Tungsten carbide is a chemical compound and its core constituents are tungsten and carbon atoms in equal parts. Carbide products, in its basic unprocessed form is a matte grayish powder. This powder then undergoes various processes to form tungsten carbide wear parts, coatings, surgical instruments, and a variety of other components.
There are several reasons why this material is preferred over other types of industrial-use materials such as steel or titanium.
LetâEUR(TM)s take a quick look at some of the advantages of using carbide wear components:
They offer a service life that is considerably longer than that of other materials such as steel or titanium.
The working depth of these components and their tillage quality is also far superior.
A one-time investment in tungsten carbide components helps you save both time and money on maintenance and repairs.
This material demonstrates excellent resistance to wear, high temperature, and high pressure so it can be used in high temperature applications too.
This article discusses some important aspects of ordering tungsten carbide wear parts from a reputable source. HereâEUR(TM)s what you should keep in mind:
To begin with, look out for a firm that has the capability to carry out all operations in-house. These wear part operations would include machining, grinding, brazing, tapping, assembly, inspection and shipment. This reduces the need for you to co-ordinate and deal with multiple vendors.
Flexibility is paramount in this case. You need to partner with a firm that can take your project from its initial stages to completion, or pitch in at an advanced stage of your project if so required.
Part customization is often the key differentiator between you and the competitor. In view of this critical aspect, choose a firm that can offer you made-to-order wear parts that can be used in applications across a myriad of industrial fields.
While tungsten carbide is known for its exceptional longevity, it is important to know that parts that are not well made will often not last their entire life span. This brings in the critical need for quality grinding and finishing expertise. High-quality tungsten carbide parts can last up to 20 times longer than their steel counterparts.
The capabilities of the firm shouldnâEUR(TM)t be limited to just producing parts and components using tungsten carbide. If need be, the firm should have the capabilities to reverse engineer your worn steel components and substitute them with high-quality wear parts made using tungsten carbide.
Usage and Applications
The advantages of tungsten carbide components are to be experienced over a lifetime. These parts donâEUR(TM)t wear out easily and as a result find applications in demanding environments such as: wear parts, paint spray nozzles, atomizing and drying.
