Blog

Carbide saw tips enable durable and high performance cutting across demanding metal fabrication, construction, and woodworking trade applications. This guide covers carbide grades and coatings, dimensions, technical specifications, pricing, and comparisons to help buyers select optimized blade tips based on

Tungsten carbide plates deliver extreme hardness, strength and wear resistance for the most demanding industrial applications. This guide provides an overview of grades, properties, manufacturing processes, sizes, finishing options and comparative assessment. Overview of tungsten carbide plate Tungsten carbide (WC)

Customized Blank Carbide Strips allow cost-effective machining into special purpose geometries like cutting tool inserts, precision router bits, extrusion dies and wear components. This guide details technical considerations around procuring customized tungsten, titanium carbide or ceramic blank precision ground strip

Tungsten carbide wear strips offer exceptional hardness, abrasion resistance, and durability – ideal qualities for protecting critical tooling and industrial equipment surfaces against repetitive sliding or impact erosion damage. This guide details tungsten carbide grades for wear strips, manufacturing methods,

Overview of Carbide Wear Strips Carbide wear strips refer to precision ground tool steel pads or plates made from durable cemented carbide alloys used across demanding environments prone to excessive abrasion, erosion, sliding friction or high impact stresses causing accelerated

Overview of Sintered Carbide Strips Sintered carbide strips refer to rectangular precision strip metals made from cemented carbides utilizing powder metallurgy methods involving compacting and sintering carbide powders into high performance wear parts. Key attributes include extreme hardness, strength, and

Overview of carbide strips with chamfer Carbide strips with chamfer refer to thin rectangular sections of tungsten or titanium carbide material that feature an angled edge edge for installation into slots. The extremely hard, wear-resistant properties of carbides combined with

Overview Carbide Flat Strip refer to flat ferrous alloy steel precursors containing chemically complex carbides that transform upon heat treatment into materials of very high hardness used in demanding wear- and abrasion-resistant applications. Narrow tolerance low roughness carbide alloy strip

Carbide rectangular strips refer to long, thin segments of tungsten or titanium carbide material used primarily to reinforce the wear resistance of woodworking and metal forming tools. The hard, durable rectangular carbide inserts help machine and press tooling cope with

Carbide rectangular blanks and squares are versatile workpiece materials used for machining complex parts and tooling. This guide provides a comprehensive look at carbide blank properties, grades, sizes, tolerances, applications, suppliers, and advantages/disadvantages. Overview of Carbide Rectangular Blanks/Squares Carbide blanks