Product Description
150*150mm Prefabricated Hexagonal Tiles mat for pipe linings
Size available:
150*150mm, 160*160mm,250*250mm, 300*300mm, 300*500mm, 500*500mm
|
92 Alumina Ceramic Liners |
95 Alumina Ceramic Liners |
T95 Alumina Ceramic Liners |
Al2O3:≥92%
Density:≥3.6g/cm³
Porosity:<0.1%
compressive strength:≥1050Mpa
Rockwell Hardness ≥82HRA
Vickers Hardness Hv20: ≥1050Mpa
Fracture Toughness(KIC): ≥3.7MPa.m1/2
Bending strength: ≥220Mpa
Wear Volume:≤0.25cm3
Appearance: white |
Al2O3:≥95%
Density:≥3.65g/cm³
Porosity:<0.1%
compressive strength:≥1300Mpa
Rockwell Hardness ≥85HRA
Vickers Hardness Hv20: ≥1100Mpa
Fracture Toughness(KIC): ≥3.8MPa.m1/2
Bending strength: ≥250Mpa
Wear Volume:≤0.20cm3
Appearance: white |
Al2O3:≥95%
Density:≥3.70g/cm³
Porosity:<0.1%
compressive strength:≥1600Mpa
Rockwell Hardness ≥88HRA
Vickers Hardness Hv20: ≥1150Mpa
Fracture Toughness(KIC): ≥4.0MPa.m1/2
Bending strength: ≥300Mpa
Wear Volume:≤0.15cm3
Appearance: white |
QMX's Direct Bond Ceramic Wear Panels are manufactured with High performance Aluminium Oxide ceramic for increased abrasion and crack resistance. The tiles are supplied in pads with clear backing tape to ensure accurate positioning. Elastotec uterlise a high strength bonding system to provide adhesion of the ceramic tiles to the metal substrate >20 MPa. An automated mixing/dispensing system for the two part epoxy adhesive to ensures consistency and control to eliminate any chance of operator error.
Ceramic/rubber lining mats
is a composite construction of highly wear-resistant 92 %/95%/T95% -Al2O3 ceramic tiles (square,
rectangular or hexagonal „
Area of application
• Lining against extreme wear through
abrasion at high speeds
• For simple to medium duty applications
in mining, gravel, sand and stone breaking
mills and other industrial sectors
• In applications like pipelines, vibratory
feeders, cyclones, skips, bunkers, chutes,
loading points, slides, hoppers, silos
Detailed Photos
Mineral Processing equipment operates in some of the harshest and remote locations. It is crucial to the Mineral Processing industries that this equipment continues to operate efficiently and its lifecycle is maximized to minimize downtime. By appropriately protecting equipment from the extreme wear caused by the high speed and flow rates of ore when processed as a slurry ensures better equipment longevity. The slurry is highly abrasive and can not only cause wear damage to wet processing equipment but also with the inclusion of chemicals and heat, there is a constant risk of corrosion and dangerous leakage.
Wear Protection ceramic Linings are used throughout Mineral Processing to protect the steel surfaces of equipment from wear and corrosion. They are used on a range of equipment including pipes, tanks, chutes, pumps, flotation cells, thickeners, launders, and feed spouts or chutes.