Tungsten carbide nozzles, as widely used tool components in the industrial field, play a key role in industries such as oil and natural gas, sandblasting and grinding, cutting and grinding. However, many people still have doubts about the hardness and bending resistance of tungsten carbide nozzles. Today we will discuss the hardness and bending resistance of tungsten carbide nozzles and their impact on engineering applications.
The hardness can reach 90-93 HRA.
This makes it have excellent performance in various high-pressure and high-abrasion working environments, and can withstand the erosion and wear of various abrasives and fluids without damage. This helps users reduce frequent equipment replacements.
The bending resistance strength usually lies between 2200-2700Mpa.
Tungsten carbide nozzles are much higher than many common materials. This indicates that even under a large amount of pressure bending force, the tungsten carbide nozzle can have good stability and durability, maintain a complete structure, without breaking, which is crucial for various harsh industrial working environments.
Langsun Carbide, in the manufacturing of tungsten carbide nozzles, can control its bending strength and hardness according to the specific purpose and the special usage environment of the customer, through approaches like refinement, temperature control, and the addition of third elements. Langsun provides the optimum nozzle solutions for customers. Even under complex and severe working conditions, it can still maintain stable performance, providing reliable work protection.
