Liquid sulfur - Import export

BENEFITS OF LIQUID SULFUR • It is the most effective product in the regulation of soil pH. • It is an important advantage that liquid sulfur can be applied in small amounts and can show its effect within 1-2 weeks, although it has to be applied in higher amounts than sulfur applied in powder form in general and the powder sulfur shows its effect in 4-5 years. • Its application is easier than sulfur powder and it can be used at every stage of plant production from planting to pre-harvest. • In its use, all kinds of agricultural mechanization possibilities developed for pesticide and fertilization can be used. • It exists in the soil and facilitates the absorption of macro and micro nutrients by plants due to the high pH of the soil. • It reduces and prevents the salinity of the soil after use. • It breaks down the lime in calcareous and excessively calcareous soils. • It helps to adjust the soil temperature, thus increasing the freezing resistance of the products.

Chemical pumps of the CHEM series are used as a modified version as submersible pumps for emptying drums and containers. For example, chemicals such as liquid sulphur are pumped at temperatures up to 150 °C. The series is well suited to transfer low-viscosity media at relatively high pressures. — For viscosities up to 1.000.000 mPas — Temperatures up to 500 °C as special version — Differential pressures up to 120 bar — Suction pressures from vacuum to 15 bar Submersible suspension pumps are designed in such a way that the pumps are submerged in the container with the medium and the medium is sucked in via the flangeless suction side. The medium then enters the process from the tank via a pipe from the discharge side. Submersible suspension pumps are often made of special or stainless steels. A special feature of these pumps, as a rule no additional seals are required on the pump. Only the tank is sealed towards the atmosphere.

Aluminum fluoride Aluminum fluoride is colorless or white crystals. Insoluble in water, insoluble in acid and alkali. It is very stable in nature and can be hydrolyzed under heating. Mainly used for aluminum. Aluminum trichloride and hydrofluoric acid, ammonia water system. Chemical properties: There was no reaction with liquid ammonia or concentrated sulfuric acid, or with hydrated potassium hydroxide. Not reduced by hydrogen, strong heat does not decompose but sublimates, and its properties are very stable. Heating to 300-400°C can be partially decomposed by steam into hydrogen fluoride and aluminum oxide.