Recyclable Zirconium Silicate Ball 7.5 Mohs Hardness Z600 Ceramic Cleaning Media

Place of Origin Changsha China
Brand Name Fine-Tech
Certification ISO9001
Model Number Z600
Minimum Order Quantity 500KG
Price Negotation
Packaging Details 25kg/barrel,25kg/bag,1t/pallet
Delivery Time 5-15wwork days
Payment Terms L/C, T/T
Supply Ability 2000t per year

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Product Details
Production Technology Melting Method ZrO2 60%-65%
Mohs Hardness 7.5 Recyclable Yes
Size 600-850μm Color White
High Light

Recyclable Zirconium Silicate Ball


Zirconium Silicate Ball 7.5 Mohs


ISO9001 Ceramic Cleaning Media

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Product Description

7.5 Mohs Hardness Ziroconium Silicate Ball Blasting Cleaning Z600



Z series Ceramic beads shot peening media are zirconia-based ideal shot peening beads with high hardness and high strength, and widely used in aerospace industry and automotive industry. The ceramic sand can generate a gentle grinding effect, resulting in a uniform surface profile and matte finish, which is durable and efficient without inlaying contamination to the metal body. Low dust content, high degree of sphericity, smooth spherical and high toughness ensure excellent performance of ceramic sand products.



1) Strong chemical resistance:

Guarantees constant performance eg. consistent Surface blasting effect.

(2) Environmental Friendly

Low crushing rate, no dust, uniform particle size, high wear resistance, re-elasticity, no hidden danger of silicosis, it is harmless to the human body.

(3) Low dust emission

 Does not contaminate the work piece surface, and no hidden danger of silicosis, it is harmless to the human body.



1. High hardness which can effectively transfer the energy of impact point.

2. High toughness to ensure the stability of the medium through hundreds of sandblasting cycles.

3. Does not contaminate the treated surface.

4. Very little dust is produced to ensure production efficiency and limit reduce tear on the sandblasting equipment.




Zirconium Silicate Ball B60 can produce a uniform and uneven rough surface on the cleaned surface to facilitate mechanical bonding of the coating. Using clean compressed air to drive clean ceramic sand to spray on the surface of the workpiece can generate compressive stress on the surface of the substrate, remove the surface oxide film, and cause lattice distortion of part of the surface metal, which is conducive to the physical bonding of the coating. The substrate metal can be sandblasted to obtain a clean, rough and highly reactive surface. This is an important preprocessing method.