Santon Alloy 2025CIMT successfully concluded, grateful to colleagues

video of santon
April 29, 2025
Category Connection: Carbide Milling Inserts
Brief: In this video, our team walks you through how the K40 Carbide Milling Inserts perform in common roughing scenarios for alloy structure steel. You'll see a detailed demonstration of their uncoated surface precision, optimized cutting geometry, and excellent resistance to thermal crack and plastic deformation, showcasing why they are the ideal choice for demanding milling operations.
Related Product Features:
  • Uncoated surface treatment for enhanced cutting performance in precision milling operations.
  • Optimized cutting geometry ensures smooth and accurate machining for superior results.
  • High wear resistance provides extended tool life and consistent performance over time.
  • Excellent toughness and high resistance to thermal crack and plastic deformation.
  • Suitable for roughing alloy structure steel, alloy steel, high manganese steel, and stainless steel.
  • Ideal material for rotor machining and other demanding industrial applications.
  • Precision-ground carbide guarantees reliable and repeatable cutting performance.
  • Manufactured with 10 years of expertise and backed by a complete QA system for guaranteed quality.
  • Precision-ground carbide guarantees reliable and repeatable cutting performance.
  • Manufactured with 10 years of expertise and backed by a complete QA system for guaranteed quality.
FAQs:
  • What materials are these carbide milling inserts suitable for?
    These inserts are specifically designed for roughing alloy structure steel, alloy steel, high manganese steel, and stainless steel, making them ideal for demanding applications like rotor machining.
  • What is the surface treatment of these milling inserts?
    The inserts feature an uncoated surface treatment, which enhances their cutting performance and makes them particularly effective for precision milling operations where a coated surface is not required.
  • What kind of performance and durability can I expect from these inserts?
    You can expect excellent toughness, high resistance to thermal crack and plastic deformation, and extended tool life due to their high wear resistance and precision-ground carbide construction, ensuring consistent performance in roughing applications.
  • Are samples available for testing before placing a larger order?
    Yes, samples are acceptable and available for testing, allowing you to verify the performance and quality of the inserts with a 100% satisfaction guarantee before committing to a larger purchase.
  • What materials are these carbide milling inserts suitable for?
    These inserts are specifically designed for roughing alloy structure steel, alloy steel, high manganese steel, and stainless steel, making them ideal for demanding applications like rotor machining.