Fengyi Customizable Solid Carbide Threading Mills ISO Metric Full Profile with 4mm Shank Diameter Tin Coated for OEM Support

Product Description

Product Showcase

Product Function

  • There is enough space to leave chips when making lateral cutting.
  • Reduces flank wear of the insert.
  • Machining with cutting edge alternatives improves the life of the inserts.
  • Suitable for medium and high cutting speeds, offering strong versatility.
  • A tough micron substrate from Germany with TiAIN coating provides excellent wear resistance and good toughness.

Product Description

Customizable Solid Carbide Threading Mills ISO Metric Full Profile with 4mm Shank Diameter Tin Coated for OEM Support
Customizable Solid Carbide Threading Mills ISO Metric Full Profile with 4mm Shank Diameter Tin Coated for OEM Support
Customizable Solid Carbide Threading Mills ISO Metric Full Profile with 4mm Shank Diameter Tin Coated for OEM Support
Customizable Solid Carbide Threading Mills ISO Metric Full Profile with 4mm Shank Diameter Tin Coated for OEM Support
Customizable Solid Carbide Threading Mills ISO Metric Full Profile with 4mm Shank Diameter Tin Coated for OEM Support

Other Products

Other Carbide Tools Catalog

Application Scenario

Application Scenarios for Threading Mills

Packaging & Shipping

Packaging and Shipping details

Frequently Asked Questions

Are you a trading company or a manufacturer?
We are a professional manufacturer with independent export rights.
Can you produce according to the sample? Does the sample picture correspond with the real thing?
Yes, we can produce according to your sample or technical drawing, and the real product corresponds exactly to the sample specifications.
What is your lead time?
Inventory: goods will be delivered within 48 hours after payment arrives. No stock: 5-35 days depending on the quantity.
Can you deliver the sample?
Yes, we provide sample delivery service. Please contact us directly for more information.
What kind of tool substrate and coating are used?
Our tools use a tough micron substrate sourced from Germany paired with a high-performance TiAIN coating to provide excellent wear resistance and good toughness.
How does this product design optimize machining performance?
It features an optimized design with ample space to clear chips during lateral cutting, reduces flank wear on the insert, and allows machining with alternative cutting edges to extend overall insert life.

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