SUN CHEMICAL - COLORS & EFFECTS NETHERLANDS B.V - Global Supplier Of High Quality Chemicals & Reagents

Hydrated lime is a highly basic substance. Therefore, it is used in various processes that require the regulation of PH in acidic environments. In the mining industry, it works s a PH regulator during the extraction of gold.

The acid is an organic compound that works as a reagent in various organic synthesis processes. It is also a good bleaching agent. The compound is prepared from cyanuric acid when reacted with sodium hydroxide and chlorine gas. One of the major applications is its use as an algicide, disinfectant and bactericide in swimming pools. It prevents the growth of aquatic plants and undesirable bacteria especially for regularly used swimming pools. People use it in place of chlorine gas as it is easier to handle without getting exposed to the harmful fumes

The acid is an organic compound that works as a reagent in various organic synthesis processes. It is also a good bleaching agent. The compound is prepared from cyanuric acid when reacted with sodium hydroxide and chlorine gas. One of the major applications is its use as an algicide, disinfectant and bactericide in swimming pools. It prevents the growth of aquatic plants and undesirable bacteria especially for regularly used swimming pools. People use it in place of chlorine gas as it is easier to handle without getting exposed to the harmful fumes

The chemical is highly reactive with other soluble metals and elements in the water; thus, it is used for coagulation. In the process the iron anions attach to the negative element ions in water to form a precipitate or suspended solid. These solids can then be removed from the water during filtration. This is a common method of purifying drinking water to as high as 85% purity.

Treatment of raw sewage to prevent the production of hydrogen sulfide. Hydrogen Sulfide is a highly corrosive and poisonous gas that is produced after microbial breakdown on organic materials where oxygen is absent such as sewerage.

The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India.

The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India.

Chloroprene rubber appears as a lumpy matter that varies in color from milky white to slightly yellowish. You can see it as white or grey chips commonly. The Chloroprene rubber does not have any mechanical impurities other than talcum powder. The primary characteristics of chloroprene rubber include a high crystallization rate along with strong cohesion and higher adhesion strength. Most important of all, chloroprene rubber has promising ozone resistance capabilities.

The productivity of Chloroprene rubber is due to the high bond strength obtained through mercaptan modification and chloroprene monomer through emulsion polymerization. The notable uses of chloroprene rubber in making adhesives is through the preparation of resin solution and the preparation of adhesives. The preparation of resin solutions involves the use of mixed solvents, phenolic resin, distilled water, and active magnesium oxide for a chelate reaction at normal room temperature. The resin solution in the output could be stocked up for future uses.