Blog

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• How to Polish Tungsten Carbide Dies & Tooling？

  Master tungsten carbide polishing methods for dies and tooling. Complete guide covering die polishing techniques, tools, and best practices for optimal results.

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• What Are the 4 Types of Heat Treatment Processes?

  Steel processing often requires heat treatment, including annealing, normalizing, quenching, and tempering. However, carbide materials typically do not require heat treatment and may only need stress-relieving treatments. What is heat […]

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• Which Carbide Should You Use? – Guide to WC-Co, WC-TiC-Co & More

  Learn how to pick the right carbide type (WC-Co, WC-TiC-Co, WC-TiTa, WC-Mo etc.) based on workpiece material, machining conditions, wear demands and cost.

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• Micro EDM Process: Precision Electric Discharge Machining Guide

  Learn micro EDM machining principles, applications, and techniques. Guide to micro electric discharge machining for precision engineering.

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• Tungsten Carbide Hardness vs Diamond vs Other High Hardness Materials

  The hardness of tungsten carbide can achieve a range from 89 to 95 HRA, which corresponds to approximately 69 to 82 HRC. Its Mohs hardness is around 9, and its […]

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• Carbide Blanking Die Design: Key Precautions & Guidelines

  Discover the critical design considerations for carbide blanking dies to improve accuracy, strength, and tool life.

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• Carbide Wire Drawing Dies: Structure & Key Components

  Learn the structure of carbide wire drawing dies and how each component shapes and sizes metal wire during the drawing process.

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• Carbide Tool Coatings: Types, Benefits and Applications

  Discover the main carbide tool coatings—TiN, TiC, Al₂O₃ and more—and how each coating improves tool life, wear resistance, and cutting quality.

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• Cutting or Grinding in Carbide Machining: Choose the Right Method

  Discover when to use cutting vs. grinding for tungsten-carbide parts — factors like shape, hardness, speed, surface finish and residual stress influence the choice. Read on to optimize carbide machining.

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• Carbide Rotary Files – High-Durability Burrs for Tough Materials

  Discover how carbide rotary files offer extreme wear resistance and long life when machining hardened steel, cast iron, ceramics and other hard materials — ideal for heavy-duty deburring, shaping and precision work.

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• Analysis of WC Carbide in Electrolysis: Purity, Impurities & Best Practices

  Explore how electrolysis recovers high-quality tungsten carbide (WC) — learn about impurity sources (Cu, Sn, Al, Si, Fe, Ti, etc.), acid-wash cleaning, and processing tips for superior carbide output.

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• What Is EDM Wire Cutting? Overview, Characteristics & Trends

  Discover wire EDM cutting technology for complex precision parts. Understand the process, Key Characteristics, and industrial applications Trends.

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