Customized High Wear Resistance Microporous Ceramic Filter White Glass Board Sheet
Description
Customized High Wear Resistance Microporous Ceramic Filter White Glass Board Sheet
Alumina ceramics is high hardness,high heat resistance,good wear resistance,high electrical insulation,high corrosion resistance,etc
1. Wear-resistant material for surfaces of delivery equipment such as Chutes / Hoppers, Cyclone separators,Elbows, Cyclones, Convey or pulleys.
2.Wear-resistant material for liquid flowing pipes of petroleum, mining, steel ,power
3.Anti-corrosion from chemical substances
4.Thermal impact
Tiling will ensure significant savings on equipment and labour by supplying innovative solutions. Our products are used extensively wherever material wear due to abrasion, impact, friction, heat or corrosion.
1.We are a production-oriented private enterprise.
2.We have nearly 20 years of R&D and production experience.
3.We continuously develops innovative new products to meet the development needs of the market.
1.How about your products’ Quality?
All The products from XKJ company have passed the test before delivery. we produce it in accordance with the requirement of contract or Chinese national standard. Every equipment has own Quality record tracing card.
2.How about your products’ price?
We have manufactured the mineral processing products for more than 20 years. we think the quality counts for more than price, and moreover we can offer the lowest price with same quality.
3.Do you provide beneficiation flow chart?
Our experienced engineers are specialized in designing process flow for various ores beneficiation, including iron ore, tin ore, copper ore, gold ore, lead zinc ore, etc.
4.How about your products’ service ?
Our experienced engineer will be available all hours. The warranty period is 12 months long since installation, It can be extended to 24 months if customers ask.
Additional information
Place of Origin: | Shandong, China |
---|---|
Type: | Ceramic Plates |
Application: | Industrial Ceramic |
Brand Name: | OEM |