Machine Tap Hsse Ticn DIN371 Through Hole

• Customization: Available
• Thread Quality: Ground Thread
• Applicable Material: Stainless Steel
• Model NO.: M2-M36
• Chamfer Type: C3 (3-5 threads)
• Flute Type: Spiral Point
• Materials: HSS Co, HSS M2
• Surface: Ticn
• Package: Plastic Box
• MOQ: 200
• Delivery Time: 30-45days
• Shank Type: Cylindrical
• Type of Tap: Spiral Point Tap
• Material: High-Speed Steel
• Standard: DIN
• Application for Machine Tool: Threading
• Application: Machine
• Transport Package: Plastic Box
• Specification: M2-M36
• Trademark: OEM
• Origin: China
• HS Code: 82074000
• Production Capacity: 10000 Per Month

Product Description

Machine Tap HSSE TiCN DIN371 Through Hole
With our expertise and commitment to quality, SPEEDYTOOLS delivers precision twist drills, taper shank drills, step drills, countersinks, end mills, center drills, hole saws, diamond saw blades, and TCT saw blades for superior cutting performance in every application.  

 

The Machine Tap HSSE TiCN DIN371 is specially engineered for precision threading in through holes. Crafted from cobalt-alloyed high-speed steel and finished with a durable TiCN coating, this tap ensures high performance in tough materials such as alloy steel, stainless steel, and tool steel. The DIN371 standard ensures it fits a wide range of machine tap holders with a shorter, more compact design.
 

Package	Plastic Box	MOQ	200
Size	M2-M36	Delivery time	30-45days
Material	HSS CO, HSS M2	Flute	Spiral Point
Surface	TiCN	Shank Type	Cylindrical

Specifications:

• Material: HSSE (High-Speed Steel with Cobalt)

• Coating: TiCN (Titanium Carbonitride)

• Standard: DIN371

• Type: Spiral Point

• Application: Through Hole Threading

• Thread Size: M3-M20

• Thread Form: Metric

 

Features:

• High wear resistance for extended tool life

• Optimized for fast and efficient through hole threading

• Spiral point design for excellent chip removal

• Reduced friction and built-up edge

• Suitable for CNC machines and automatic tapping systems

 

Benefits:

• Longer service life in difficult materials

• Minimized risk of tap breakage

• Enhanced productivity with fewer tool changes

• Clean and precise threads with minimal burrs

• Reduced machine downtime