Tips To harden Your Wear Parts for Horizontal Wood Grinder

If you have invested in a horizontal wood grinder, the issue of cutter tools is one of the crucial factors to consider. There are several things that you need to consider the effectiveness of the teeth. Hardening tools is one of the crucial things that you need to consider. Teeth hardening ensure that you are getting the most out of the machine.

But how do you harden wear parts for a horizontal wood grinder? Well, here are some of the key things you can achieve this. Check out the following:

Tungsten Carbide Hardfacing

Tungsten carbide hardfacing is one of the methods being us by manufacturers to improve the quality of their wear parts. As the name suggests, hardfacing is the use of metallic sheet on the teeth to improve its hardness. In this case, tungsten carbide is the material used for creating that layer on the material. Tungsten carbide material is one of the hardest materials in the market and that’s it most manufacturers are using for the hardening of the tools. So, if you are looking for hardened tools, then you need to check whether they have been hardfaced.

Tungsten Inserts

The tip of the wear parts for the horizontal wood grinder is a crucial factor to consider when buying these cutting tools. These are the parts that determine the cutting performance of the machine. One of the key things that you need to consider is the material used for the cutter tools construction. For hardened tools, we recommend that you go for the tungsten material. However, it is important that you check the grade of the carbide used. For the best quality wear parts, go for the tungsten carbide material. This is one of the most powerful metals in the industry. That’s how you get the most out of your wear parts for a horizontal wood grinder.

Brazing Tungsten Carbide

Brazing tungsten carbide is another method that is generally used by wear parts producers to improve the quality and hardness of Wear Parts for Horizontal Wood Grinder. The technology is used to make the tools’ joints more powerful to withstand more abrasive conditions. However, it is important that you check out the quality of the used for the making of the materials for the joining of the joints. The better the quality of the flux. You also need to check if the joint has been done properly.