Patel Plating Products And Lab Chemicals

Main Zinc Oxide Consuming Industries in India

1. Rubber & Tyres (largest share)
2. Pharmaceuticals
3. Cosmetics & Personal Care
4. Paints & Coatings
5. Ceramics & Glass
6. Agriculture fertilizers
7. Electronics & chemicals

1. Food & beverages (largest share)
2. Pharmaceuticals
3. Cosmetics & personal care
4. Detergents & cleaners
5. Chemical industry
6. Agriculture

💡 Market Insight:
About 70–75% of citric acid consumption comes from the food and beverage industry, making it the biggest market segment.

• Detergent manufacturing
• Glass production
• Textile dyeing
• Paper industry
• Chemical laboratories
• Medicine

Major Dicalcium Phosphate Buyers in India

1. Animal feed manufacturers
2. Pharmaceutical companies
3. Nutraceutical companies
4. Fertilizer manufacturers
5. Food processing companies

• Baking (leavening agent)
• Antacid medicine
• Cleaning and deodorizing
• Fire extinguishers
• Laboratory chemical
• Agricultural uses

• Electronics: Manufacturing Printed Circuit Boards (PCBs), electroplating contacts, formulating conductive inks, and producing silver nanoparticles for devices.
• Optics & Mirrors: Coating glass to create highly reflective surfaces for mirrors, telescopes, and lenses, using its ability to form a silver layer.
• Textiles: Used as a dye and to impart antimicrobial properties to fabrics, preventing odor and bacterial growth.
• Chemical Synthesis: A fundamental precursor for creating other silver salts (like silver halides) and catalysts used in various chemical processes.
• Photography: A key ingredient in traditional photographic films and papers.
• Medical & Healthcare: Used in anti-infective treatments, advanced wound dressings, and as a staining agent in biological labs.
• Food & Water: Applied for food preservation (extending shelf life) and in some water purification methods.
• Inks & Markers: Essential for making indelible inks and specialized markers, notes

• Welding and Fabrication: The paste removes dark heat tint and weld marks formed during the welding process, cleaning the surface and protecting it. 
• Surface Cleaning: It eliminates stubborn oxidation, scale, and other contaminants, preventing their spread and ensuring a clean, uniform surface. 
• Restoration of Corrosion Resistance: Pickling paste helps to re-passivate the stainless steel, strengthening its protective chromium oxide layer and enhancing its resistance to future corrosion. 
• Quality Control: The paste's effectiveness in cleaning and removing contaminants is critical for maintaining high standards of quality and consistency in manufacturing processes. 

• Manufacturing: Used for a wide range of stainless steel products, from machinery to consumer goods, ensuring they meet quality and finishing requirements. 
• Construction: Applied to structural components, railings, and architectural features to maintain the aesthetic and functional qualities of stainless steel. 
• Food and Pharmaceutical: Essential for creating a sterile, contaminant-free surface, which is vital for food-grade and pharmaceutical equipment. 
• Engineering: Utilized to prepare large stainless steel surfaces for various industrial applications where durability and performance are paramount. 

• Purpose: To remove thick scale, rust, weld discoloration, and the chromium-depleted layer formed during heat exposure. 
• Process: Involves applying strong acid solutions (like hydrochloric or nitric-hydrofluoric) to dissolve and remove surface contaminants. 
• Outcome: Leaves a dull, matte grey finish, prepares the surface for passivation, and removes embedded iron particles. 
• When it's used: Post-fabrication, before the final finishing stage. 

• Purpose: To remove any remaining free iron particles and promote a stable, continuous passive chromium-oxide layer on the surface for enhanced corrosion resistance. 
• Process: Uses an oxidizing acid solution (like nitric acid or citric acid) to create a protective, self-healing layer that can reform if scratched. 
• Outcome: Does not alter the surface appearance but significantly improves the steel's resistance to rust and corrosion. 
• When it's used: As the final treatment, especially before a stainless steel product enters service. 

• Pickling and passivation are often performed together after stainless steel fabrication because welding creates surface damage that reduces its corrosion resistance. 
• Pickling removes the damaged material, and passivation then creates the healthy, protective layer on the cleaned surface.