carbide vs tungsten carbide-sfyh.com

high purity 99.95% tungsten carbide wc metal powder

Size:50nm, 100nm, 200nm, 1-3um Purity:99.9% CAS No:12070-12-1 ENINEC No.:235-124-6 Appearance:black Powder Shape:Hexagonal

Hard alloy composite material Tungsten Carbide Powder

Size:50nm, 100nm, 200nm, 1-3um Purity:99.9% CAS No:12070-12-1 ENINEC No.:235-124-6 Appearance:black Powder Shape:Hexagonal

Hot sale ultrafine WC tungsten carbide powder price

Size:50nm, 100nm, 200nm, 1-3um Purity:99.9% CAS No:12070-12-1 ENINEC No.:235-124-6 Appearance:black Powder Shape:Hexagonal

High purity 99.9% ultrafine tungsten carbide nanoparticles

Size:50nm, 100nm, 200nm, 1-3um Purity:99.9% Shape:Hexagonal CAS No:12070-12-1 ENINEC No.:235-124-6 Appearance:black Powder

Nano Tungsten Carbide Cobalt Alloy Powder WC-Co Nanoparticles

Size:60-100nm Appearance:black Powder Purity:99.9% Shape:Hexagonal Co content:6Co, 10Co, 12Co, 17Co or customized CAS No:12070-12-1 ENINEC No.:235-124-6

Hard Metal tungsten carbide components

Due to tungsten carbide, silicon carbide and boron carbide excellent corrosion and wear resistances, these materials are used in professional pumps and valves widely, such as Mud Pumps, Centrifugal Pumps, Injection Pumps, Positive Displacement Pumps, Wellhead Valves Flow Control Valves, Subsurface Valves, etc.

high precision Tungsten Carbide Parts

Tungsten Carbide Parts are used in industries such as instrumentation and apparatus engineering, textile machine construction, printing machine construction, electrical industry, mold and tool making, medical technology, plastics industry, decorative hard material parts.

High Precision Tungsten Carbide Mold Parts

Working with carbide in the fabrication and running stamping dies is really not that difficult. The reluctance to use carbide is usually found in the cost, the machining, and possibly the perception of extended maintenance hours. Carbide far outweighs the cost in improved performance. Carbide can be readily machined into shapes utilizing the wire EDM process. Some precaution needs to be taken when machining carbide as outlined in the following pages. The finish is critical in having success running carbide dies. It is a good practice to lap or polish the carbide surfaces, especially cutting edges. It is also advantageous to break or polish the actual cutting edges smooth with a diamond lap. This will help prevent premature chipping. Another critical factor is tool line up and press condition. Running a properly lined up tool in a poor running press will not work for long, and vice versa. Carbide punches and dies can extend production runs greatly.