多多多
A135 A264–A265
A136 A264–A265
A137 A264–A265
A138 A264–A265
A139 A264–A265
A140 A264–A265
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A91
Page 91
High-Performance Taps
EM-SS GUN™Taps • Through Holes
Series 8301 • Machine Screw and Fractional • Plug Chamfer
EM taps for 3B class of fit are suitable for UNJ aerospace internal threading applications.
Refer to table on pages A257–A258 for the recommended pitch diameter limit for 2B or 3B class of fit.
72815729157261572615BM3 X 0,5 1.94 .31 .63 .1413D3
— — 7261672616BM3,5 X 0,6 2.00 .38 .69 .1413D4
72817729177261772617BM4 X 0,7 2.13 .38 .75 .1683D4
72819729197261972619BM5 X 0,8 2.38 .50 .88 .1943D4
72820729207262072620BM6 X 1 2.50 .63 1.00 .2553D5
— — 7262172621BM7 X 1 2.72 .69 1.13 .3183D5
— — 7262272622BM8 X 1 2.72 .69 1.13 .3183D5
72823729237262372623BM8 X 1,25 2.72 .69 1.13 .3183D5
— — 7262472624BM10 X 1,25 2.94 .75 1.25 .3813D5
72825729257262572625BM10 X 1,5 2.94 .75 1.25 .3813D6
— — 7262672626BM12 X 1,25 3.38 .94 — .3673D5
72827729277262772627BM12 X 1,75 3.38 .94 — .3673D6
— — 7262872628BM14 X 1,5 3.59 1.00 — .4293D6
— — 7262972629BM14 X 2 3.59 1.00 — .4293D7
— — 7263072630BM16 X 1,5 3.81 1.09 — .4803D6
— 72930 — — M16 X 1,5 3.81 1.09 — .480—D6
— — 72631— M16 X 2 3.81 1.09 — .4803D7
7283172931— — M16 X 2 3.81 1.09 — .4803D7
— — — 72631BM16 X 2 3.81 1.09 — .4803D7
— — 72632— M18 X 1,5 4.03 1.09 — .5423D6
— — — 72632BM18 X 1,5 4.03 1.08 — .5424D6
— — 1072633— M18 X 2,5 4.03 1.08 — .5423D7
— — — 72633BM18 X 2,5 4.03 1.08 — .5424D7
Metric taps for 6H class of fit are suitable for MJ aerospace internal threading applications.
Metric taps are manufactured to USCTI specifications and dimensions.
Metric tap blank dimensions are equivalent to inch taps.
Refer to table on pages A257–A258 for the recommended pitch diameter limit for 6H class of fit.
number
of flutes
ANSI
M
pitch diameter
limit
Holemaking • High-Performance Taps
WWW.WIDIA.COM
A95
Page 95
High-Performance Taps
EM-SS Extended Shank GUN™Taps • Through Holes • 6" Length
Series 8701 • Machine Screw and Fractional • Plug Chamfer
EM taps for 3B class of fit are suitable for UNJ aerospace internal threading applications.
Refer to table on pages A257–A258 for the recommended pitch diameter limit for 2B or 3B class of fit.
number
of flutes
pitch diameter
limit
A96
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Page 96
EM-SS Spiral-Flute Taps •Blind Holes
Series 8304 • Machine Screw and Fractional • Chamfer 2-1/2–3-1/2 Pitches
EM taps for 3B class of fit are suitable for UNJ aerospace internal threading applications.
Refer to table on pages A257–A258 for the recommended pitch diameter limit for 2B or 3B class of fit.
number
of flutes
pitch
diameter
limit
Holemaking • High-Performance Taps
WWW.WIDIA.COM
A99
Page 99
High-Performance Taps
EM-SS Spiral-Flute Taps • Threading Close to the Bottom in a Blind Hole
Series 8304 • Machine Screw and Fractionl • Full Bottoming Chamfer
EM taps for 3B class of fit are suitable for UNJ aerospace internal threading applications.
Refer to table on pages A257–A258 for the recommended pitch diameter limit for 2B or 3B class of fit.
number
of flutes
pitch diameter
limit
Holemaking • High-Performance Taps
WWW.WIDIA.COM
A101
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