Best Degreaser for Automotive: Contaminated component surfaces, such as those caused by residues of forming oils, impair the quality during production. Degreasing as a cleaning process therefore makes a significant contribution to the economic efficiency of the production process. When processing sheet metal parts and metal, the use of lubricants and oils is sometimes necessary. For example, cooling lubricants are used before turning and milling or forming oils. Since the residues of grease and oils can have a disturbing effect in further processing steps, degreasing is part of the preparatory surface treatment. Special solvents, so-called degreasing agents, are used to this end. The dissolve greases and oils from the surface of the workpiece, thus degreasing and de-oiling them. Degreasing can be carried out with liquid solutions or in the form of dry degreasing.

Best Degreaser For Automotive used whenever parts contains heavy grease, oil & light rust.This chemical also removes certain part of carbon. Contaminated component surfaces, such as those caused by residues of forming oils, impair the quality during production. Degreasing as a cleaning process therefore makes a significant contribution to the economic efficiency of the production process. When processing sheet metal parts and metal, the use of lubricants and oils is sometimes necessary. For example, cooling lubricants are used before turning and milling or forming oils. Since the residues of grease and oils can have a disturbing effect in further processing steps, degreasing is part of the preparatory surface treatment. Special solvents, so-called degreasing agents, are used to this end. The dissolve greases and oils from the surface of the workpiece, thus degreasing and de-oiling them. Degreasing can be carried out with liquid solutions or in the form of dry degreasing.

Blackening Chemicals For Automotive Industry is a new revolutionary development in cold black finishing. It will impart jet black conversion coating to steels, cast iron and other ferrous metals at room-temperature. VCBLK HB-18 process is easy to do in-house. It is non-caustic, non-splattering, safe, energy saving, fast, dependable and convenient. It increases productivity and lowers labour costs. Finishing can be done anywhere without special equipment, ventilation, heating systems or any complicated control procedures. EQUIPMENT REQUIRED Acid Resistant tanks, containers, tumbling barrels, baskets, hooks and racks must be used with VCBLK HB-18 and derusting tank. Plastic or Rubber lined tanks and plastic-coated hooks and racks are suitable for both VCBLK HB-18 and derusting tanks. Mild steel may be used for degreasing, rinsing & sealant tanks. DIRECTIONS FOR USE 1. Thoroughly clean and degrease the pieces to be blackened in KLN 18. The type and degree of surface soil will determine the length of time and the number of cleaning steps and cleaning temperature (M.S. Tank). 2. Rinse thoroughly in overflowing cold water (M.S. Tank). 3. Surface rust, if present, should be removed following cleaning cycle using RLN 27 at a concentration of 1:1 at room temperature (FRP Tank). 4. Rinse thoroughly in overflowing cold water (M.S. Tank). 5. Immerse the pieces in VCBLK HB-18 solution. VCBLK HB-18 solution is to be diluted with 6 to 12 parts of water depending on alloy and surface, hardness. The immersion time necessary to produce the desired depth of black, is usually one to three minutes. For most parts a dilution of one part VCBLK HB-18 with 9 parts of water would give good results (FRP Tank). 6. Rinse the pieces in overflowing cold water for 30 seconds (M.S. Tank).

Vitarag Chemicals is a leading manufacturer of metal Pre Treatment Chemicals which can also be known as powder coating chemicals manufacturer. We have been manufacturing and supplying pre treatment chemicals to Powder Coating Chemicals For Automotive Industry in India and out of India.

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

VC-CORO 81-RUST RUST REMOVER: VC-CORO 81-Rust effortlessly removes rust from automotive parts, hardware, tools, cookware, and antiques without any scrubbing or sanding. SAFE TO USE: This metal rust remover is made of a non-toxic and water-based solution that is easy-to-use on automotive, household and industrial-grade metal parts. It contains no harmful acids, solvents, bases, odors or fumes. VERSATILE: The non-corrosive rust remover can be used to remove rust from all metals including auto parts, tools, cast iron cookware, clocks, grills, and more. EASY TO USE: To remove rust from your metal parts submerge completely in the water-based rust remover, once rust is removed, rinse with water and protect with corrosion inhibitor.

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