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Basic Info.

Model NO.	ZAWA-22
Feature	Wear Resistance
Color	White
Transport Package	Carton+Pallet
Specification	according to customer′s requirement
Trademark	zawa
Origin	Zibo, Shandong, China
HS Code	690912
Production Capacity	30000/Year

Product Description

Wear Resistant Alumina Ceramic

The wear-resistant ceramic composite pipe adopts special viscose to paste high-purity small square piece ceramics on the inner wall of the pipe, and arch and fix with a variety of special-shaped ceramic pieces. The core technology of this process is that a variety of ceramics are arched to adjust the radians and curves of different parts inside the elbow, so that the ceramic layer is closely combined with the inner wall of the pipe and the gap between ceramics is minimized. At the same time, the ceramic layer on the scouring surface is staggered and lined to ensure long-term operation without falling off.

The manufacturing process of wear-resistant ceramic pipe is relatively simple, the manufacturing cycle is short and the cost is low. It is widely used in the transportation of pulverized coal, desulfurization, ash removal, slag removal, slurry, concrete and other media.

Features:1. The alumina lining brick should be composed of high-quality alumina with high purity, which greatly reduces the pollution to the grinding materials;2. Good wear resistance, wear resistance is 266 times that of manganese steel, effectively prolonging the service life of the equipment;3. The slurry is finely milled with high-alumina balls;4, corrosion resistance, high density, high mechanical strength and other characteristics.

Alumina ceramics have better wear resistance than metal materials and are easy to install. It has been widely used in material conveying equipment in iron and steel, thermoelectricity, cement, coal, mining, port, chemical industry and other industries; Hopper, pipe, elbow, valve, fan blade, chute, ball mill, feeder, powder concentrator, ball mill and other anti-wear working conditions. Various types of alumina flat lining plate and lining brick; Arc and conical lining plates and special-shaped products designed and produced according to customer needs.
Product Features:High hardness,Super abrasion-resistance,Excellent compact resistance,Corrosion resistance ,Regular and smooth shape,High stability,easy to handle.It can be applied in all kind of industrial wear areas.Application Field:Wear resistant ceramic lining are widely used in hoppers,Rubber elts,Pipes,Elbows,Valves, Fan blades,Chutes,Ball mills,Feeders,Bunkers and other processing equipment of the Steel,Thermal power,Cement,Coal,Mine,Port chemical industry and so on.Specification Available:

Specification	Length	Width	High
Plate liner	50-228	25-150	6-75
welding liner	50-228	30-150	8-50
pipe liner	50-228	20-150	8-50

About our companyZibo Zawa New Material Co., Ltd located in Zibo high-tech development zone in Shandong province. It is a professional manufacturer and exporter of alumina ceramic balls, alumina ceramic tiles, alumina chemical filling balls, alumina rubber composite plates and zirconium aluminum composite materials. The main products include filling balls, grinding balls, alumina plates, wear-resistant tiles, tubes and various special wear-resistant parts, etc. The annual output reaches 20,000 tons.Zawa company introduced the most advanced full set of production equipments, including spray granulators, automatic isostatic pressing machines, two-way long-stroke hydraulic brick presses, 1700°C high-temperature tunnel kilns, shuttle kilns and other sintering furnaces. Meanwhile, our laboratory configured with advanced testing equipments, such as the particle size analyzers and density meters, to ensure the strict inspections during all the aspects of production and finished products, such as the particle size analyzers and density meters.1.Adhere to the idea that the unqualified raw materials are not in the factory and the unqualified products are not long.2.Operators are employees who with many years of experience , operating the equipment strictly accordance with the operation instructions and process flow.