Deburring Ceramic Polishing Media 850μm-1180μm Ceramic Grit B10 Lower Wear Rate
Contact me for free samples and coupons.
Whatsapp:0086 18588475571
Wechat: 0086 18588475571
Skype: sales10@aixton.com
If you have any concern, we provide 24-hour online help.
xName | Abrasive Ceramic Blasting | Material | Zirconia |
---|---|---|---|
Shape | Grit | Usage | Polishing |
Color | White | Chemical Composition | ZrO2 |
Type | B10 | ||
High Light | Ceramic Polishing Media,Ceramic Polishing Media 850μm,1180μm Ceramic Grit |
Lower Wear Rate 850-1180μm Ceramic Blasting Abrasive B10 Recycled
DESCRIPTION
B series Ceramic beads blasting media are zirconia-based blasting beads with high hardness and surface smoothness. As one recyclable sandblasting media, it is suitable for the blasting, finishing, cleaning, deburring, surface pretreatment in the process of metal parts production and maintenance.
ADVANTAGES
1. It is applicable to various metals and nonmetals, such as titanium alloy, magnesium alloy, aluminum alloy, stainless steel, carbon steel, brass and alloy, acrylic, plastic and other materials. Ceramic shot will not react or oxidize with metal, and there is no metal residue, so it will not affect the color of the workpiece.
2. It is suitable for dry blasting and wet blasting. The surface of ceramic shot is very smooth, and the wear of sand blasting equipment is very small.
3. Ceramic shot has high sandblasting efficiency and long service life, and its recycling times can reach 25 times of glass beads.
4. The roundness is high, and the proportion of abnormal balls and snowman balls adhered between the spheres is low.
APPLICATION
·Sandblasting satin finish
·Sandblasting cleaning
·Deburring
·Descaling
·Pretreatment before spraying/coating
·Shot peening
FEATURES
Strong chemical resistance: Guarantees constant performance eg. consistent Surface blasting effect.
Low dust emission: Does not contaminate the work piece surface, and no hidden danger of silicosis, it is harmless to the human body.
Not easy to break: Recyclable,and can reduce the refueling times, improve working efficiency.