Manufacture process

Daegu New Materials Co., Ltd.

Trends of Tungsten Carbide Material Industry

Downstream Industry of the Tungsten Carbide Material Industry

Tungsten Carbide Material Industry

  • ▪️ Raw Material Powder Synthesis Technology
  • ▪️ Sintering Technology
  • ▪️ Heat Treatment Technology
  • ▪️ Coating Technology
  • ▪️ Material Composition Design Technology
  • ▪️ Precision Machining Technology
  • ▪️ Raw Material Mixing Technology
  • ▪️ Tool Grinding Technology

National Basic Industry

  • Automobile Industry

    Precision Machining of Engines, Transmissions, Pumps, Brakes and more
  • Machinery Industry

    Precision Machining and Assembly of Machine Parts
  • Aviation Industry

    Precision Machining and Manufacturing of Engines, Transmissions, Brakes and more
  • Electrical and Electronic Industry

    Electrical Parts Process, Drawing Process, Copier, Video Drum, Cathode Ray Tube, PCB substrate Machining
  • Die & Mold Industry

    Die & Mold Imitation Machining, Curved Surface Machining, General Purpose Machining of Die & Mold Steel and more
  • Construction Industry

    Interior and Exterior Construction, Roads, Ports, Construction, Bridges, Structure Dismantling
  • Semiconductor Industry

    Semiconductor Wafer Cutting, Precision Machining of Media
  • Materials and Steel Industry

    Steel Drawing, Cutting, Rolling, and New Material Machining
  • Jewelry, ceramic, glass industry

    Diamond, Cubic and more Jewelry Machining, Ceramic, Glass Machining
  • Stone and Mining Industry

    Plate and Jewelry Machining, Quarry Management, Mine Drilling, Exploration
  • DIY Industr

    Tools for General Household Fabrication, Repair and Assembly
  • Private Industry

    Drilling Shop, Wooden Construction, Professional Repair Tools

Progressive System for R&D of Tungsten Carbide Materials

    Development of Tungsten Carbide Materials Suitable for Customer Needs

  • 1. Development of Ultra-fine WC Powder Manufacturing Proccess & Method
  • 2. Improvement of Mechanical Properties (Hardness, Transverse Rupture Strength)
  • 3. Appropriate Elemental Composition and Metallic Structure Analysis

    Performance Evaluation of Developed Materials

  • 1. Performance Evaluation of Materials (Life Evaluation)
  • 2. Development of Tungsten Carbide Materials Suitable for Customer Needs
  • 3. Tungsten Carbide Structure with Uniform Particle Size and Distribution

    Establishment of Quality Stabilization

  • 1. Establishment of Manufacturing Method of Tungsten Carbide Materials
  • 2. Management of Various Factors
  • 3. Establishment of Customer-tailored Material Development and Commercialization Plan