Třídy karbidu wolframu, karbidu wolframu známky, slinutého karbidu třídy
Wolframcarbid lønklasse, wolframcarbid kvaliteter, cementerede carbide lønklasse
Wolfraamcarbide rang, wolfraamcarbide rangen, gecementeerd carbide rang
Tungsten carbide grade, Tungsten carbide grades, cemented carbide grade
Grade de carbure de tungstène, grades de carbure de tungstène, grade de carbure cimenté
Hartmetall-Klasse, Hartmetall-Klasse, Zementkarbid grade
Grado di carburo di tungsteno, classi di carburo di tungsteno, carburo cementato grado
Wolframkarbid klasse, Wolframkarbid karakterer, sementert carbide-klasse
Grau de carboneto de tungstênio, carboneto de tungsténio graus, grau de carboneto cimentado
Grad carbură de tungsten, carbură de Tungsten clase, clasa a cimentat carbură
Класс из карбида вольфрама, классы из карбида вольфрама, цементированного карбида класса
Grado de carburo de tungsteno, grados de carburo de tungsteno, grado de carburo cementado
Lönegrad volframkarbid, volframkarbid kvaliteter, hårdmetall klass
Tungsten karbür notu, Tungsten karbür sınıflarda, Karbür sınıf çimentolu
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Tungsten carbide grades

Tungsten carbide grades

We stock carbide blanks in the following grades. You will see these grades referenced on the product pages.
Carbide is a cemented, composite material with unique characteristics of wear resistance, heat resistance, strength, toughness and hardness that make it ideal for many industrial applications, especially as a material for cutting tools. Tungsten carbide powder is formed and sintered, using cobalt as a binder, to produce carbide blanks in many shapes and sizes. These carbide blanks are ground in various geometries to produce cutting tools for both general purpose and specialized application. Carbide flat blanks are often used to fabricate carbide-tipped tooling. The flat blank is brazed to a steel body; then the cutting edge is ground into the carbide tip. Carbide round blanks are typically ground into solid carbide cutting tools.

Tungsten carbide new grade
The production of carbide involves a process the complexity of which is, in fact, extraordinary. The base materials, tungsten carbide and cobalt, are combined by applying an exceptionally wide variety of mixing ratios. By adding further materials, such as chromium, nickel, tantalum and titanium, special characteristics can be achieved, e.g. corrosion and heat and wear resistance.
Tungsten carbide YG series
Cemented carbides are the hardest man-made metal-matrix composites. They are used in every major industry worldwide, from ballpoint pens - to mining - to petroleum drilling. The unique properties of carbide in its carious compositions and forms have made process industries and durable goods manufacturers more efficient by reducing machine downtime.
Tungsten carbide YT series
Cemented carbide is a kind of alloy made by powder metallurgical process with the refractory carbides (such as tungsten carbide, titanium carbide, tantalum carbide, niobium carbide, vanadium carbide and chromium carbide) as the hard phase and cobalt or nickel as the binder. It is divided into cutting inserts, wear parts, mining tools, profiles and hard-facing material in terms of the basically applications.
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