【Vehicle Fitment】Compatible with Daily III Bus 2.8L-3.0L 1999-2006, Daily III Box 2.3L-3.0L 1999-2007, Daily III PRITSCHE/CHASSIS 2.3L-3.0L 1999-2006, Daily IV Box 2.3L-3.0L 2006-2012
【Vehicle Fitment】Compatible with Daily IV Kipper 3.0L 2006-2011, Daily V Box 2.3L-3.0L 2011-2014, Cabstar F24 2.5L 2006-2012, Master II Box FD 3.0L 2005-2020
Application: It can be knocked into various square tubes, colored tiles and various iron plates, and its hardness is about HV300 degrees.
Practical Tool: Features deep thread, uniform pitch, stable force and good tightening force, dependable to use. Suitable for square tube, color steel tile and iron plate with hardness around HV300.
[IDEAL BRAKE SYSTEM MAINTENANCE TOOL] Whether you're replacing your rear disc brake pads or rotors, this multifunctional disc brake piston remover is the perfect tool for the job. Its sturdy construction and ease of use make it a must-have for any automotive enthusiast.
[SIZE AND FUNCTION] With a compact size of 1 x 1 x 1in and a medium flight of 0.4in, this disc brake piston remover offers 6 different surfaces for various purposes. It is suitable for different types of brake pumps and is compatible with 3/8in drive ratchets and extension bars.
【Vehicle Fitment】Compatible with Daily III Bus 2.8L-3.0L 1999-2006, Daily III Box 2.3L-3.0L 1999-2007, Daily III PRITSCHE/CHASSIS 2.3L-3.0L 1999-2006, Daily IV Box 2.3L-3.0L 2006-2012
【Vehicle Fitment】Compatible with Daily IV Kipper 3.0L 2006-2011, Daily V Box 2.3L-3.0L 2011-2014, Cabstar F24 2.5L 2006-2012, Master II Box FD 3.0L 2005-2020
Application: It can be knocked into various square tubes, colored tiles and various iron plates, and its hardness is about HV300 degrees.
Practical Tool: Features deep thread, uniform pitch, stable force and good tightening force, dependable to use. Suitable for square tube, color steel tile and iron plate with hardness around HV300.
[IDEAL BRAKE SYSTEM MAINTENANCE TOOL] Whether you're replacing your rear disc brake pads or rotors, this multifunctional disc brake piston remover is the perfect tool for the job. Its sturdy construction and ease of use make it a must-have for any automotive enthusiast.
[SIZE AND FUNCTION] With a compact size of 1 x 1 x 1in and a medium flight of 0.4in, this disc brake piston remover offers 6 different surfaces for various purposes. It is suitable for different types of brake pumps and is compatible with 3/8in drive ratchets and extension bars.
Size - thread size: m10 x 1.5 ; thread length: 25mm / 0.98"shank side width: 6mm / 0.24" ; total length: 79mm / 3.11"
Material - Spiral Flute Drill Tap is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength and heat resistance for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2).The Aluminum Titanium Nitride (AlTiN) coating can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Size - thread size: m10 x 1.5 ; thread length: 24mm / 0.94"shank side width: 6mm / 0.24" ; total length: 80mm / 3.15"
Material - Spiral Flute Drill Tap is made from High Speed Steel 6542, which offers durability, wear resistance, and versatility for creating accurate and threads in a variety of materials.The Aluminum Titanium Nitride (AlTiN) coating can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Size - thread size: m12 x 1.75 ; thread length: 30mm / 1.18"shank side width: 7mm / 0.28" ; total length: 88mm / 3.46"
Material - Spiral Flute Drill Tap is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength and heat resistance for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2).The titanium nitride (TiN) coating provides increased hardness, wear resistance and lubricity, which extends the tool's lifespan and helps reduce friction, prevents galling, and enhances chip evacuation.
Material - Spiral Flute Taps is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength, and heat resistance, allowing for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2). The Aluminum Titanium Nitride (AlTiN) coating on a thread tap can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Spiral Flute Taps: Thread Size: M4 x 0.7 + 0.1; Square End Size: 4mm / 0.16". Spiral flute design, upward chip removal, fast tapping with accuracy. Titanium coating provides excellent corrosion resistance, improves wear resistance and hardness, and reduces the coefficient of friction.
Wide Applications: Suitable for processing blind holes and sticky materials. For tapping aluminum, die steel, stainless steel, bronze, plastics. Recommended feed rate: general steel: 6-15m/min; harder steel: 5-10m/min; stainless steel: 2-7m/min; cast iron: 8-10m/min. The torque caused by too fast feed speed is too large, which can easily cause the tap to break.
Tap Size: 4-40 UNC thread, H2 thread tolerance grade. Spiral flute design, upward chip removal. Right hand thread cutting, clear threads, fast tapping with accuracy.
Material and Finish: High speed steel tool features high hardness and toughness, heat resistance, good for general purpose applications. Titanium Plating for wear resistance, corrosion resistance, rust protection.
Tap Size: M6 x 1 thread, H2 thread tolerance grade. Spiral flute design, upward chip removal. Right hand thread cutting, clear threads, fast tapping with accuracy.
Material and Finish: Cobalt high speed steel tool features high hardness and toughness, heat resistance, good for general purpose applications. Titanium Plating for wear resistance, corrosion resistance, rust protection and long service life.
Spiral Flute Taps: Thread Size: M8 x 1.25 + 0.1; Square End Size: 5mm / 0.2". Spiral flute design, upward chip removal, fast tapping with accuracy. Titanium coating provides excellent corrosion resistance, improves wear resistance and hardness, and reduces the coefficient of friction.
Wide Applications: Suitable for processing blind holes and sticky materials. For tapping aluminum, die steel, stainless steel, bronze, plastics. Recommended feed rate: general steel: 6-15m/min; harder steel: 5-10m/min; stainless steel: 2-7m/min; cast iron: 8-10m/min. The torque caused by too fast feed speed is too large, which can easily cause the tap to break.
Material - Spiral Flute Taps is made from High Speed Steel 6542, which offers durability, wear resistance, and versatility for creating accurate and high-quality threads in a variety of materials. The Aluminum Titanium Nitride (AlTiN) coating on a thread tap can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Material - Spiral Flute Taps is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength, and heat resistance, allowing for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2). The titanium nitride (TiN) coating provides increased hardness, wear resistance, and lubricity, which extends the tool's lifespan and helps reduce friction, prevents galling, and enhances chip evacuation during the tapping process.
Size - thread size: m10 x 1.5 ; thread length: 25mm / 0.98"shank side width: 6mm / 0.24" ; total length: 79mm / 3.11"
Material - Spiral Flute Drill Tap is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength and heat resistance for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2).The Aluminum Titanium Nitride (AlTiN) coating can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Size - thread size: m10 x 1.5 ; thread length: 24mm / 0.94"shank side width: 6mm / 0.24" ; total length: 80mm / 3.15"
Material - Spiral Flute Drill Tap is made from High Speed Steel 6542, which offers durability, wear resistance, and versatility for creating accurate and threads in a variety of materials.The Aluminum Titanium Nitride (AlTiN) coating can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Size - thread size: m12 x 1.75 ; thread length: 30mm / 1.18"shank side width: 7mm / 0.28" ; total length: 88mm / 3.46"
Material - Spiral Flute Drill Tap is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength and heat resistance for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2).The titanium nitride (TiN) coating provides increased hardness, wear resistance and lubricity, which extends the tool's lifespan and helps reduce friction, prevents galling, and enhances chip evacuation.
Material - Spiral Flute Taps is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength, and heat resistance, allowing for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2). The Aluminum Titanium Nitride (AlTiN) coating on a thread tap can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Spiral Flute Taps: Thread Size: M4 x 0.7 + 0.1; Square End Size: 4mm / 0.16". Spiral flute design, upward chip removal, fast tapping with accuracy. Titanium coating provides excellent corrosion resistance, improves wear resistance and hardness, and reduces the coefficient of friction.
Wide Applications: Suitable for processing blind holes and sticky materials. For tapping aluminum, die steel, stainless steel, bronze, plastics. Recommended feed rate: general steel: 6-15m/min; harder steel: 5-10m/min; stainless steel: 2-7m/min; cast iron: 8-10m/min. The torque caused by too fast feed speed is too large, which can easily cause the tap to break.
Tap Size: 4-40 UNC thread, H2 thread tolerance grade. Spiral flute design, upward chip removal. Right hand thread cutting, clear threads, fast tapping with accuracy.
Material and Finish: High speed steel tool features high hardness and toughness, heat resistance, good for general purpose applications. Titanium Plating for wear resistance, corrosion resistance, rust protection.
Tap Size: M6 x 1 thread, H2 thread tolerance grade. Spiral flute design, upward chip removal. Right hand thread cutting, clear threads, fast tapping with accuracy.
Material and Finish: Cobalt high speed steel tool features high hardness and toughness, heat resistance, good for general purpose applications. Titanium Plating for wear resistance, corrosion resistance, rust protection and long service life.
Spiral Flute Taps: Thread Size: M8 x 1.25 + 0.1; Square End Size: 5mm / 0.2". Spiral flute design, upward chip removal, fast tapping with accuracy. Titanium coating provides excellent corrosion resistance, improves wear resistance and hardness, and reduces the coefficient of friction.
Wide Applications: Suitable for processing blind holes and sticky materials. For tapping aluminum, die steel, stainless steel, bronze, plastics. Recommended feed rate: general steel: 6-15m/min; harder steel: 5-10m/min; stainless steel: 2-7m/min; cast iron: 8-10m/min. The torque caused by too fast feed speed is too large, which can easily cause the tap to break.
Material - Spiral Flute Taps is made from High Speed Steel 6542, which offers durability, wear resistance, and versatility for creating accurate and high-quality threads in a variety of materials. The Aluminum Titanium Nitride (AlTiN) coating on a thread tap can effectively improve the high-temperature processing life of taps and provide higher surface hardness.
Material - Spiral Flute Taps is made from M35 High Speed Steel with 5% cobalt, which increases hardness, strength, and heat resistance, allowing for efficient and reliable cutting performance. The hardness of HSS M35 after heat treatment is higher than HSS 6542 (M2). The titanium nitride (TiN) coating provides increased hardness, wear resistance, and lubricity, which extends the tool's lifespan and helps reduce friction, prevents galling, and enhances chip evacuation during the tapping process.