Bio Degradable Degreasing is an alkaline liquid chemical consisting of surfactants, dispersants and corrosion inhibitors. Bio Degradable Degreasing is a multipurpose cleaning agent, Bio Degradable Degreasing widely used for removal of soils, oils, cutting fluids, stamping, buffing and drawing compounds from ferrous as well as non-ferrous metal surfaces. Bio Degradable Degreasing is easily soluble in water at all proportions and is very safe to use as Bio Degradable Degreasing does not contain any chlorinated solvents, phenols, chromates, nitrites or cresols. Bio Degradable Degreasing is non-toxic. Bio Degradable Degreasing can be used by wipe, immersion or spray in various types of cleaning equipments such as tumblers, vibrators, agitators, power washers, steam cleaners, immersion or agitated tanks, ultrasonic or vapour cleaners etc. Since Bio Degradable Degreasing contains corrosion inhibitors, no rinse is required after cleaning hence Bio Degradable Degreasing cleans and protects simultaneously. Bio Degradable Degreasing Protection period may depend on operating parameters and indoor conditions.

1. ZNP-54 ZINC PHOSPHATING CHEMICAL 2. Generally zinc phosphate conversion coating is used to provide long lasting corrosion protection. Almost all automotive industries use this type of conversion coating. It is suitable for the products come against hard weather conditions. Coating quality is better than iron phosphate coating. It forms 2 - 5 gr/m² coating on the metal surface when used as under paint. Application, set up and control of this process are more difficult than other methods and can be applied by immersion or spray. 3. Organic compounds like nickel and manganese are added to the bath to increase the coating performance. Also activation can be used to form small phosphate crystals on the metal surface before zinc phosphating. 4. Zinc phosphate reaction happens in amorphous shape with gray - black color. 5. pH optimizers are added to accelerate the reaction. Temperature, application time, concentration, pH, total acid and free acid values are the parameters which must be under control. 6. Zinc phosphates, coating range between 7 - 15 gr/m², are used in wire drawing, tube drawing and cold forming industries. Phosphated metal workpieces are prepared to the next stage by application of protective lubricans and soap

Vitarag Chemicals is a leading manufacturer and exporter of a wide range of Metal Pretreatment Chemicals that find application for various purposes. Quality tested on various parameters, we assure our clients completely flawless products. Extremely effective, our range can be availed in standard as well as customized packing as per the requirement of our clients. Our complete range can be availed at market leading prices. 3 IN 1 is a liquid chemical product used for surface preparation of metals before painting. The objective of treating metals with 3 IN 1, before painting is to prolong the life of paints by offering it a “compatible” surface to which it will be locked. 3 IN 1 removes oils, rust, soils, etc. And forms a phosphate coating integral with metal surface. 3 IN 1 Pretreating metals with 3 IN 1 offers the following advantages :- Prevents under paint corrosion Prevents spreading of rust from a damaged area to sound area adjoining it Increases paint adhesion with metal substrate Prevents paints from peeling or flaking off Enhances durability and life of paints

ZNP-54 ZINC PHOSPHATING CHEMICAL Generally zinc phosphate conversion coating is used to provide long lasting corrosion protection. Almost all automotive industries use this type of conversion coating. It is suitable for the products come against hard weather conditions. Coating quality is better than iron phosphate coating. It forms 2 - 5 gr/m coating on the metal surface when used as under paint. Application, set up and control of this process are more difficult than other methods and can be applied by immersion or spray. Organic compounds like nickel and manganese are added to the bath to increase the coating performance. Also activation can be used to form small phosphate crystals on the metal surface before zinc phosphating. Zinc phosphate reaction happens in amorphous shape with gray - black color. pH optimizers are added to accelerate the reaction. Temperature, application time, concentration, pH, total acid and free acid values are the parameters which must be under control. Zinc phosphates, coating range between 7 - 15 gr/m, are used in wire drawing, tube drawing and cold forming industries. Phosphated metal workpieces are prepared to the next stage by application of protective lubricans and soap