Difference between revisions of "Ceramic Lined Materials"
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*Urethane/Ceramic liners can be an alternative solution in applications where chemicals in contact with liners can adversely affect rubber compounds. | *Urethane/Ceramic liners can be an alternative solution in applications where chemicals in contact with liners can adversely affect rubber compounds. | ||
*Can be engineered to change size, placement, and spacing of ceramic cylinders to meet the right impact level and abrasion resistance for your particular application. | *Can be engineered to change size, placement, and spacing of ceramic cylinders to meet the right impact level and abrasion resistance for your particular application. | ||
**Ceramic is good for sliding abrasion | **Ceramic is good for sliding abrasion | ||
**Rubber is excellent for impact abrasion | **Rubber is excellent for impact abrasion | ||
**The combination is ideal for sliding/impact abrasions | **The combination is ideal for sliding/impact abrasions | ||
==Video== | ==Video== | ||
<youtube>w6ZVSLIFAOQ</youtube> | <youtube>w6ZVSLIFAOQ</youtube> |
Latest revision as of 01:39, 11 August 2014
Ceramic lined materials provide the extra protection of ceramic, which is particularly effective in applications requiring impact and sliding abrasion resistance. These ensure wear-resistant ceramic cylinders to resilient rubber or urethane, to create tough, durable lining systems that extend wear life on your production line, while reducing maintenance and downtime. Well-suited to the rigors of crushed rock, mineral concentrates, and other abrasive materials, the lining systems are ideal for heavy-wear and impact applications.
General features:
- High pressure and heat during the vulcanizing process creates an incredible bond between rubber and ceramic.
- Ceramics will stay in place until completely worn.
- Thickness and formulation can very to create a custom system for your installation.
- Urethane/Ceramic liners can be an alternative solution in applications where chemicals in contact with liners can adversely affect rubber compounds.
- Can be engineered to change size, placement, and spacing of ceramic cylinders to meet the right impact level and abrasion resistance for your particular application.
- Ceramic is good for sliding abrasion
- Rubber is excellent for impact abrasion
- The combination is ideal for sliding/impact abrasions
Video