Grain Size: 0.0–1.2 mm
Density: 35- 45 Kg/m3
Packaging: 200 dm3/Polypropylene Bag
Usage areas:
-In the plaster industry, in Perlite Plaster production
-In the thermal insulation of cryogenic tanks,
-It is used in filter perlite production.
-Perlite Fine and filter Perlite products cryogenic tank insulation, case making, pharmaceutical and chemical industry, metallurgy related
-It is widely used in production.
Usage areas:
-In Thermal Insulation in Industry;
-Insulation of Cold Storage,
-Reactors, Crucibles, etc. with temperatures up to -1000 °C. in insulation.
In metallurgy;
-As metallurgical flux in foundry,
-As an additive to foundry sand
-To protect the molten metal in the crucible,
-To prevent heat loss of hot metal ingots going to forging or rolling,
-Slag control of molten metal in the iron and steel industry,
-In the production of perlite insulating refractories,
-Perlite refractory bricks with ceramic binder,
-Perlite refractory bricks or concretes with aluminum phosphate binder as perlite refractory mortar
*Perlite is used as an additive in the ceramics and glass industry.
Other Application Areas
-As an additive to facilitate the cementing process in drilling.
-Ship bottom coating and insulation
-To remove water pollution caused by oil waste or other oily residues
-To prevent water loss through evaporation in dam lakes and open water reservoirs in cities.
-As additive filler to plastic foams and plates
-It is used for insulation against fire, especially in steel constructions.
-It can be easily applied in many other areas.
Cryogenic Perlite
Cryogenic is the name given to temperatures below -100 degrees. Cryogenic tanks are produced to transport and store gases in a liquid phase below -100 degrees. Insulation is very important to prevent liquid gases from passing into the gas phase.
Perlite is used to maintain the liquefaction temperature of all gases liquefied at low temperatures (up to -270 C) in double-walled tanks. Perlite is freely filled between the double walls of the tank at atmospheric pressure or under vacuum.