Core Content: Wear and Impact Resistant Conveyor Chute Liner、Alumina Ceramic Rubber Lining、High Performance Conveyor Chute Protection
Description
The Conveyor Chute Wear Resistant Ceramic Rubber Liner is made of high alumina ceramics and high-quality natural rubber compounded by a special process. The excellent shock absorption properties of natural rubber help to achieve a certain impact resistance, thereby preventing the tiles from cracking in the high impact area, which has a very superior effect compared with the ceramic lining tiles directly bonded to the steel plant. Compared with wear-resistant steel, the characteristics of high-quality Conveyor Chute Wear Resistant Ceramic Rubber Liner make it more resistant to wear and impact. Their service life is much longer than previous wear-resistant lining products, and can last for multiple shutdown cycles without causing serious wear or failure.
Chemical Property
S.No. | Material | Attributes | Properties |
1 | Ceramic Tiles | Material | 92%, 95%, T95%,99%, ZTA,RBSIC |
2 | Rubber | Component | natural rubber, nitrile-butadiene rubber ,Flame Retardant ,others |
Density | ~1.4g/cm3 | ||
Tensile strength at break | ≥15Mpa | ||
Elongation at break | ≥250% | ||
Shore Hardness | 45-65 | ||
Adhesive between tile and rubber | 1.2-3.0 Mpa | ||
Adhesive between rubber and equipment | ≥3.8 Mpa | ||
Thermal conductivity.(normal temperature) | 2w/m·k | ||
Aging period | ≥15 Years | ||
Working temperature | -50ºC – 200ºC | ||
3 | Steel plate | Material | Q235A |
Density | 7.85g/cm3 | ||
Thickness | 5-6mm | ||
4 | Adhesive | Appearance | Brown glutinous liquid |
Solid content | 20±3% | ||
Viscosity | ≥2.5 Mpa | ||
Peel strength | 48h N/2.5cm≥120 | ||
Compressive strength | ≥850 Mpa | ||
Working temperature | -20ºC – 100ºC |
Application of Conveyor Chute Wear Resistant Ceramic Rubber Liner
Conveyor Chute Wear Resistant Ceramic Rubber Liner provide wear-resistant linings for various equipment, chutes, pipes, hoppers, dustbins, cyclones, screening equipment linings and other industries.