Category: Abrasive Technology

Vibration 防震
Abrasive Technology

“Vibration is no longer the enemy of grinding, 3 benefits brought by anti-vibration technology”: The impact of anti-vibration technology on grinding products

The importance of anti-vibration technology in grinding products cannot be ignored, because the vibration during the grinding process will seriously affect the grinding quality and grinding machine. This article will discuss abrasive products and why anti-vibration technology is needed, different anti-vibration technologies and their effects, anti-vibration requirements of different abrasive products, and the impact and future development prospects of anti-vibration technology on abrasive products.

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Coated abrasive
Abrasive Technology

“Coated Abrasives: Wear is no longer a problem? Take you to understand the 10-step large-roll production line. The powerful application is amazing!”

What is Coated Abrasives?

Coated abrasives are particles applied to a surface, usually in the form of tapes, sheets, discs and rolls, where the particles are attached to a backing by a binder, and then another layer of binder provides additional support for the particles. Sandpaper is probably the most common type of coated abrasive. Widely used substrates are paper, cloth, vulcanized fibers, and plastic films, which range in particle size from very coarse (~24 mesh) to ultrafine (micron size).

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Electrostatic Sand Planting
Abrasive Technology

Explore Electrostatic Sand Planting Technology: What Is Electrostatic Sand Planting?4 key points to understand at once

What Is Electrostatic Sand Planting?
The grinding industry plays a vital role in the manufacture of various products as grinding technology improves production efficiency and ensures product quality. In the grinding process, the abrasive belt is one of the indispensable tools because it can effectively grind various materials and is widely used in metal, wood, glass and other industries.

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Deburring
Abrasive Technology

Remarkable improvement in product quality! 1 highly effective methods for eliminating edge burrs.

Deburring is a secondary operation of the machining process that improves the final quality of a product by removing raised edges and unwanted chunks of material, known as burrs, left over from the initial machining process . Burrs are produced by shearing, bending, cutting, perforating and compressing material. These occur mainly on soft and malleable materials. Deburring machines are used to remove burrs by mechanical, electrochemical and thermal methods.

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testing methods for grinding products
Abrasive Technology

Quality Inspection for testing, 5 testing methods you need to know

Grinding products play a crucial role in industrial production. Whether in powder metallurgy, mechanical processing, or chemical industry, grinding products are indispensable materials. However, grinding products are prone to wear and shape changes during use, which can have adverse effects on product performance and service life. Therefore, it is essential to test grinding products to ensure product quality and reliability.

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