Robust Geometric Design Carbide Milling Inserts for Semi-Finishing Materials like Cast Iron and Heat-Resistant Alloys

炭化物の製粉の挿入物
November 27, 2025
Category Connection: 炭化物の製粉の挿入物
Brief: In this video, we showcase the LNGG171608-F Carbide Milling Inserts in action during semi-finishing operations. You'll see how their robust geometric design performs on challenging materials like cast iron, heat-resistant alloys, and various steels. Gain insights into the features that deliver extended tool life and consistent performance in demanding machining applications.
Related Product Features:
  • Designed for semi-finishing operations on stainless steels, cast iron, heat-resistant alloys, and various steel types.
  • Features a strong tip structure and multiple effective cutting edges for enhanced durability and extended tool life.
  • Boasts a high transverse rupture strength (TRS) of 2800 n/mm² for superior toughness and breakage resistance.
  • Utilizes an 'F' chip groove design for effective chip control and efficient material evacuation during machining.
  • ISO Code K30 grade ST1035 ensures reliable performance standards for international machining applications.
  • Hardness rating of HRA 91.5-92.5 provides excellent wear resistance in demanding cutting conditions.
  • Optimized for efficient material removal while maintaining near-finish surface quality on workpiece materials.
  • Versatile application across alloy steel, carbon steel, structural steel, and specific stainless steel grades like 304 and 316.
FAQ:
  • What materials are these carbide milling inserts optimized for?
    The LNGG171608-F inserts are specifically optimized for semi-finishing stainless steels such as 304 and 316, as well as various types of steel including alloy, carbon, and structural steels. They also perform well on cast iron and heat-resistant alloys.
  • What is the minimum order quantity and delivery time?
    The minimum order quantity is 50 pieces, with a delivery time of 15-25 working days. We have a supply capacity of 2 million pieces per month to meet your production needs.
  • What technical specifications ensure the durability of these inserts?
    These inserts feature a TRS of 2800 n/mm² for high toughness, HRA hardness of 91.5-92.5 for wear resistance, and a strong tip structure with multiple cutting edges for extended tool life in demanding applications.
  • What payment methods are accepted for purchasing these inserts?
    We accept L/C (Letter of Credit), T/T (Telegraphic Transfer), and Western Union as payment terms for the carbide milling inserts, providing flexible options for international B2B transactions.