Tungsten Carbide Wear Tiles for Decanter Centrifuge

Product Description

Cemented carbide is renowned for its excellent wear resistance, corrosion resistance and high temperature resistance. Cemented carbide wear-resistant tiles are manufactured using the properties of cemented carbide to improve the wear resistance of equipment. In centrifuges, the pusher often adopts wear-resistant measures, and the installation of cemented carbide wear-resistant tiles or the surfacing of cemented carbide protective layers is a common method.

During the centrifuge’s operational cycle, the pusher and associated components are subjected to frequent friction with materials. The installation of carbide wear-resistant tiles has been shown to significantly improve the wear resistance of these parts, thereby reducing the wear caused by equipment damage and the frequency of replacement. As a result, the service life of the centrifuge is extended.

Features

1. The enhancement of wear resistance is pivotal in the utilisation of centrifuges, where the rapid rotation of materials can result in significant wear and tear of rotor blades and other components. Cemented carbide wear-resistant tiles are fixed in the outer circle of the rotor blade by spot welding, which ensures that the rotor blade cannot be deformed. These tiles can be replaced individually, making them durable and practical.

2. Enhancement of corrosion resistance; Cemented carbide is suitable for wear-resistant parts and seals of machines operating in various high-temperature and high-corrosive environments.

3. It enhances the stability and longevity of the equipment. Cemented carbide wear-resistant tiles are characterised by high strength, high corrosion resistance and good heat resistance, which can significantly improve the stability of the centrifuge in operation and extend the service life of the equipment.

Specification

Place of origin	Schuan, China
Warranty	6 Month
Customized support	OEM, ODM
Brand name	XYMJ
Model number	CUSTOMIZED
Material	Tungsten carbide +steel
Surface	Unground