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Spiral Point Taps
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Spiral Point Taps - Carbide, TiAlN Coated, UH-CT
YAMAWA
[SKD material] [Prehardened] Ideal for tapping 55 to 60 HRC (Max: 63 HRC). The machined length of the screw is 1.5 D or less, and the biting length is 5 threads for long life. We recommend using the maximum value 6H female thread bore for the pilot hole diameter.
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Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, V Coated, V-POT
OSG
Can be used with a wide range of soft and hard materials. Exhibits superb performance when used for high-speed / high-dilution (water-soluble cutting fluid) tapping conditions. Also effective for dry tapping
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, V Coated, A-POT, Model A Series
OSG
Thanks to its stable chip ejection capability, it can be used with various materials, as well as a wide range of cutting regions and devices. Point tap with point grooves used for through holes.
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Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Through Hole Use【10 Pieces Per Package】
MISUMI
Now offering the standard sizes at a limited-time-only special price (C-Value)
- Volume Discount is available
Configure Now
Ships as soon as Same Day Stock Items Included
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Spiral Point Taps - for Stainless Steels, Oxidized, EX-SUS-POT
OSG
Offers superb sharpness and durability. Can be used to drill holes in difficult-to-cut stainless steel.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Through Hole Use, PO(N-PO)
YAMAWA
A point tap convenient for through-hole machining as scraps are ejected forward.
[Features]
· Slanting the groove on the cutting edge of the biting part pushes the scraps forward.
· Minimal scrap issues.
· Low cutting torque.
· Capable of machining both synchronously and asynchronously.
[Applications]
· Ideal for machining through-holes.
* N-PO models will transition to PO as soon as stock runs out.Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, TiN Coated, TIN-POT
OSG
Features a wide range of uses, but especially suitable for high-speed tapping of stainless steel, tempered material, etc.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - for Stainless Steels, Oxidized, SU+PO/SU-PO
YAMAWA
Point tap for through-hole machining with extremely viscous or work-hardened work material.
[Features]
Optimal blade design is suitable for machining chrome steel, molybdenum steel, and stainless steel.
· Capable of machining both synchronously and asynchronously.
· Machining speed of 10 m/min or less is recommended.
[Applications]
· Ideal for machining through-holes with chrome steel, molybdenum steel, and stainless steel.Configure Now
Ships as soon as 4 Days -
- New Products
Spiral Point Taps - High Speed Steel, MT Series, MT-PTAP
MISUMI
NEW ITEM: A universal tap that can accommodate a wide range of work materials from general steel to aluminum and stainless steel.
The unique edge shape suppresses the collapse of the internal thread and prevents tapping issues.
SLIDE DISCOUNT: Great deals are available on the purchase of more than 5 pieces.- Volume Discount is available
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Ships as soon as Same Day Stock Items Included
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Spiral Point Taps - Synchro Taps for Aluminum, HS-AL-RFT
OSG
Exclusively for machines with a full-lead feed mechanism, it is capable of high-speed, high-precision female threading of aluminum and aluminum alloy.
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Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Through Hole Use, EX-POT
OSG
For general use, ideal with carbon steel, alloy steel, and non-ferrous metals for cutting materials where the metal waste forms a continuous coil. Chips are reliably pushed forward so that they don't get in the way
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Ships as soon as 4 Days -
Spiral Point Taps - for Difficult-To-Cut Materials, Through Hole Use, CPM-POT
OSG
The work material is ideal for through hole drilling of high carbon steel, tool steel, forged alloy steel or tempered material with hardness of about 20 to 45 HRC
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - TiCN Coated, Through Hole Use, SGPO
Nachi-Fujikoshi
[Features]
・ A tap for through-holes, supporting various cutting speeds, machinery, and work materials.Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - for Stainless Steels, Oxidized, EX-SUS-POT
OSG
With excellent sharpness and durability, it is used for stainless steel through holes where poor machinability is a problem. Besides stainless steel, it is also suitable for various heat resistant steels and strong nickel chrome manganese steel.
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Ships as soon as 4 Days -
Spiral Point Taps - V Coated, Long Shank, V-LT-POT
OSG
Can be used with a wide range of soft and hard materials. Exhibits superb performance when used for high-speed / high-dilution (water-soluble cutting fluid) tapping conditions. Also effective for dry tapping
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Synchro Taps, TiN Coated, HS-RFT
OSG
Exclusively for machines with a full-lead feed mechanism, it is capable of high-speed, high-precision through-hole tapping.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Oxidized
Trusco Nakayama
[Features]
· High-speed tapping is possible.
· Oxidization treated.
[Applications]
· For through hole finish work.
· Work materials: General steel, low-medium carbon steel, alloy steel.Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - for High Carbon Steels, Through Hole Use, HC+PO/HC-PO
YAMAWA
It is suitable for tapping high carbon steel such as S55C.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, TiN Coated, Regular/Long Shank【1-5 Pieces Per Package】
MISUMI
Now offering the standard sizes at a limited-time-only special price (C-Value)
Configure Now
Ships as soon as Same Day Stock Items Included
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Spiral Point Taps - HR Coated for Nickel Alloys, WHR-NI-POT
OSG
The application of an HR coating with a high melt sticking resistance to nickel-base alloys achieves a long life even on age hardened nickel-base alloys (40 to 45 HRC)
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Ships as soon as 4 Days -
Spiral Point Taps - TiN Coated, Long Shank, TIN-LT-POT
OSG
Features a wide range of uses, but especially suitable for high-speed tapping of stainless steel, tempered material, etc.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Stainless Steel, Long Shank, EX-LT-SUS-POT
OSG
With excellent sharpness and durability, it is used for stainless steel through holes where poor machinability is a problem.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Oxidized, EX-H-POT
OSG
For standard point taps, it is used when the protruding length of the screw is insufficient.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Long Shank, EX-LT-POT
OSG
For standard point taps, it is used when the protruding length of the screw is insufficient.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Synchro Taps, JIS Shank, TiN Coated, J-HS-RFT
OSG
Exclusively for machines with a full-lead feed mechanism, it is capable of high-speed, high-precision through-hole tapping.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Synchro Taps, Long Shank, HS-LT-RFT
OSG
Exclusively for machines with a full-lead feed mechanism, it is capable of high-speed, high-precision through-hole tapping.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Deep Hole Machining, EX-DH-POT
OSG
Particularly suitable for workpieces which are easily scorched because the screw tapping length is particularly long.
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Ships as soon as 4 Days -
Spiral Point Taps - for Copper, CrN Coated, CU-POT
OSG
CrN coating with superior wear resistance and anti-weldability for copper has been applied, with HSSE material used to achieve a long machining life for copper.
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Ships as soon as 4 Days -
Spiral Point Taps - for Difficult-To-Cut Materials, Long Shank, CPM-LT-POT
OSG
The work material is ideal for through hole drilling of high carbon steel, tool steel, forged alloy steel or tempered material with hardness of about 20 to 45 HRC
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Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Through Hole Use, EX-SS-POT
OSG
Ideal for tapping soft steel thin plates (through holes) with a tensile strength of 700 N/mm² or less. A beautiful finished surface is obtained as the generation of punch hole and bearing hole whiskers, flashes, or chipping can be kept to a minimum
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Ships as soon as 4 Days -
Spiral Point Taps - Cobalt High Speed Steel, Jet Type
ISHIHASHI
•Thread Types : Meter
•Thread Size (Nominal) : M10, M12, M14, M16, M20, M24, M3, M4, M5, M6, M8
•Tool Material Type : Cobalt High-Speed Steel
•Tap Model : Point Tap
For complete product overview and details on Cobalt Jet Tap, see the sections below:Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Oxidized, Jet Type
ISHIHASHI
•Thread Types : Meter, Unified, Wit
•Thread Size (Nominal) : 1/2UN, 1/4UN, 3/4UN, 3/8UN, 5/16UN, 5/8UN, 7/16UN, 9/16UN, M1, M1.2, M1.4, M1.7, M10, M12, M14, M16, M18, M2, M2.3, M2.6, M20, M24, M3, M3.5, M4, M5, M6, M8, W1/2, W1/4, W1/8, W3/16, W3/4, W3/8, W5/16, W5/32, W5/8, W7/16
•Pitch (P), Thread Count : 0.25, 0.3, 0.35, 0.4, 0.45, 0.5, 0.6, 0.7, 0.75, 0.8, 0.9, 1, 1.25, 1.5, 1.75, 11, 12, 13, 14, 16, 18, 2, 2.5, 20, 24, 28, 3, 32, 40, Red
•Tap Model : Point Tap
•Bore Model : For thru Holes
For complete product overview and details on Jet Tap, see the sections below:Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Oversize Point Taps, PXQ/PXR
SKC
• Tap Model: Point Tap
• Thread Type: Meter
• Number Of Grooves: 3
• Material: SKHGⅡConfigure Now
Ships as soon as 4 Days -
Spiral Point Taps - Through Hole Use, TiN Coated, 1015
GUHRING
[Features]
· JIS standard compliant tap for through holes.
· Supports a wide range of work materials from general steel to stainless steel.Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, TiN Coated, PO-V(N-PO-V)
YAMAWA
Coated point tap suitable for low carbon steel to high carbon steel machining.
[Features]
· Since it has a coating, stable processing is possible at medium cutting speeds, and the tool life is improved.
[Applications]
· Can process both synchronously and asynchronously.
· Recommended for machining speeds of 10 to 20 m/min (completely synchronous feeding recommended for speeds of 15 m/min or higher).Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Through Hole Use, NT
YAMAWA
Straight nut tap mainly used for machining nuts using a tapping machine.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - for Nickel Base Alloys, Through Hole Use, ZEN-P
YAMAWA
A type for machining nickel-base alloys, made from a nickel principal component for corrosion and heat resistance that is significantly superior to that of steel.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Through Hole Use, +PO(N+PO)
YAMAWA
A point tap suitable for medium- to high-speed machining with machining centers, etc.
[Features]
· Optimal design of the threads allow burdens of machining on each biting blade to be reduced, resulting reduction of machining torque as well as enhancement of wear resistance.
[Applications]
· Can be machined at 10 to 15 m/min using a machining center (fully-synchronized feeding recommended).Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - TiN Coated, Long Shank, LS-PO-V(LS-N-PO-V)
YAMAWA
* LS-N-PO-V will switch to LS-PO-V as soon as the stock runs out.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Cemented Carbide, TiAlN Coated, EH-CT
YAMAWA
Ideal for tapping of high-hardness steel of 45 to 55 HRC, such as steel for hot-rolled dies (SKS3, SKD11, etc.). We recommend using the maximum value 6H female thread bore for the pilot hole diameter.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - High Speed Steel, Deep Hole Machining, S-PO
YAMAWA
A tap with short thread length effective for deep screw tapping of 2.5 times nominal diameter or more.
[Features]
· Short thread length gives low frictional resistance.
· Good supply of cutting oil is effective for deep thread machining to 2.5 times the nominal diameter or more.
· Oxide treatment (OX treatment) applied to prevent welding.
[Applications]
· Optimal for deep thread machining to 2.5 times the nominal diameter or more.Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Carbide, Through Hole Use, N-CT-PO
YAMAWA
• Tap Model: Point Tap
• Bore Model: For Through Holes
• Thread Type: Meter
• Number Of Chamfered Threads Lcf: 5P
• Tool Material Type: CarbideConfigure Now
Ships as soon as 4 Days -
Spiral Point Taps - Carbide, Blind Hole Machining, HFACT-B
YAMAWA
Carbide tap that makes ultra-high speed machining possible and a center-through hole shape adopted to support internal lubrication, mist type lubrication and low temperature cold/dry machining. Suitable for machining blind holes in aluminum cast iron and aluminum die castings, etc.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Carbide, Through Hole Use, HFACT-P
YAMAWA
Carbide tap that makes ultra-high speed machining possible and a side-through hole shape adopted to support internal lubrication, mist type lubrication and low temperature cold/dry machining. Suitable for machining through holes in aluminum cast iron and aluminum die castings, etc.
Configure Now
Ships as soon as 4 Days -
Spiral Point Taps - Carbide, TiAlN Coated, HFICT-B
YAMAWA
Carbide tap that makes ultra-high speed machining possible and a center-through hole shape adopted to support internal lubrication, mist type lubrication and low temperature cold/dry machining. Suitable for blind holes in cast iron.
Configure Now
Ships as soon as 4 Days
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| Thread Types |
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| Pitch (P) Thread Count(mm) |
| Number of Chamfered Threads Lcf |
| Tool Material Type |
| Work Material |
| Tap Model |
| Bore Model |
| Coating |
| Coating Type |
| Overall Length (L)(mm) |
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| Brand | YAMAWA | OSG | OSG | MISUMI | OSG | YAMAWA | OSG | YAMAWA | MISUMI | OSG | OSG | OSG | Nachi-Fujikoshi | OSG | OSG | OSG | Trusco Nakayama | YAMAWA | MISUMI | OSG | OSG | OSG | OSG | OSG | OSG | OSG | OSG | OSG | OSG | OSG | ISHIHASHI | ISHIHASHI | SKC | GUHRING | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA |
| Product Series | Spiral Point Taps - High Speed Steel, V Coated, A-POT, Model A Series | Spiral Point Taps - High Speed Steel, Through Hole Use【10 Pieces Per Package】 | Spiral Point Taps - for Stainless Steels, Oxidized, EX-SUS-POT | Spiral Point Taps - High Speed Steel, Through Hole Use, PO(N-PO) | Spiral Point Taps - for Stainless Steels, Oxidized, SU+PO/SU-PO | Spiral Point Taps - High Speed Steel, Through Hole Use, EX-POT | Spiral Point Taps - for Difficult-To-Cut Materials, Through Hole Use, CPM-POT | Spiral Point Taps - for Stainless Steels, Oxidized, EX-SUS-POT | Spiral Point Taps - for High Carbon Steels, Through Hole Use, HC+PO/HC-PO | Spiral Point Taps - High Speed Steel, TiN Coated, Regular/Long Shank【1-5 Pieces Per Package】 | Spiral Point Taps - Stainless Steel, Long Shank, EX-LT-SUS-POT | Spiral Point Taps - Synchro Taps, JIS Shank, TiN Coated, J-HS-RFT | Spiral Point Taps - High Speed Steel, Deep Hole Machining, EX-DH-POT | Spiral Point Taps - for Difficult-To-Cut Materials, Long Shank, CPM-LT-POT | Spiral Point Taps - High Speed Steel, Through Hole Use, EX-SS-POT | Spiral Point Taps - High Speed Steel, TiN Coated, PO-V(N-PO-V) | Spiral Point Taps - for Nickel Base Alloys, Through Hole Use, ZEN-P | Spiral Point Taps - High Speed Steel, Through Hole Use, +PO(N+PO) | Spiral Point Taps - TiN Coated, Long Shank, LS-PO-V(LS-N-PO-V) | Spiral Point Taps - High Speed Steel, Deep Hole Machining, S-PO | |||||||||||||||||||||||||
| Days to Ship | 4 Days | 4 Days | 4 Days |
Same Day Stock Items Included | 4 Days | 4 Days | 4 Days | 4 Days |
Same Day Stock Items Included | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days |
Same Day Stock Items Included | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days | 4 Days |
| Thread Types | Meter | Meter | Meter / Unified | Meter | Meter | Meter / Unified / Perforation | Meter | Meter / Unified / Wit | Meter | Meter | Meter / Unified / Wit | Meter | Meter | Unified / Wit | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter / Unified | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter |
| Nominal Thread Size | M2 ～ M20 | M3 ～ M24 | 1/2-20UNF ～ M24 | M2 ～ M12 | M1.4 ～ M24 | No.6-32UNC ～ 3/32SM56 | M1.4 ～ M42 | No.10-32UNF ～ M30 | M2 ～ M24 | M2 ～ M6 | 1/2UN ～ M36 | M6 | M3 ～ M24 | No5UN ～ W5/16 | M4 ～ M24 | M3 ～ M14 | M5 ～ M16 | M1.4 ～ M24 | M3 ～ M10 | M3 ～ M8 | M3 ～ M24 | M3 ～ M6 | M1.4 ～ M42 | M3 ～ M20 | M3 ～ M14 | M3 ～ M30 | 1/2UN ～ M10 | M3 | M8 ～ M12 | M1.4 ～ M20 | M5 | M6 ～ M18 | M6 | M2 ～ M20 | M3 ～ M12 | M8 | M3 ～ M20 | M3 ～ M6 | M3 ～ M12 | M3 ～ M12 | M2 ～ M30 | M3 ～ M12 | M6 ～ M12 | M6 ～ M12 | M6 ～ M12 |
| Pitch (P) Thread Count(mm) | 0.4 ～ 2.5 | 0.5 ～ 3 | 0.25 ～ 3 | 0.4 ～ 1.75 | 0.3 ～ 3 | 0.3 | 0.3 ～ 4.5 | 0.3 ～ 3.5 | 0.4 ～ 3 | 0.4 ～ 1 | 0.3 ～ 44 | 1 | 0.5 ～ 3 | 18 ～ 44 | 0.7 ～ 3 | 0.5 ～ 2 | 0.8 ～ 2 | 0.3 ～ 3 | 0.5 ～ 1.5 | 0.5 ～ 1.25 | 0.5 ～ 3 | 0.5 ～ 1 | 0.3 ～ 4.5 | 0.5 ～ 2 | 0.5 ～ 2 | 0.5 ～ 3.5 | 0.45 ～ 20 | 0.5 | 1.25 ～ 1.75 | 0.3 ～ 2.5 | 0.8 | 1 ～ 2.5 | 1 | 0.4 ～ 2.5 | 0.5 ～ 1.75 | 1.25 | 0.5 ～ 2.5 | 0.5 ～ 1 | 0.5 ～ 1.75 | 0.5 ～ 1.75 | 0.4 ～ 3.5 | 0.5 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 |
| Number of Chamfered Threads Lcf | 5P | 5P | 5P | 5 P | 4P | 5P | 5P | 5P | 5 P | 6P | 5P | 5P | 5 | 4P | 5P | 6P | 5P | 5P | 5 P | 5P | 5P | 4P | 5P | 5P | 5P | 6P | 4P | 5P | 5P | 5P | - | - | - | - | 5P | 24P | 4.5P | 5P | 5P | 5P | 5P | 5P | 2.5P | 4P | 2.5P |
| Tool Material Type | Carbide | Vanadium High-Speed Steel | Powdered High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | High-Speed Steel | Vanadium High-Speed Steel | High-Speed Steel | Cobalt High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Powdered High-Speed Steel | High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | High-Speed Steel | Vanadium High-Speed Steel | Powdered High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Vanadium High-Speed Steel | Powdered High-Speed Steel | Vanadium High-Speed Steel | Cobalt High-Speed Steel | - | - | High-Speed Steel | High-Speed Steel | High-Speed Steel | Powdered High-Speed Steel | High-Speed Steel | High-Speed Steel | Carbide | High-Speed Steel | Carbide | Carbide | Carbide | Carbide |
| Work Material | High-Hardness Steel (50 - 60 HRC)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / High-Carbon Steel (C Content Exceeding 0.45%)[◎] / Alloy Steel (SCM)[◎] / Stainless Steel (SUS)[◎] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[◎] / Ductile Cast Iron (FCD)[◎] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / High-Carbon Steel (C Content Exceeding 0.45%)[◎] / Alloy Steel (SCM)[◎] / Stainless Steel (SUS)[◎] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[◎] / Ductile Cast Iron (FCD)[◎] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] | Stainless Steel (SUS)[◎] / Copper (Cu)[◎] / Thermoplastic (PVC, Nylon etc.)[◎] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Cast Steel (SC)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[◎] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Cast Steel (SC)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / Alloy Steel (SCM)[◎] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Tool Steel (Before SKD Quenching)[◎] / Cast Steel (SC)[◎] / Cast Iron (FC)[◎] / Ductile Cast Iron (FCD)[◎] / Copper (Cu)[◎] / Brass (Bs)[◎] / Brass Cast Iron (BsC)[◎] / Bronze (PB)[◎] / Rolled Aluminum Material (AL)[◎] / Cast Aluminum Alloy (AC, ADC)[◎] / Cast Magnesium Alloy (MC)[◎] / Zinc Alloy Castings (ZDC)[◎] | Copper (Cu)[○] / Rolled Aluminum Material (AL)[◎] / Cast Aluminum Alloy (AC, ADC)[◎] / Zinc Alloy Castings (ZDC)[◎] | Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[◎] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | High-Carbon Steel (C Content Exceeding 0.45%)[◎] / Heat-Treated Steel (25 - 35 HRC)[◎] / Heat-Treated Steel (35 - 45 HRC)[◎] / Tool Steel (Before SKD Quenching)[◎] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] / Nickel-Based Alloy (Inconel Equivalent)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Heat-Treated Steel (35 - 45 HRC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] | Stainless Steel (SUS)[◎] / Copper (Cu)[◎] / Thermoplastic (PVC, Nylon etc.)[◎] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / High-Carbon Steel (C Content Exceeding 0.45%)[◎] / Alloy Steel (SCM)[◎] / Stainless Steel (SUS)[◎] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[◎] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○/◎] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] / Nickel-Based Alloy (Inconel Equivalent)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Heat-Treated Steel (35 - 45 HRC)[○] / Cast Steel (SC)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[◎] / Zinc Alloy Castings (ZDC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / Alloy Steel (SCM)[○] / Cast Steel (SC)[○] | Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Ductile Cast Iron (FCD)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] | Nickel-Based Alloy (Inconel Equivalent)[◎] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[◎] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Stainless Steel (SUS)[◎] / Copper (Cu)[◎] / Thermoplastic (PVC, Nylon etc.)[◎] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Cast Steel (SC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[◎] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Heat-Treated Steel (35 - 45 HRC)[○] / Cast Steel (SC)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[◎] / Zinc Alloy Castings (ZDC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Heat-Treated Steel (35 - 45 HRC)[○] / Cast Steel (SC)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[◎] / Zinc Alloy Castings (ZDC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[◎] / Alloy Steel (SCM)[○] / Cast Steel (SC)[○] / Thermoplastic (PVC, Nylon etc.)[○] | Stainless Steel (SUS)[○] / Copper (Cu)[◎] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Cast Aluminum Alloy (AC, ADC)[○] | High-Carbon Steel (C Content Exceeding 0.45%)[◎] / Heat-Treated Steel (25 - 35 HRC)[◎] / Heat-Treated Steel (35 - 45 HRC)[◎] / Tool Steel (Before SKD Quenching)[◎] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] / Nickel-Based Alloy (Inconel Equivalent)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[◎] / Stainless Steel (SUS)[○] / Copper (Cu)[○] | - | - | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Zinc Alloy Castings (ZDC)[○] | - | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | - | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Titanium Alloy (Ti-6Al-4V Equivalent)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Cast Steel (SC)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | Low-Carbon Steel (C Content of 0.25% or Less)[○] / Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Ductile Cast Iron (FCD)[○] / Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | Heat-Treated Steel (45 - 55 HRC)[○] | Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 0.45%)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Ductile Cast Iron (FCD)[○] | Copper (Cu)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Rolled Aluminum Material (AL)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | Cast Aluminum Alloy (AC, ADC)[○] / Zinc Alloy Castings (ZDC)[○] | Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass Cast Iron (BsC)[○] |
| Tap Model | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap | Point Tap |
| Bore Model | For Through Holes / For Blind Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Blind Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | - | For Through Holes | - | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes | For Through Holes / For Blind Holes | For Through Holes | For Through Holes | For Blind Holes | For Through Holes | For Blind Holes |
| Coating | Included | Included | Included | None | None | None | Included | None | None | None | None | None | Included | None | Included | Included | - | None | Included | Included | Included | None | None | None | Included | Included | None | Included | None | None | None | Included | - | Included | Included | None | None | None | Included | Included | None | None | Included | Included | Included |
| Coating Type | TiAlN | TiCN | Others | - | Non-Coated | - | TiN | - | Non-Coated | Non-Coated | Non-Coated | Non-Coated | TiCN | Non-Coated | TiCN | TiN | - | - | TiN | Others | TiN | Non-Coated | Non-Coated | Non-Coated | TiN | TiN | Non-Coated | CrN | Non-Coated | Non-Coated | Non-Coated | Others | - | TiN | TiN | - | - | - | TiN | TiAlN | - | - | TiAlN | TiAlN | TiAlN |
| Overall Length (L)(mm) | 40 ～ 105 | 46 ～ 120 | 34 ～ 120 | 40 ～ 82 | 34 ～ 120 | 36 ～ 60 | 34 ～ 175 | 36 ～ 700 | 40 ～ 120 | 40 ～ 62 | 34 ～ 155 | 62 | 46 ～ 120 | 46 ～ 70 | 100 ～ 200 | 46 ～ 88 | 60 ～ 95 | 36 ～ 120 | 46 ～ 150 | 46 ～ 70 | 100 ～ 200 | 100 | 34 ～ 175 | 100 ～ 150 | 46 ～ 88 | 100 ～ 200 | 44 ～ 85 | 46 | 150 | 34 ～ 105 | 60 | 62 ～ 100 | 62 | 40 ～ 105 | 46 ～ 82 | 140 | 46 ～ 105 | 46 ～ 62 | 100 ～ 150 | 46 ～ 82 | 42 ～ 135 | 46 ～ 82 | 62 ～ 82 | 62 ～ 82 | 62 ～ 82 |
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- No.10-32UNF
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- No.5-44UNF
- No.5-40UNC
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- 3/32SM56
- M3.5
- M4
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- No5UN
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- 5/8UN
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- 5/8-11UNC
- 5/8W11
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- 5/16-18UNC
- 5/16W18
- M5.5
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- M7
- 7/8-14UNF
- 7/8-9UNC
- 7/16UN
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- 7/16-20UNF
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- 7/16W14
- M8
- No8UN
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- M9
- 9/16-18UNF
- 9/16-12UNC
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- M11
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- M42
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Pitch (P) Thread Count(mm)
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Number of Chamfered Threads Lcf
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Tool Material Type
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Work Material
- Low-Carbon Steel (C Content of 0.25% or Less)
- Medium-Carbon Steel (C Content 0.25 - 0.45%)
- High-Carbon Steel (C Content Exceeding 0.45%)
- Alloy Steel (SCM)
- Stainless Steel (SUS)
- Heat-Treated Steel (25 - 35 HRC)
- Heat-Treated Steel (35 - 45 HRC)
- Heat-Treated Steel (45 - 55 HRC)
- High-Hardness Steel (50 - 60 HRC)
- Tool Steel (Before SKD Quenching)
- Cast Steel (SC)
- Cast Iron (FC)
- Ductile Cast Iron (FCD)
- Copper (Cu)
- Brass (Bs)
- Brass Cast Iron (BsC)
- Bronze (PB)
- Rolled Aluminum Material (AL)
- Cast Aluminum Alloy (AC, ADC)
- Cast Magnesium Alloy (MC)
- Zinc Alloy Castings (ZDC)
- Titanium Alloy (Ti-6Al-4V Equivalent)
- Nickel-Based Alloy (Inconel Equivalent)
- Thermoplastic (PVC, Nylon etc.)
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Coating
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Overall Length (L)(mm)
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