HSS SQUARE TOOLBITS Tin Coating M35 Grade (Pack of 10)

HSS Square Tool Bits Tin Coated – M35 Grade
HSS Square Tool Bits Tin Coated – M35 Grade are high-performance cutting tools manufactured from M35 Cobalt High-Speed Steel, containing approximately 5% cobalt. The M35 grade provides excellent hardness, wear resistance, heat resistance, and cutting performance, making these tool bits suitable for demanding machining operations. M35 HSS is commonly available in hardness ranges of approximately 63–66 HRC after heat treatment.
The TiN (Titanium Nitride) coating enhances surface hardness and wear resistance, helping extend tool life and maintain cutting performance during machining. The square-section design allows the tool bit to be ground into different cutting-tool geometries according to the machining requirement.
Key Features:
Manufactured from HSS M35 Grade
Approx. 5% Cobalt composition
TiN (Titanium Nitride) coated for enhanced wear resistance
High hardness and excellent hot hardness
Superior resistance to abrasion and heat
Suitable for heavy-duty machining applications
Square section allows customized cutting-edge geometry
Can be ground for different turning and machining operations
Available in metric and inch sizes
Suitable for general and heavy-duty lathe work
Applications:
Turning
Facing
Grooving
Parting and slotting
General lathe machining
Heavy-duty machining of alloy steels
Machining castings and forgings
Machining tough and difficult-to-cut materials
M35 cobalt HSS tool bits are particularly suited to heavy cuts, higher speeds and feeds, and applications where heat generation is significant.
Product Specifications:
Specification
Details
Product Type
HSS Square Tool Bit
Material
High Speed Steel
Grade
M35
Cobalt Content
Approx. 5%
Coating
TiN – Titanium Nitride
Hardness
Approx. 63–66 HRC
Section
Square
Cutting Operations
Turning, Facing, Grooving, Slotting
Application
Lathe & General Machining
Availability
Metric & Inch Sizes
HSS Square Tool Bits Tin Coated M35 Grade are an excellent choice for users looking for a combination of high cutting performance, improved wear resistance, heat resistance, and extended tool life in demanding machining applications.