Brick and salt cleaners eliminate white residues and harmful effect of salt. It is designed for use in carpets and floors. It alleviates white residues, rejuvenates brick and masonry and eliminates grayish dinge and weathered look. It is non-abrasive and non-caustic cleaner.

Butylparaben is a one of the parabens. It has the formula C4H9(C6H4(OH)COO). It is the butyl ester of p-hydroxybenzoic acid. It is the ester of butyl alcohol and p-hydroxybenzoic acid and is classed as esters and phenols. It can be used as a fragrance ingredient, as well as a preservative.

Calcium Chloride is an ionic compound of calcium and chlorine. It is highly soluble in water and it is deliquescent. Calcium chloride is a by-product of the Solvay process used for the manufacture of sodium carbonate. Calcium chloride is usually used to pack drying tubes to exclude atmospheric moisture from a reaction set-up while allowing gases to escape. Calcium chloride is also used as an ice-melting compound. Calcium chloride absorbs water vapor from the air and liquid water from the roadbed. Calcium chloride is a colorless or white solid that is produced as a by-product of the manufacture of sodium carbonate or from reactions between hydrochloric acid and calcium carbonate. Calcium chloride has a greater effect on aluminum absorbance than calcium or chloride separately.

Cascade Waxed containers are saturated with 45 to 60% wax. In the waxing process the containers are vertically fed into the cascader and transported by a conveyer under the weirs where cascades of molten wax flow over the entire surfaces.

Catalyst Carrier is an inert material used as a support for the catalyst. Literally speaking, when the catalyst carrier changes the rate of reaction, it is no longer a carrier. It is usually a major constituent of the catalyst, which serves as a base or support for the active component but which by itself is inactive for the desired reaction. It provides more even distribution of the catalyst. It preserves the fine dispersion of the catalyst, hinder aggregation by sintering, and increase the stability and life of the catalyst. It helps in dissipating localized heat, which prevents sintering of the catalyst.

Catalytic dioxin destruction system is a low -temperature technology for flue gas dioxin emission destruction. The dioxin destruction catalyst enables dioxins to be reduced to extremely low levels at low flue gas temperatures, even as low as 320° F (160° C). It destroys dioxin compounds in a single process step, with no subsequent processing needed. In addition, the CRI process does not require the addition of any reactant beyond the oxygen already in the flue gas. The CRI system uses a specially developed catalyst to convert dioxins to a mixture of harmless gases. This system is applied for both liquid waste incinerators after the wet acid gas scrubber, and to solid waste incinerators after the acid gas and particulate removal systems.

The chemical compound potassium hydroxide also known as caustic potash. It is a metallic base. It is very alkaline and is a strong base, along with sodium hydroxide, lithium hydroxide, calcium hydroxide, barium hydroxide and strontium hydroxide. In agriculture, potassium hydroxide is used to correct the pH of acidic soils. It can also be used as a fungicide or even an herbicide. It is a major industrial chemical used as a base in a wide variety of chemical processes. Some uses of KOH include acrylate ester copolymer coating, defoaming agents used in the manufacture of paper, saponifying oils for liquid soap, formulation aid for food, pH control agent, polyethylene resins, textile processing and as a catalyst in reactions like the production of biodiesel.

Ceramic Adhesives are designed to satisfy the most difficult and high temperature application requirements. They are based on high purity, ceramic binders and selected reinforcing fillers. They have excellent adhesion to ceramics, metals, glass and plastics. They are based on high purity, ceramic binders and selected reinforcing fillers. They have excellent adhesion to ceramics, metals, glass and plastics. They are available in a wide range of temperature capabilities, viscosities, strengths, conductivities, expansion rates and dielectric strengths they are the ideal choice for research, electronics, metallurgical, nuclear and industrial applications