Conveyor Chute Wear Resistant Ceramic Rubber Liner is made of high alumina ceramics and high-quality natural rubber compounded by a special process. DescriptionThe 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.S.No.MaterialAttributesProperties1Ceramic TilesMaterial92%, 95%, T95%,99%, ZTA,RBSIC2RubberComponentnatural rubber, nitrile-butadiene rubber ,Flame Retardant ,othersDensity~1.4g/cm3Tensile strength at break≥15MpaElongation at break ≥250%Shore Hardness45-65Adhesive between tile and rubber1.2-3.0 MpaAdhesive between rubber and equipment≥3.8 MpaThermal conductivity.(normal temperature)2w/m·kAging period≥15 YearsWorking temperature-50ºC - 200ºC3Steel plateMaterialQ235ADensity7.85g/cm3Thickness5-6mm4AdhesiveAppearanceBrown glutinous liquid Solid content20±3%Viscosity≥2.5 MpaPeel strength48h  N/2.5cm≥120Compressive strength≥850 MpaWorking temperature-20ºC - 100ºCApplication 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.

1. Detailed description:alumina cubesThe Ceramic Cube is a high-performance abrasion and impact resisting linings for high-impact, high-pressure applications in which ceramic tile may not have sufficient structural resistance, and high-performance rubber may not offer the required wear life. In extreme applications, the Cube liners can be installed in a matrix or abrasion resistant steel plate to provide structural support for the ceramic/rubber matrix and provide exceptional wear life where competing products cannot.Used in heavy industry for years as a cost-effective, wear-resistant solution, these lightweight materials offer high durability, strength, and excellent abrasion and corrosion resistance. Alumina wear resistant compositions include:l Alumina 92: most common wear product with great wear resistancel Alumina 95: increased wear performancel Alumina 96: premium alumina for best wear resistancel Zirconium toughened alumina(ZTA):  increased strength and impact resistance2.Product features:> High hardness > Superior abrasion and impact resistance > Corrosion and chemical resistance > Light weight > Easy installation by epoxy resin or bolt > Improve your working environment-noise, vibration and safety3. Product Specification:- Square tile: 10x10x3~10mm, 17.5x17.5x3~15mm, 20x20x3~15mm, etc.- Ceramic Plate: 100x100x6~50mm, 150x100x6~50mm, etc.- Hexagonal tile: S12.5xT3~20mm, S23.5xT6-25mm- Dimple tiles: 20x20x4-10+1(with 5 dimples), 20x30x5~15+1(with 18 dimples), 20x20x5-10mm( with 13 dimples)- Ceramic Block: 40x40x40mm, 45x45x50mm,32x32x22mm, 38x38x38mm,etc.- Ceramic Cylinder/rod: 6x6mm,15x15mm,20x20mm, 31x31mm,40x40mm, 45x50mm, 50x50mm etc.4. Ceramic wear lining tiles for a variety of applications:Processing equipment:l Pharmaceutical clean roomsl Food processing plantsl Grain handlingl Mineral processingl Cement manufacturingl Chemical processingl Large Cyclones:l Coal-fired power plantsl Steel Millsl Asphalt Plantsl Petrochemical plantsl Pulp and paper millsCategoryHC90HC92HC95HCT95HC99HC-ZTAZrO2Al2O3≥90%≥92%≥95%≥ 95%≥ 99%≥75%/ZrO2/////≥21%≥95%Density＞3.50g/ cm3＞3.60g/cm3＞3.65g/cm3＞3.70g/cm3＞3.83g/cm3＞4.10g/cm3＞5.90g/cm3HV 20≥900≥950≥1000≥1100≥1200≥1350≥1100Rock Hardness HRA≥80≥82≥85≥88≥90≥90≥88Bending Strength MPa≥180≥220≥250≥300≥330≥400≥800Compression strength MPa≥970≥1050≥1300≥1600≥1800≥2000/Fracture Toughness KIc MPam 1/2≥3.5≥3.7≥3.8≥4.0≥4.2≥4.5≥7.0Wear Volume≤0.28 cm3≤0.25cm3≤0.20cm3≤0.15cm3≤0.10 cm3≤0.05cm3≤0.02cm3