Brand: Optimal
Degreasing Chemical for Iron, Stainless Steel, Galvanized Steel, Aluminum, Copper and Brass Surfaces, Which Can Also Be Applied by Spray OPTIGARD AK 5500 ES,It is a degreasing chemical…
Brand: Optimal
Alkaline Salt-Organic Acid Combination Cleaning Product Used in Cleaning Steel Strips and Wires Before Continuous Annealing, Galvanizing and Tin Plating OPTIGARD AK 1870 LT is used…
Brand: Optimal
Alkaline Liquid Degreaser Used as a Metal Pre-Treatment Cleaner in Spray and Dip Processes for Steel, Zinc and Aluminum Surfaces OPTIGARD AK 763 RC is a liquid alkaline product used…
Brand: Optimal
Liquid Product Containing High Alkali, Silicate, Phosphate and Surfactants Used in the Form of Dipping in Baths in the Hot Degreasing Process Before Enameling
Brand: Optimal
Liquid Product Containing High Alkali, Silicate, Phosphate and Surfactants Used in the Form of Dipping in Baths in the Hot Degreasing Process Before Enameling
Brand: Optimal
Alkaline, liquid product used in spray and dip systems, in degreasing and cleaning processes from sheet metal, iron, electrogalvanized and dip galvanized surfaces.
Brand: Optimal
Powder, Alkaline Degreasing Product that Cleans Carbonized Layers and Contamination Formed on Metal Surfaces in Dipping and Spraying Systems
Brand: Optimal
Powder, Alkaline Product Used for Cleaning Zinc, Zamak, Aluminum Metals and Their Alloys, Polishing Residues, Shaping Oils, Hardened Oil Layers
Brand: Optimal
Powder, Alkaline Product Used in the Metal and Automotive Industry and in Repair Shops for Cleaning All Metals and Metals Such as Aluminum Alloys, Copper, Tin, Zinc After Cutting,…
Brand: Optimal
A product that removes oxidation and hardening caused by water hardness on the surfaces of metals such as iron, pig iron, copper, brass and aluminum without causing any abrasion or…
Brand: Optimal
A product that removes rust, lime, sulphate and silicate boiler scales, contains an inhibitor and does not harm iron, lead or copper.
Brand: Optimal
A phosphoric acid-based rust remover with a degreasing effect for iron and steel, which creates a thin phosphate layer on metal surfaces.