Why is Tungsten Carbide Used in Manufacturing Homogenizer Spare Parts?
25 March 2022
Chemical processing, food and beverage production, pharmaceuticals, and manufacturing industries rely heavily on homogenizers to generate products with a uniform and consistent mixture.
What makes homogenizer great for these industries is it can break components and distribute them evenly to craft their needed mixture solution. It can likewise emulsify, grind, suspend, disperse, and dissolve components. To make this equipment more effective, industries would often pair it with other types of mixing equipment such as batch mixers, paddle mixers, and high shear mixers.
Given the functions of a homogenizer, some of its components might need to be replaced to keep it operational for a long time. As for the quality of its spare parts, industries would often opt for those that are made from tungsten carbide due to the following reasons.
Resistance to Destructive Elements
One of the reasons why tungsten carbide is preferred by industries for homogenizer spare parts is it can effectively resist deformation. Numerous parts of a homogenizer move almost all the time. So, replacing these parts with the ones that can resist deformation and deflection ensures that they will not get damaged during the operations of the mixing equipment.
Aside from deformation and deflection, tungsten carbide is also used in manufacturing homogenizer spare parts is due to its resistance to extreme temperatures. Extreme heat and cold can affect the longevity of various homogenizer components. By using tungsten carbide, industries can expect their homogenizer components to stay intact despite being exposed to different temperature ranges.
Thermal and Electrical Conductivity
Another reason why tungsten carbide is used in manufacturing homogenizer spare parts is it has excellent thermal conductivity. Compared to tool steel and carbon steel, the thermal conductivity of tungsten carbide is twice that of the mentioned materials. Tungsten carbide likewise has great electrical conductivity as this material is on par with the electrical conductivity of tool steel and carbon steel.
These qualities make tungsten carbide useful when transferring heat and electricity whenever necessary.
Respectable Durability and Strength
What makes tungsten carbide better compared to other materials for homogenizer spare parts is it has respectable durability and strength. The durability of this material is attributed to its ability to resist wear longer than steel and other similar materials. This quality allows tungsten carbide homogenizer spare parts to be resistant against abrasion, galling, and erosion.
Strength is another core quality of tungsten carbide that makes it great for creating homogenizer spare parts. Compared to other melted, cast, or forged metals and alloys, tungsten carbide has a very high strength that makes homogenizer parts hard and rigid.
Some homogenizer components that can be generated out of tungsten carbide are valve seats, plungers, shafts, valve plugs, and impact rings. To purchase tungsten carbide homogenizer spare parts, you can call us at Amon Engineering.
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