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Ceramic saddle
Ceramic saddle packing or horse saddle is one of the types of ceramic packing that is used in towers and chemical tanks. Its structure is a combination of circular shape and horse saddle shape. That’s why it has so many benefits. This type of saddle, while having a high mass transfer coefficient, also has a low pressure drop and is also reasonably priced.
Anti-acid tiles
Anti-acid tiles resistant to acid environments and other corrosive chemical compounds for use in petrochemical, power plant and food industries, chemical corrosion resistant tiles or antacid tiles produced by Pasargad Refractory Company, a fully vitreous tile with very low water absorption and dissolution in It is a low acid which is produced on the basis of mineral clay compounds and by pressing or extruding method in the factory of this company. These products are produced with a thickness of 20-30 mm, of which a thickness of 25 mm is more common.
Anti-acid epoxy mortar
Anti-acid epoxy mortar. A three-component mortar produced by Pasargad Refractory Company for anti-acid linings, which consists of three components: powder (P), epoxy resin liquid (R) and hardener liquid (H). Mixing the hardener with epoxy resins must be done in the exact ratio declared by the manufacturer. After mixing the resin and hardener thoroughly, add some powder to it. In this type of mortar, the reaction of epoxy resin with polyamine hardeners is usually additive reaction.
Packing Paul Ring
Pasargad Refractory Material Company is a manufacturer of Ceramic Pallring Packing. In this type of filling, it is similar to cylindrical Rushing packing, but because parts of its wall are cut and bent inwards. Its inner surface is more accessible than the Rushing Ring and therefore has more real active surface. These types of fillers have very good efficiency. And because of their open structure, they separate gas and liquid. In general, packing packing is produced in three different types of metal, ceramic and plastic, of which the metal type has more applications. Packing pal rims, due to the fact that it creates less pressure drop in the towers, allows the tower to operate in higher capacities.
furan mortar
Furan anti-acid mortar is a two-component mortar based on furani resin (Forani anti-acid mortar) produced by Pasargad Refractory Company, which is set by a chemical reaction. This mortar has an impermeable structure and is resistant to chemical corrosion of a wide range of materials including strong acids, bases, oils and solvents, and at the same time it has resistance up to 160 degrees Celsius. Also, a special type of furan mortar called FURANMOR-C is used against hydrofluoric acid, fluoride salts and strong alkalis at high temperatures.
Intalux Saddle packing or saddle
Pasargad Refractory Company produces Intalux Saddle packages in different sizes, in which it is much more irregular and accidental. These fillers are designed so that the two pieces cannot overlap each other, leaving the direction of a large portion of the filler surface active.
Anti-acid brick
Acid and alkali bricks, with very high corrosion resistance and unique strength, are used as coating for pipelines and tanks, industrial furnaces, ponds and floor surfaces. These bricks are the safest solution to protect surfaces against high concentrations of acid and alkali, thermal shocks and sudden changes in temperature, as well as severe mechanical damage. Other advantages of these products include a very small number of pores and porosity on the brick surface.
1260 light refractory brick
1260 style light refractory brick is one of the products of Pasargad refractory materials company. It is a light heat insulation firebrick in different temperature grades from 1000 degrees Celsius to 1430 degrees. Heat-insulating refractory bricks or lightweight refractory bricks are products that are used for refractory walls in furnaces and other heating devices that are not justified by erosion and corrosion stresses, and the purpose of using them is to reduce heat loss.
Ceramic packing
Ceramic packings are the main and essential parts of distillation towers that have high acid and thermal resistance and these fillers are used to create a contact surface between two liquid and gas phases or two liquid phases. These components do not participate in the reactions, but increase the level and time of contact between the two phases and increase the efficiency of the reactions. These fillers have the highest consumption in the industry and are made of three types of acetone, porcelain and alumina and are widely used in industries such as oil, gas, petrochemical, acid concentrating, sugar and beverage industries.
