Alumina Tiles – The Ultimate Solution for High Performance Wear Resistance

ISO Pressed Alumina Ceramic Tiles provide an ideal way to protect material conveying equipment surfaces in environments with extreme wear, as they offer exceptional resistance against both sliding and impact abrasion.

These lightweight, non-porous tiles and liners are easy to install and can significantly extend the life of your equipment while providing corrosion and erosion protection.

Abrasion Resistance

Alumina ceramics are one of the most cost-effective and widely utilized engineered ceramic materials available, being created through industrial methods using techniques such as blending, casting and molding – including adding zirconia, silica, manganese oxide or carbon as additives or components.

Alumina tile ceramic lining solutions from Chemshun provide excellent protection for equipment in environments with frequent or ongoing contact between it and corrosive materials, such as slurry or other liquids, such as slurry. Abrasive wear caused by such substances can significantly decrease equipment life expectancy and lead to costly repairs; Chemshun’s solutions provide optimal protection to ensure it continues to function efficiently while saving on repairs costs.

Our Alumina tiles come in various thicknesses to meet your specific application. Additionally, we provide various attachment methods that ensure your alumina liner will stay put and protect equipment from impact or sliding abrasion. They can be secured using strong adhesive bonds on concrete, steel or rubber substrates.

Corrosion Resistance

Alumina ceramic lining tiles are non-porous, chemical resistant liners made of non-toxic ceramic material that require only regular maintenance to remain functional – typically regular vacuuming and regular brushing with a soft cloth to remove stains or scrub brushes as necessary for stain removal.

Corrosion resistance tests demonstrated that alumina is exceptionally resistant to acid corrosion (HCl, HNO3, and H2SO4) due to its superior chemical stability and durability. This remarkable feat stands as testimony of how useful and versatile alumina really is in terms of corrosion protection.

ISO Pressed Alumina Tiles are widely utilized to prevent wear-and-tear from moving objects in cyclones, tubes, hoppers, chutes and production systems. It can also be found as security fencing linings as well as anti-drill plates for locks or grinder resistant inserts in doors. Available in various thicknesses for fabrication into custom shapes using steel plug weld method welding with purity levels from 92% up to 99.8% purity levels it meets even the most stringent applications with ease.

High Temperature Resistance

Alumina ceramic linings are ideal for environments that demand robust wear resistance, such as power plants and metallurgical operations. Furthermore, these ceramics protect from chemical corrosion as well as high temperatures; furthermore their smooth surfaces facilitate easy cleaning and maintenance – helping maintain flow efficiency while increasing flow efficiency.

Alumina stands out with both sliding and impact abrasion resistance, being capable of withstanding impacts from steel balls without succumbing to fracture.

Traditional ceramic materials tend to degrade at higher temperatures, but alumina fine ceramics offer excellent heat resistance that won’t melt or decompose until temperatures reach 2,000degC – they even retain more ductility at this temperature! However, damage tolerance of alumina may be increased by selecting suitable raw material, optimizing preparation process parameters, composite reinforcement strategies rational design product structure as well as regular inspection/replacement components – this can significantly enhance product performance while reducing downtime due to wear.

Impact Resistance

Alumina ceramics boast diamond-hard hardness for superior impact resistance and are also capable of withstanding significant forces and pressure, making them suitable for applications where there is high stress or shock exposure.

Ceramic tiles from our supplier offer unsurpassed abrasion resistance, making them the ideal solution for use in systems handling dry substances, slurries, or dust laden gases. In fact, their superior durability outstrips other construction materials typically employed for this task by up to 30 times!

RBSiC ceramic is a high purity (90%), dense refractory material with excellent oxidation-resistance that features Moh’s hardness of 9.5 and MOR (Moh’s Hardness over Radius) values between 5 to 7. Its hardness exceeds that of nitride-bonded silicon carbide and it can be produced into much wider range of shapes than its predecessor, nitride bonded silicon carbide; applications include ergonomic body armour for military equipment/ weaponry; vacuum pumps/gun assemblies/transducers/X-ray tubes/electron microscopes etc. Additionally it also features very good thermal shock resistance qualities among various grades including 95-96% Alumina/25% ZTA/ZTA blends.

Easy Installation

Aluminum tile trims are designed to be straightforward and straightforward installations, featuring holes, slots or grooves for fastening using screws, nails or adhesives – making installation time and effort considerably reduced. Furthermore, their ease of installation allows contractors to work on multiple construction projects at the same time while still installing their trim.

IPS Ceramics produces world-class technical ceramic tiles and wear resistant liners made of high alumina for a range of engineering applications, firing it at 1600 degC (2900 degF). Alumina creates an extremely dense material that offers exceptional mechanical strength, rigidity, machining tolerances and can be machined at close tolerances.

Ceramics are chemically inert materials with a low coefficient of friction and smooth finish that make them ideal for use as an anti-friction lining for cyclones, chutes, tubes, hoppers and production systems. Their design helps prolong equipment lifespan while cutting maintenance and repair costs; additionally, alumina ceramics have superior wear and corrosion resistance and can even withstand use in both reducing and oxidizing atmospheres.