Tecera

TW® Alumina Wear protection Ceramics

The products, which are of excellent wear-resistance, impact-resistance, easy operation are ideal surface wear-resisting material for material transfer equipment in mining, iron & steel works, thermal & power plants, mine, etc, and can extend operating life of equipment effectively. Theoretically the life time of the alumina ceramic is about 260 times longer than that of manganese steel and 170 times longer than that of chrome steel.

TW® Alumina Wear ceramic hex mat

The products, which are of excellent wear-resistance, impact-resistance, easy operation are ideal surface wear-resisting material for material transfer equipment in mining, iron & steel works, thermal & power plants, mine, etc, and can extend operating life of equipment effectively. Theoretically the life time of the alumina ceramic is about 260 times longer than that of manganese steel and 170 times longer than that of chrome steel.

TW® Alumina Wear Resistant Ceramic

The products, which are of excellent wear-resistance, impact-resistance, easy operation are ideal surface wear-resisting material for material transfer equipment in mining, iron & steel works, thermal & power plants, mine, etc, and can extend operating life of equipment effectively. Theoretically the life time of the alumina ceramic is about 260 times longer than that of manganese steel and 170 times longer than that of chrome steel.

TC® Alumina Ceramic Cylinder

The TC Series alumina ceramic cylinder can be combined with high quality rubber to be used as wear protection material in mining industry, power plant, steel plant etc. The alumina cylinder boned rubber wear panel has excellent impact resistant performance against other wear resistant material. Thanks to the excellent wear and impact resistance performance, the alumina cylinder can help to expend the life time of the equipment effectively.

TL® Alumina Lining Brick

The TL series alumina lining brick is designed specially for the ball mill wear protection. Thanks to the extremely low wear loss and inter-locking system design, the life time of the lining can last longer compared with other material.

TCR® Rubber Ceramic Wear panel

Wear Resistant Rubber Ceramic Panels is new generation composite panels, a combination of wear resistant alumina ceramic cylinders/ceramic tiles vulcanized in resilient rubber base. The alumina ceramic surface provides exceptional resistance to wear, while the elastic property of the rubber effectively dampens the impact forces which can crack the ceramics.

TAT® Alumina Ceramic Tube/Pipe

TAT® Series Wear Resistant Ceramic Tube are mainly used as the lining in the pipeline of conveying ore fines, cement, coal and other hard material. Compared with alumina ceramic tile, the installation cost is much lower and the life is much longer.

Wear Resistant Ceramic Hose

(1) Ceramic lining is 12 times more wear-resistant than stainless steel. (2) Impact resistant – virtually impossible to destroy the ceramic segments. (3) Flexible – minimum bend radius is roughly 12 times the hose I.D. (4) Corrosion-resistant – compatible with most chemicals found in slurries. (5) Wide variety of end-connections. (6) Purchase any continuous length up to 65 feet.

TVR-Rubber Ceramic Conveyor Belt

Ceramic embedded rubber conveyor belt is a combination of abrasion resistant alumina ceramic mosaic with or without dimples tiles vulcanized in resilient rubber base. For well over a decade, Tecera has been developing the most innovative and durable abrastion resistant ceramic products combined with other materials, The ceramic embedded pulley lagging products has been widely improved the durability of the conveyor belt. Our continued research, involving the mechanics of how and why ceramic lagging drives a belt, has ensured that our ceramic lagging outlasts and provides more grip than any other ceramic lagging on the market.

Ceramic Lined Steel Pipe

The wear resistant pipe is an excellent wear protection pipe used in all industry where need wear resistance. The high alumina ceramics are installed onto the internal surface of the pipe properly by welding, pasting or inter-locking system. With the brilliant properties of resistance to wear, corrosion and heat , the pipe is widely used in material handling of coal industry, electric power, metallurgy, mining and chemical industry and it is one ideal wear-resistant pipe.