Aluminum Dihydrogen Phosphate

Aluminum Dihydrogen Phosphate is widely used as additives and binding agent for refractory castable, plastic refractory and function refractories ( upper & lower nozzles, slide gate plates, prefab refractory blocks etc.)

Types: There are solid powder type and liquid type.

Application: unshaped refractory materials and phosphoric acid brick, the finished products are used in blast furnace and hot air furnace, open hearth furnace, ladle, electric furnace, non-ferrous smelting soaking furnace, heating furnace, solid kiln, rotary kiln, glass melting kiln, coke oven, tunnel kiln car table, petroleum processing facility and so on. Products are divided into liquid and powder series. Powder products are easy to transport and store.

The main characteristics are:

good thermal shock stability, wear resistance and high temperature toughness, and have good mechanical strength in the low, medium and high temperature. It is very popular during refractory manufacturers and users after years of use. It is also used for gunning refractory materials, motar, castable, chromium and corundum nozzle, gasifier bricks and binder for foundry industry.

Aluminum dihydrogen phosphate refractories have a wide range of applications. In the metallurgical industry, aluminum dihydrogen phosphate refractories can be used for lining plates of railway blast furnaces and rolling mills, lining plates of high-temperature equipment in petrochemical industries, and equipment insulation layers.

In the petrochemical industry, aluminum dihydrogen phosphate refractories can be used for pipeline lining boards, various high-temperature furnaces in fertilizer plants, and ladle lining boards in steelmaking plants. In addition, aluminum dihydrogen phosphate refractories have good mechanical and chemical stability, and can withstand the erosion of various chemical solutions and the erosion of high-temperature and high-pressure gases, metals and other liquids. They are suitable for various high-temperature melting furnaces, Various strong chemical corrosion environments such as reheating furnaces and heaters.