Technical Material Guides

Learn our full workflow for custom tungsten carbide components, from drawing review, grade selection, sintering, precision grinding to final inspection for industrial wear parts and tooling.

Learn how to select tungsten carbide grades by density and hardness for cutting tools, wear parts, and industrial machining applications.

Discover main applications of solid tungsten carbide round bars. Rleey solid carbide round bars are widely used to produce CNC end mills, drills, wear pins and other precision wear resistant components.

Rleey introduces carbide rod surface finish standards, OD grinding tolerances and quality inspection procedures for ground solid tungsten carbide round bars for cutting tool manufacturers.

Learn density and hardness specifications of solid carbide round bars, how these physical properties affect machining performance and service life of tungsten carbide rods for cutting & wear parts.

Rleey explains carbide rod grade selection, substrate cobalt content, hardness and toughness, helping you pick the right solid carbide rod for drills, end mills and wear resistant components.

Rleey supplies solid tungsten carbide round blanks for custom tool manufacturing. Learn key rules to choose the correct diameter and length of carbide rod blanks for end mills, drills and wear component fabrication.

Learn how custom carbide rectangular strips extend industrial component service life and reduce downtime for wear inserts and cutting blades.

Compare tungsten carbide rectangular strips with other hard alloy raw materials, check wear resistance and total cost for industrial wear blank selection.

A complete material guide to select proper carbide grades for different working conditions of hard alloy rectangular bars.

Explore the advantages of carbide long bars, including high hardness and wear resistance for cutting blades and wear liner applications.

Choosing between solid carbide tips and carbide-tipped welded components depends on impact load, budget, size limitation and maintenance cycle. This selection guide compares strength, cost, failure modes and suitable applications to help you pick the right carbide tooling solution.

Cemented carbide grade selection directly balances wear performance and impact resistance for impact tips. This guide explains how cobalt content and grain size define grade behaviour, helping you avoid premature wear or fracture in shock-intensive applications.

As-sintered carbide pointed pins eliminate expensive post-sinter grinding operations, cutting total part cost for industrial piercing applications. This article explains when as-sintered blanks meet piercing requirements and their cost advantages for mass production.