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Location: Home > Powder Met. & Carbides

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  • Tungsten Concentrate Rises Nearly 12% This Week; Carbide Rod Scrap Gains 19%
    Tungsten Carbide Inserts
    Tungsten Concentrate Rises Nearly 12% This Week; Carbide Rod Scrap Gains 19%
    Tungsten concentrate rose nearly 12% this week as carbide rod scrap jumped 19%. Explore supply pressures, buyer cost risks and what could sustain the rebound.
    Oct 24, 2026
  • Tungsten Concentrate Prices Recover to CNY 300,000 per Standard Tonne
    Tungsten Carbide Inserts
    Tungsten Concentrate Prices Recover to CNY 300,000 per Standard Tonne
    Tungsten concentrate prices recover to CNY 300,000 per standard tonne as major buyers return. Explore what the rebound means for procurement, pricing terms and delivery commitments.
    Oct 21, 2026
  • Choosing Carbide Grades for Industrial Tooling: Wear Resistance vs. Toughness
    Tungsten Carbide Inserts
    Choosing Carbide Grades for Industrial Tooling: Wear Resistance vs. Toughness
    Choose industrial tooling carbides with the right balance of wear resistance and toughness. Learn how to match grades to failure modes, reduce chipping, and improve tool life.
    Oct 19, 2026
  • How Long Do Tungsten Carbide Tools Last When Machining Titanium?
    Tungsten Carbide Inserts
    How Long Do Tungsten Carbide Tools Last When Machining Titanium?
    How long do tungsten carbide cutting tools last when machining titanium? Discover key wear factors, compare tool life, and learn how to lower cost per accepted part.
    Oct 17, 2026
  • Choosing Tungsten Carbide Inserts for Interrupted Cuts in Steel
    Tungsten Carbide Inserts
    Choosing Tungsten Carbide Inserts for Interrupted Cuts in Steel
    Choose tungsten inserts for interrupted cuts in steel with confidence. Explore grades, coatings, and edge geometry to reduce chipping, improve tool life, and lower production costs.
    Oct 13, 2026
  • How ASTM Cemented Carbide Grades Guide Insert Selection for Steel and Cast Iron
    Tungsten Carbide Inserts
    How ASTM Cemented Carbide Grades Guide Insert Selection for Steel and Cast Iron
    Cemented carbide grades ASTM explained for smarter steel and cast iron insert selection. Compare hardness, toughness, coatings, and wear performance.
    Oct 04, 2026
  • What to assess before buying tooling for high wear applications
    Mining Wear Alloys
    What to assess before buying tooling for high wear applications
    Tooling for high wear applications: assess failure modes, materials, coatings, tolerances, and lifecycle cost to reduce downtime and improve output.
    Sep 30, 2026
  • How wear resistant tooling reduces changeovers in abrasive production
    Tungsten Carbide Inserts
    How wear resistant tooling reduces changeovers in abrasive production
    Wear resistant tooling reduces unplanned changeovers in abrasive production by maintaining critical geometry, improving uptime, and stabilizing quality.
    Sep 29, 2026
  • How to Select Wear-Resistant Cutting Tool Materials for High-Volume Machining
    Tungsten Carbide Inserts
    How to Select Wear-Resistant Cutting Tool Materials for High-Volume Machining
    Wear resistant cutting tool materials guide for high-volume machining: compare carbide, cermet, ceramic, and CBN to reduce cost per part and improve uptime.
    Sep 15, 2026

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    AAMS

    Global Advanced Alloys & Metallurgy Systems (AAMS) is a specialized B2B intelligence portal focused on advanced metallic materials, aerospace alloys, specialty steels, aluminum extrusion, precision casting, powder metallurgy, cemented carbides, rare earth permanent magnets, copper alloys, metal foils, and high-performance metallurgy systems. The platform serves alloy producers, metal processors, aerospace material suppliers, automotive lightweighting companies, powder metallurgy manufacturers, magnet producers, battery material suppliers, industrial buyers, procurement teams, exporters, investors, defense supply chain participants, and advanced manufacturing enterprises.

    AAMS covers the metallic materials that support high-end manufacturing, aerospace, defense, electric vehicles, renewable energy, industrial tooling, electronics, and energy storage. Its main content areas include titanium alloys, nickel-based superalloys, single-crystal turbine blade materials, maraging steels, specialty steels, aluminum extrusions, Giga-casting aluminum components, precision castings, tungsten carbide tools, powder metallurgy products, cemented carbides, NdFeB rare earth magnets, grain boundary diffusion, copper alloys, beryllium copper, lithium battery copper foil, metal foils, heat treatment, surface modification, recycling, and circular metallurgy.

    The platform is designed to answer practical technical and commercial questions: how can aerospace alloys maintain strength under extreme heat, how can aluminum casting reduce EV body weight and manufacturing cost, how can carbide tools machine titanium and superalloys, how can rare earth magnets improve motor performance, and how can copper foils support high-current battery systems? AAMS connects metallurgy, crystal structure, thermodynamics, fatigue performance, supply chain resilience, certification, commodity risk, and industrial application value into one professional intelligence framework.

    AAMS provides industry news, technology analysis, compliance insight, supplier visibility, market trend reporting, application case interpretation, commodity risk analysis, and digital authority-building content. It explains topics such as grain boundary diffusion, phase diagrams, creep resistance, single-crystal alloys, Nadcap heat treatment, titanium machining, aluminum extrusion, high-pressure die casting, powder sintering, carbide hardness, magnet temperature resistance, copper concentrate supply risk, rare earth export controls, lithium battery foil performance, and circular smelting.

    For manufacturers and exporters, AAMS provides a professional platform to communicate material purity, mechanical performance, heat treatment capability, certification readiness, application cases, and supply chain strength. For buyers and engineers, it supports supplier evaluation, material comparison, procurement planning, risk assessment, and technology selection. Overall, AAMS is a strategic intelligence hub for global advanced alloy, metallurgy, rare earth, copper, and high-performance materials markets.

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