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YAMAWA Screw Hole Related Tools
Search by specifying the lower class category
Dies
Forming Taps
Hand Taps
Pipe Taps
Spiral Point Taps
Spiral Flute Taps
Thread Mills
Threading Tools
| Days to Ship |
|
|---|
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Spiral Flute Taps - Fast Tapping, Through Hole Use, F-SL
YAMAWA
Enables high speed machining of 20 m/min to 30 m/min. Use at medium to low speeds of 15 m/min or lower will cause the shape and discharge of the chips to deteriorate, leading to problems.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - High Speed Steel, SU+SP/SU-SP
YAMAWA
Spiral tap for blind hole machining with extremely viscous or work-hardened work material.
[Features]
· For blind hole machining with extremely viscous or work-hardened work materials such as chrome steel, molybdenum steel, and stainless steel.
· Optimal design of the screw part reduces the machining burden on each blade bite, reducing the cutting resistance and increasing tool life.
· Stable scrap is ejected and a good finish is realized.
· Capable of machining both synchronously and asynchronously.
· Machining speed of 10 m/min or less is recommended.
[Applications]
Optimal for machining extremely viscous or work-hardened work material.- Volume Discount
Days to Ship: 8 Days or more -
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.
- Volume Discount
Days to Ship: 8 Days or more -
Round Threading Dies - High Speed Steel, Solid Type, Metric
YAMAWA
Solid die with improved die runout precision.
[Features]
· High-speed tool steel (HSS) is adopted, realizing stable machining.
· The front surface is the surface with a marking on the chamfering.
· The machining reference surface at the rear is set so that the end face makes close contact when the holder is attached.
· Screw adjustments are not required and die outer diameter precision is improved compared to adjustable dies as this is a solid die.
· Solves problems particular to adjustable type dies, realizing high precision screw machining.
[Applications]
· Convenient for cutting male threads on various work materials, whether hand turned or used with machinery.
· Combining with NC tooling enables machining with a MC.- Volume Discount
Days to Ship: 8 Days or more -
Round Threading Dies - High Speed Steel, Oxidized, HS-D
YAMAWA
Solid die for difficult-to-cut materials, such as stainless steel, etc.
[Features]
· Adopts high-speed tool steel (HSS).
· Can be used only from the surface as oxide treatment (OX treatment) is applied as the surface treatment.
· The outer diameter of the die is made smaller and thinner for less rotational vibration during high speed cutting with automatic lathes.
· Stable male threading can be performed.
· Solid type with minimal variation even under harsh cutting condition specifications.
[Applications]
· Optimal for machining stainless steel and other difficult-to-cut materials.- Volume Discount
Days to Ship: 8 Days or more -
Round Threading Dies - High Speed Steel, Solid Type, Left Hand Thread, Metric
YAMAWA
Solid die for left-handed threads with improved die runout precision.
[Features]
· High-speed tool steel (HSS) is adopted, realizing stable machining.
· The front surface is the surface with a marking on the chamfering.
· The rear is sunk so that the end face makes close contact when the holder is attached.
· Screw adjustments are not required and die outer diameter precision is improved compared to adjustable dies as this is a solid die.
· Enables hand turned use or use with machinery.
· Solves problems particular to adjustable type dies, realizing high precision male screw machining.
[Applications]
· Ideal for male thread machining with iron or light metals.- Volume Discount
Days to Ship: 8 Days or more -
Forming Taps - Torqueless Thread Forming, Short Chamfer, SC-TL-RZ
YAMAWA
The number of chamfer threads is just 1, creating a roll tap with specially shaped threading parts for achieving low torque use.
- Volume Discount
Days to Ship: 8 Days or more -
Forming Taps - TiN Coated, R+V/R-V
YAMAWA
A coating roll tap suitable for threading steel and nonferrous materials.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Plus Series, High Speed Steel, +SP (N+SP)
YAMAWA
A spiral 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).- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Dry Tapping, Blind Hole Machining, HDISP Series
YAMAWA
Both mist and dry processing are possible, and a center through hole form has been adopted that can be used for internally lubricated machining. Also suitable for horizontal/vertical machining of blind holes in materials such as carbon steel and alloy steel.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Dry Tapping, Through Hole Use, HDISL Series
YAMAWA
[Features]
· Ultra-high-speed machining and mist or dry machining is possible with a side through-hole shape adopted.
· Suitable for through-holes in cast aluminum, can be used both horizontally and vertically, and can be used for dry machining and ultra-high speed machining.- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Ultra Fast Tapping, Vertical Use, HFAHS Series
YAMAWA
Ultra-high speed machining is possible and a center-through hole shape is adopted to support internal lubrication machining. Suitable for blind holes in aluminum castings, for longitudinal machining.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Ultra Fast Tapping, Horizontal Use, HFASP Series
YAMAWA
Ultra-high speed machining is possible and a center-through hole shape is adopted to support internal lubrication machining. Suitable for blind holes in aluminum castings, for transverse machining.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Ultra Fast Tapping, Vertical Use, HFIHS Series
YAMAWA
Ultra-high speed machining is possible and a center-through hole shape is adopted to support internal lubrication machining. Also suitable for vertical machining of blind holes in materials such as carbon steel and alloy steel.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Ultra Fast Tapping, Horizontal Use, HFISP Series
YAMAWA
Ultra-high speed machining is possible and a center-through hole shape is adopted to support internal lubrication machining. Also suitable for horizontal machining of blind holes in materials such as carbon steel and alloy steel.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Dry Tapping, Blind Hole Machining, HDASP Series
YAMAWA
Both mist and dry processing are possible, and a center through hole form has been adopted that can be used for internally lubricated machining. Suitable for blind holes in aluminum castings, for both longitudinal and transverse machining.
- Volume Discount
Days to Ship: 8 Days or more -
Thread Mills - Cobalt High Speed Steel, Helical Thread, MC-HLC
YAMAWA
A screw processing tool that utilizes the "helical feed" function. Female threading of different diameters can be done with a single tool, provided the pitch is the same, and either right- or left-handed female screws can be machined.
- Volume Discount
Days to Ship: 8 Days or more -
Hand Taps - High Speed Steel, TiN Coated, AXE-HT
YAMAWA
The blade shape adopted is less prone to damage during machining of aluminum alloy castings, etc. Achieves a longer life.
Days to Ship: 8 Days or more -
Spiral Flute Taps - For Aluminum, AL+SP/AL-SP
YAMAWA
A tap that enables high speed, stable machining of light alloys such as aluminum die casting or forged aluminum.
[Features]
· Optimal blade design limits the internal diameter burrs that tend to appear when cutting threads into light alloy.
· Stable, clean thread machining can be performed.
[Applications]
· Stable thread machining of light alloy such as aluminum die casting or forged aluminum at high speed.
· Can be used not only with aluminum, but also other materials such as brass, bronze, magnesium castings, and zinc alloy castings.- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Deep Hole Machining, SU-S-SP
YAMAWA
[Features]
· For blind hole processing in materials with high hardening properties and extreme viscosity such as stainless steel, chrome steel and molybdenum steel.- Volume Discount
Days to Ship: 8 Days or more -
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.- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Through Hole Use, SU+SL
YAMAWA
A tap suitable for machining through holes, including viscous materials that have a high machining hardness such as stainless steel, chrome steel, and molybdenum steel.
[Features]
· Achieves a tool life triple or more that of SU-PO for SUS304.
· Provides excellent finish and thread shape to female thread flanks even after 2,000 drilling.
· By adopting inverse twisted spiral groove, the discharge of chips is improved and tool life is improved compared to SU-PO.
[Applications]
· Can process both synchronously and asynchronously.
· Recommended for machining speeds of 5 to 15 m/min (completely synchronous feeding recommended for speeds of 15 m/min or higher).- Volume Discount
Days to Ship: 8 Days or more -
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).- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - TiN Coated, Through Hole Use, AU+SL
YAMAWA
A coated spiral tap for through holes that provides sufficient performance for synchronous/asynchronous machining and enables stable threading in the mid-speed range (10 to 25 m/min).
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - For Titanium Alloys, Through Hole Use, ZET-P
YAMAWA
A tap for processing high strength, lightweight, and heat-resistant titanium alloys, where the main component is titanium.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - For Titanium Alloys, ZET-B
YAMAWA
A tap for processing high strength, lightweight, and heat-resistant titanium alloys, where the main component is titanium.
- Volume Discount
Days to Ship: 8 Days or more -
Forming Taps - High Speed Steel, TiCN Coated, OL+RZ/OL-RZ
YAMAWA
It is a roll tap that's capable of tapping without lubrication for burred thin iron plates and steel with relatively short processing length at the size of M6 or less.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Point Taps - High Speed Steel, Through Hole Use, NT
YAMAWA
Straight nut tap mainly used for machining nuts using a tapping machine.
- Volume Discount
Days to Ship: 8 Days or more -
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.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - For Nickel Base Alloys, ZEN-B
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.
- Volume Discount
Days to Ship: 8 Days or more -
Forming Taps - High Performance, TiCN Coated, HP+ RZ/HP-RZ
YAMAWA
It is suitable for processing steel materials (35 HRC or less) and light alloys, and can support high-speed machining (20-50 m/min)
- Volume Discount
Days to Ship: 8 Days or more -
Hand Taps - High Speed Steel, Through Hole/Blind Hole Use
YAMAWA
Hand tap used for general tapping work.
[Features]
· High blade tip strength makes it suitable for work materials that are easily worn.
· More suitable for manual work compared to taps of other shapes.
· 2 types are available, with 5P or 1.5P biting threads.
· When machining a blind hole manually, finish machining with 1.5P is recommended after first machining with 5P.
· Machining with mechanical machinery is also possible.
· Has straight grooves out of consideration for scrap stow.
[Applications]
· Optimal for threading SPC/SPH and other thin steel plates or SS400/S20 or below mild steel.- Volume Discount
Days to Ship: 8 Days or more -
Hand Taps - for Left Hand Threads, HT(LH)
YAMAWA
It is suitable for threading for simple installation used for thin steel plates such as SPC and SPH and mild steel of SS400, S20 or less.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - Plus Series, TiN Coated, AU+ SP
YAMAWA
Coated spiral tap that can machine at medium to high speed for a wide range of work materials.
[Features]
· A special shape (BLF shape) is adopted for the thread component. Several threads are totally left untouched while the remaining half of the threads are chamfered.
· Completely threaded to prevent the blade from chipping.
· Reduction of friction resistance and tapping torque.
· Maintains screw guidance (stable machining).
· Maintains excellent chip discharge performance (smooth discharge).
[Applications]
· Supports machining of a wide range of work materials such as alloy steel, high carbon steel, medium carbon steel, low carbon steel, etc.
· Ideal for water soluble cutting fluids.- Volume Discount
Days to Ship: 8 Days or more -
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).- Volume Discount
Days to Ship: 8 Days or more -
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.- Volume Discount
Days to Ship: 8 Days or more -
Round Threading Dies - High Speed Steel, MS-RS-D/RS-D
YAMAWA
Threading with plastic processing does not generate chips and produces high-precision threads with a clean finish without any problems or blade chipping troubles.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - High Speed Steel, Long Shank, LS-SP (LS-N-SP)
YAMAWA
N-SP(LH) is available as long as it lasts. SP(LH) takes the place of N-SP(LH).
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Flute Taps - TiN Coated, Long Shank, LS-SP-V (LS-N-SP-V)
YAMAWA
LS-N-SP-V is available as long as it lasts. LS-SP-V takes the place of LS-N-SP-V.
- Volume Discount
Days to Ship: 8 Days or more -
Spiral Point Taps - TiN Coated, Long Shank, LS-PO-V(LS-N-PO-V)
YAMAWA
LS-N-PO-V is available as long as it lasts. LS-PO-V takes the place of LS-N-PO-V.
- Volume Discount
Days to Ship: 8 Days or more -
Taper Pipe Taps - Carbide, Through Hole/Blind Hole Use, Short Screw, CT-S-PT
YAMAWA
•Tap Model: Pipe Tap
•Thread Type: Pipe Taper
•Number Of Chamfered Threads Lcf: 2.5P
•Tool Material Type: Carbide
•Class: Ⅱ- Volume Discount
Days to Ship: 8 Days or more -
Taper Pipe Taps - High Speed Steel, Long Shank, Long Screw, LS-PT
YAMAWA
For standard pipe taps, it is used when the protruding length of the screw is insufficient.
- Volume Discount
Days to Ship: 8 Days or more -
Taper Pipe Taps - Carbide, Long Screw, CT-PT
YAMAWA
•Thread Types : Pipe Taper
•Thread Size (Nominal) : 1-¦-11, 1/2-14, 1/4-19, 1/8-28, 3/4-14, 3/8-19
•Number of Chamfered Threads (Lcf) : 2.5P
•Tool Material Type : Carbide
•Work Material : Brass (Bs), Brass Cast Iron (BsC), Bronze (PB), Cast Aluminum Alloy (AC, ADC), Cast Iron (FC), Ductile Cast Iron (FCD), Zinc Alloy Castings (ZDC)
•Tap Model : Pipe Tap
•Bore Model : For Blind Holes, For thru Holes
For complete product overview and details on For Tapered Screw for Pipe (Long Screw Type for Use with Cast Iron Hard) CT-PT, see the sections below:- Volume Discount
Days to Ship: 8 Days or more -
Parallel Pipe Taps - Carbide, for Difficult-to-Cut Materials, CT-PF
YAMAWA
A tap suitable for thread machining of hard and brittle material such as cast iron.
- Volume Discount
Days to Ship: 8 Days or more -
Parallel Pipe Taps - Carbide, for Difficult-to-Cut Materials, CT-PS
YAMAWA
•Thread Types : Pipe Parallel
•Thread Size (Nominal) : 1-¦-11, 1/2-14, 1/4-19, 1/8-28, 3/4-14, 3/8-19
•Number of Chamfered Threads (Lcf) : 3.5P
•Tool Material Type : Carbide
•Work Material : Brass (Bs), Brass Cast Iron (BsC), Bronze (PB), Cast Aluminum Alloy (AC, ADC), Cast Iron (FC), Ductile Cast Iron (FCD), Zinc Alloy Castings (ZDC)
•Tap Model : Pipe Tap
•Bore Model : For Blind Holes, For thru Holes
For complete product overview and details on For Parallel Screw for Pipe (Hard) CT-PS, see the sections below:- Volume Discount
Days to Ship: 8 Days or more
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| Brand | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA | YAMAWA |
| Product Series | Round Threading Dies - High Speed Steel, Solid Type, Left Hand Thread, Metric | Forming Taps - Torqueless Thread Forming, Short Chamfer, SC-TL-RZ | Spiral Flute Taps - Plus Series, High Speed Steel, +SP (N+SP) | Spiral Flute Taps - Dry Tapping, Blind Hole Machining, HDISP Series | Spiral Flute Taps - Dry Tapping, Through Hole Use, HDISL Series | Spiral Flute Taps - Ultra Fast Tapping, Vertical Use, HFAHS Series | Spiral Flute Taps - Ultra Fast Tapping, Horizontal Use, HFASP Series | Spiral Flute Taps - Ultra Fast Tapping, Vertical Use, HFIHS Series | Spiral Flute Taps - Ultra Fast Tapping, Horizontal Use, HFISP Series | Spiral Flute Taps - Dry Tapping, Blind Hole Machining, HDASP Series | Thread Mills - Cobalt High Speed Steel, Helical Thread, MC-HLC | Spiral Point Taps - for Stainless Steels, Oxidized, SU+PO/SU-PO | Spiral Point Taps - High Speed Steel, TiN Coated, PO-V(N-PO-V) | Spiral Flute Taps - For Titanium Alloys, Through Hole Use, ZET-P | 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 - High Speed Steel, Through Hole Use, PO(N-PO) | Spiral Flute Taps - High Speed Steel, Long Shank, LS-SP (LS-N-SP) | Spiral Flute Taps - TiN Coated, Long Shank, LS-SP-V (LS-N-SP-V) | Spiral Point Taps - TiN Coated, Long Shank, LS-PO-V(LS-N-PO-V) | Taper Pipe Taps - Carbide, Through Hole/Blind Hole Use, Short Screw, CT-S-PT | Taper Pipe Taps - High Speed Steel, Long Shank, Long Screw, LS-PT | Parallel Pipe Taps - Carbide, for Difficult-to-Cut Materials, CT-PF | Parallel Pipe Taps - Carbide, for Difficult-to-Cut Materials, CT-PS | |||||||||||||||||||||
| Days to Ship | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more | 8 Days or more |
| Thread Types | Meter | Meter / Unified / Wit | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter | Meter / Pipe Taper / Pipe Parallel | Meter | Meter | Meter | Meter / Unified / Wit | Meter | Meter | Meter | Meter | Meter | Meter / Unified | Meter | Meter | Meter | Meter / Unified | Unified | Meter | Meter | Meter | Meter / Unified | Meter / Miniature | Meter | Meter | Meter | Pipe Taper | Pipe Taper | Pipe Taper | Pipe Parallel | Pipe Parallel |
| Thread Size (Nominal) | M3 ～ M12 | No.10-32UNF ～ M30 | M2 ～ M20 | M1 ～ M30 | M1 ～ M10 | M3 ～ M16 | M1 ～ M6 | M1 ～ M6 | M2 ～ M6 | M6 ～ M20 | M6 ～ M20 | M6 ～ M20 | M6 ～ M20 | M6 ～ M20 | M6 ～ M20 | M6 ～ M20 | 1015 ～ 32506N300M | M6 ～ M12 | M2 ～ M16 | M3 ～ M20 | No.10-32UNF ～ M30 | M3 ～ M6 | M3 ～ M12 | M3 ～ M12 | M3 ～ M20 | M3 ～ M20 | No.10-32UNF ～ M6 | M8 | M3 ～ M20 | M3 ～ M20 | No.10-32UNF ～ M20 | No.10-24UNC ～ 3/4-16UNF | M2.5 ～ M8 | M2 ～ M12 | M3 ～ M6 | No.6-32UNC ～ M1.4 | S0.2 ～ M5 | M16 | M3 ～ M12 | M3 ～ M12 | 1/2-14 ～ 3/8-19 | 1/4-19 | 1´-11 ～ 3/8-19 | 1´-11 ～ 3/8-19 | 1´-11 ～ 3/8-19 |
| Pitch (P), Thread Count(mm) | 0.5 ～ 1.75 | 0.3 ～ 3.5 | 0.4 ～ 2.5 | 0.25 ～ 3.5 | 0.25 ～ 1.5 | 0.5 ～ 2 | 0.2 ～ 1 | 0.25 ～ 1 | 0.4 ～ 1 | 1 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 | 1 ～ 1.75 | - | 1 ～ 1.75 | 0.4 ～ 2 | 0.5 ～ 2.5 | 0.3 ～ 3.5 | 0.5 ～ 1 | 0.5 ～ 1.75 | 0.5 ～ 1.75 | 0.5 ～ 2.5 | 0.5 ～ 2.5 | 0.25 ～ 1 | 1.25 | 0.5 ～ 2.5 | 0.5 ～ 2.5 | 0.25 ～ 1.75 | - | 0.45 ～ 0.75 | 0.4 ～ 1.75 | 0.5 ～ 1 | 0.3 | 0.25 ～ 0.5 | 1.5 ～ 2 | 0.5 ～ 1.75 | 0.5 ～ 1.75 | - | - | - | - | - |
| Number of Chamfered Threads (Lcf) | 5P | 2.5P | 5P | - | - | - | 1P | 2P ～ 4P | 2.5P | 2.5P | 5P | 2.5P | 2.5P | 2.5P | 2.5P | 2.5P | - | 1.5P | 2.5P | 2.5P | 5P | 5P | 5P | 5P | 5P | 3P | 4P | 24P | 4.5P | 3P | 2P ～ 4P | 1.5P ～ 5P | 5P | 2.5P | 5P | 5P | - | 2.5P | 2.5P | 5P | 2.5P | 2.5P | 2.5P | 3.5P | 3.5P |
| Tool Material Type | High-Speed Steel | High-Speed Steel | Carbide | High-Speed Steel | High-Speed Steel | High-Speed Steel | Powdered High-Speed Steel | High-Speed Steel | High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Cobalt High-Speed Steel | Powdered High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | Powdered High-Speed Steel | Powdered High-Speed Steel | Powdered High-Speed Steel | High-Speed Steel | Powdered High-Speed Steel | Powdered High-Speed Steel | Powdered High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | High-Speed Steel | Carbide | High-Speed Steel | Carbide | Carbide | Carbide |
| 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)[○] / 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)[○] | High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] | 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)[○] / 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)[○] / Copper (Cu)[○] / 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%)[○] / 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)[○] | 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)[○] / 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)[○] / 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)[○] | 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)[○] / 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)[○] / Cast Iron (FC)[○] / 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)[○] / 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)[○] | 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)[○] / 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)[○] | Cast Iron (FC)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | 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)[○] | High-Carbon Steel (C Content Exceeding 0.45%)[○] / Alloy Steel (SCM)[○] / Stainless Steel (SUS)[○] | 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%)[○] / 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%)[○] / 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)[○] / 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 (25 - 35 HRC)[○] / Heat-Treated Steel (35 - 45 HRC)[○] / Tool Steel (Before SKD Quenching)[○] / 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)[○] | 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)[○] / 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)[○] / 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)[○] / Stainless Steel (SUS)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Cast Steel (SC)[○] / 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)[○] / 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%)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / 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%)[○] / Heat-Treated Steel (25 - 35 HRC)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / 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)[○] / 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)[○] | 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%)[○] / 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)[○] | - | Medium-Carbon Steel (C Content 0.25 - 0.45%)[○] / High-Carbon Steel (C Content Exceeding 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)[○] | 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)[○] / 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)[○] | Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / 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)[○] / Tool Steel (Before SKD Quenching)[○] / Cast Steel (SC)[○] / Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Cast Magnesium Alloy (MC)[○] / Zinc Alloy Castings (ZDC)[○] | Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Zinc Alloy Castings (ZDC)[○] | Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Zinc Alloy Castings (ZDC)[○] | Cast Iron (FC)[○] / Ductile Cast Iron (FCD)[○] / Brass (Bs)[○] / Brass Cast Iron (BsC)[○] / Bronze (PB)[○] / Cast Aluminum Alloy (AC, ADC)[○] / Zinc Alloy Castings (ZDC)[○] |
| Tap Model | Spiral Tap | Spiral Tap | Point Tap | Die | Die | Die | Rolled Tap | Rolled Tap | Spiral Tap | Spiral Tap | Spiral Tap | Spiral Tap | Spiral Tap | Spiral Tap | Spiral Tap | Spiral Tap | Tapping Cutter | Hand Tap | Spiral Tap | Spiral Tap | Point Tap | Spiral Tap | Point Tap | Spiral Tap | Spiral Tap | Spiral Tap | Rolled Tap | Point Tap | Point Tap | Spiral Tap | Rolled Tap | Hand Tap | Hand Tap | Spiral Tap | Point Tap | Point Tap | Die | Spiral Tap | Spiral Tap | Point Tap | Pipe Tap | Pipe Tap | Pipe Tap | Pipe Tap | Pipe Tap |
| Bore Model | For Through Holes | For Blind Holes | For Through Holes / For Blind Holes | - | - | - | For Blind Holes | For Through Holes / For Blind Holes | For Blind Holes | For Through Holes / For Blind Holes | For Through Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | For Blind Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | - | For Through Holes / For Blind Holes | For Blind Holes | For Blind 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 Blind Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | For Blind Holes | For Through Holes | For Through Holes | - | For Blind Holes | For Blind Holes | For Through Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes | For Through Holes / For Blind Holes |
| Coating Presence | Included | None | Included | None | None | None | Included | Included | None | Included | Included | Included | Included | Included | Included | Included | Included | Included | None | None | None | None | Included | Included | None | None | Included | None | None | None | Included | None | None | Included | None | None | None | None | None | Included | None | None | None | None | None |
| Coating Type | TiN | - | TiAlN | - | - | - | TiCN | TiN | - | TiCN | TiCN | TiCN | TiCN | TiCN | TiCN | TiCN | TiN | TiN | - | - | - | - | TiN | TiN | - | - | TiCN | - | - | - | TiCN | - | - | TiN | - | - | - | - | - | TiN | - | - | - | - | - |
| Overall Length (L)(mm) | 46 ～ 82 | 36 ～ 135 | 40 ～ 105 | - | - | - | 36 ～ 62 | 36 ～ 62 | 42 ～ 62 | 62 ～ 105 | 62 ～ 105 | 62 ～ 105 | 62 ～ 105 | 62 ～ 105 | 62 ～ 105 | 62 ～ 105 | 70 ～ 200 | 62 ～ 82 | 42 ～ 95 | 46 ～ 105 | 36 ～ 700 | 46 ～ 62 | 46 ～ 82 | 46 ～ 82 | 46 ～ 105 | 46 ～ 105 | 36 ～ 62 | 140 | 46 ～ 105 | 46 ～ 105 | 36 ～ 105 | 60 ～ 105 | 46 ～ 70 | 42 ～ 82 | 46 ～ 62 | 36 ～ 52 | - | 150 | 100 ～ 150 | 100 ～ 150 | 55 ～ 80 | 150 | 55 ～ 95 | 55 ～ 95 | 55 ～ 95 |
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Specification/Dimensions
-
Thread Types
- Meter
- Unified
- Wit
- Perforation
- Pipe Taper
- Pipe Parallel
- Miniature
- Others
-
Metric / Inch
-
Thread Size (Nominal)
- CTG-54
- CTG-42
- CTG-36
- CTG-28
- CTG-22
- CTG-16
- No0UN
- S0.1
- No.10-32UNF
- No.10-24UNC
- No.12-28UNF
- No.12-24UNC
- S0.2
- No.2-64UNF
- No.2-56UNC
- S0.3
- No.3-56UNF
- No.3-48UNC
- S0.4
- No.4-48UNF
- No.4-40UNC
- S0.5
- No.5-44UNF
- No.5-40UNC
- No.6
- S0.6
- No.6-40UNF
- No.6-32UNC
- S0.7
- S0.8
- No.8-36UNF
- No.8-32UNC
- S0.9
- 1UN
- 1UNS
- G1
- M1
- NPS1
- NPT1
- NPTF1
- No1UN
- R1
- S1
- W1
- 1'-12UNF
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Pitch (P), Thread Count(mm)
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