Inorganic metal compounds for electroplating, surface treatment, and industrial manufacturing — Nickel, Copper, Zinc, Tin, and Chromium salts supplied to businesses across Pakistan since 1995.
Metal salts are inorganic compounds formed when metal ions combine with non-metal ions. They are commonly produced when a metal replaces hydrogen in an acid during a chemical reaction, resulting in a stable salt.
Reactions with different acids create different types of metal salts. Hydrochloric acid forms metal chlorides, sulfuric acid produces metal sulfates, and phosphoric acid generates metal phosphates. These reactions are widely used to manufacture industrial-grade metal salts.
Common examples include copper sulfate, nickel sulfate, nickel chloride, stannous sulfate, stannous oxide, and stannous chloride. Metal salts are extensively used in electroplating and metal finishing industries, providing metal ions for durable, corrosion-resistant, and high-quality surface coatings.
Nickel is mainly used for electroplating iron and brass to improve corrosion resistance and give a bright, silvery finish. It is also essential in manufacturing durable alloys that retain their polish over time.
Nickel forms stable compounds with common anions such as sulphate, chloride, carbonate, and hydroxide. Nickel sulphate is produced in large quantities by reacting nickel metal or oxide with sulphuric acid and is widely used in electroplating applications.
Copper is widely valued for its excellent electrical and thermal conductivity, making it essential in wiring, heat exchangers, and construction materials. It is also a key element in many metal alloys used across industrial and decorative applications.
Copper compounds such as copper sulphate and copper chloride are produced on a large scale by reacting copper with mineral acids. These salts are commonly used in electroplating, agriculture, dyeing, and ink manufacturing. In addition, copper forms alloys such as brass (copper and zinc) and is known for developing a natural green patina over time — appreciated in architectural design.
Zinc is mainly used to protect iron and steel from corrosion, with galvanisation being its most common application. Because zinc is more reactive than iron, it corrodes first and shields the base metal from oxidation. Zinc coatings are applied through electroplating, hot-dip galvanising, or thermal spraying.
Modern surface treatment methods increasingly use zinc flake coatings, which provide strong corrosion resistance with a much thinner layer — offering three to four times better protection than conventional zinc coatings.
Tin is a soft, silvery metal with a slight yellow tone that bonds well with iron and is widely used to coat steel, zinc, and lead surfaces to protect them from corrosion. Tin-coated steel containers account for a major share of global tin consumption, especially in packaging applications.
Tin sulphate and tin chloride are produced in large quantities by dissolving tin in mineral acids and are commonly used in electroplating, cosmetics, and pharmaceutical manufacturing. Tin also combines with other elements to form many useful industrial alloys.
Chromium salts are widely used in manufacturing industries such as cement, mortar, leather processing, paints, and anticorrosive coatings. The primary source of chromium is chromite ore, which contains chromium along with iron, aluminium, and magnesium oxides.
Chromium salts are mainly classified into two categories based on their oxidation state: trivalent chromium salts and hexavalent chromium salts. Each type is used for specific industrial and chemical applications including hard chrome plating and leather tanning.
Zinc dust is a fine, bluish-gray metallic powder obtained during zinc distillation. It is primarily used as a reducing agent, a pigment in corrosion-resistant coatings, and in zinc plating processes.
Zinc dust has versatile applications across industries — from galvanising steel to die casting, paint manufacturing, and micronutrient applications in medicine, cosmetics, and agriculture.
Used in electroplating iron and brass for corrosion resistance and bright finishes. Essential for battery manufacturing and catalyst applications.
Valued for conductivity and used in electroplating, agriculture, dyeing, and ink manufacturing. Also used in brass and alloy production.
Primary use in corrosion protection through galvanisation. Modern zinc flake coatings provide 3–4x better protection than conventional coatings.
Used to coat steel, zinc, and lead surfaces. Stannous sulphate and stannous chloride are widely used in electroplating and pharmaceutical manufacturing.
Used in leather processing, paints, anticorrosive coatings, and hard chrome plating. Classified into trivalent and hexavalent chromium compounds.
Fine bluish-gray metallic powder used as a reducing agent, corrosion-resistant pigment, and in zinc plating, die casting, paint, and agriculture.
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