Case Studies and Factory Capability

Case study: HIP sintered carbide rod solution for cutting tool manufacturer. Consistent density & hardness reduces tool breakage and improves finished tool stability.

Tungsten carbide studs and locating pins feature high wear resistance. Widely used for horseshoe anti-slip studs, machinery positioning pins and anti-skid spike parts.

Tungsten carbide wear plates and liners protect mining, slurry pump and sand washing equipment from particle erosion. Check mounting styles and grade selection guide here.

Our guide explains cemented carbide blades for scissors and knife factories, blade types, grain grade selection and edge grinding tips for slitting and trimming production.

This buying guide covers solid tungsten carbide rods, tolerance grades, grinding & coolant hole processing. Ideal for cutting tool blanks, punches and precision wear part manufacturers.

Lead time varies greatly between small batch sample orders and mass bulk carbide production. This article explains our scheduling logic, bottleneck links, sample timeline, bulk production plan and how we arrange production to balance urgent orders and regular bulk carbide OEM projects.

Choosing the wrong tungsten carbide grade causes premature chipping or fast wear. This article explains how we match suitable carbide grades according to your working conditions: impact load, abrasive wear, high temperature and metal cutting scenarios for industrial carbide parts.

Take a look inside Rleey carbide workshop quality control workflow. We cover raw powder inspection, sintering monitoring, dimension checking, hardness test and visual defect screening, to keep stable quality for your custom carbide cutting tools and wear resistant parts.

Custom tungsten carbide machining faces many tough challenges such as brittleness, sintering deformation, diamond grinding cost and edge chipping. This article shares typical machining difficulties we meet and our mature solutions for industrial carbide OEM projects.

Learn the full production workflow at Rleey, from client engineering drawings, material formulation, sintering, precision machining to final inspection and delivery of custom tungsten carbide parts. See how we translate your design into qualified carbide components with stable tolerance and consistent quality.

This article explores custom tungsten carbide components used for wear protection in oil and gas downhole operations. It introduces harsh working conditions including sand abrasion, erosion, high pressure and occasional impact. It covers common carbide parts, grade selection rules, key design and tolerance requirements, typical failure modes and quality control suggestions.

This blog introduces tungsten carbide blades used on plastic recycling shredders. It describes the severe abrasion challenges in plastic waste shredding, including contaminants like sand, gravel and metal fragments mixed in waste plastics. It explains the advantages of carbide blades versus standard steel blades, suitable carbide grades, blade design considerations, common failure modes and maintenance best practices.

This article focuses on polished tungsten carbide drawing dies widely used in steel wire production. It explains the working principle of wire drawing dies, benefits of high-precision polishing, carbide grade selection, critical die geometry parameters, common failure modes and maintenance tips. It helps wire drawing plant engineers and buyers select suitable polished carbide drawing dies to stabilize steel wire surface quality, maintain consistent dimensional tolerance .

This article discusses tungsten carbide wear plates used for mining and construction heavy machinery. It analyzes abrasive wear challenges from ore, gravel and aggregates, compares carbide with traditional steel liners, introduces grade selection rules, installation methods and typical application positions. FAQ section answers common questions to help global buyers select suitable carbide wear plates, extend machine service life and cut maintenance downtime and operating costs.