AVRUPA KİMYA

Product Range

With more than 50 sectors and a product range of more than 500 products, we produce the best solutions for our customers.

AVRUPA KİMYA

High Quality Standards

We have adopted the principle of providing the best possible quality and service to our customers, taking into account the constantly renewed technology and product quality.

Avrupa Chemical

Our flavours in our feed additive group

have you tried it?

Avrupa Chemical

Create Your Own Ambience.

AVRUPA KİMYA

Ship Chemicals

AVRUPA KİMYA

We are the right raw material supplier.

We offer a unique experience thanks to our quality policy that values our customers.

AVRUPA KİMYA

Water Treatment Chemicals.

Avrupa Kimya
who we are?

about Avrupa Kimya

As AVRUPA KİMYA Brand, it brings together more than 10 years of sector history and experience with its consumers. With its experienced staff, it provides service within 48 hours to every point of Turkey with its regional directorates and warehouses, especially Istanbul headquarters and logistics warehouse. Industrial maintenance and chemicals, Safe solvents, Aerasol group, Water treatment chemicals, Ship chemicals, Surface treatment chemicals and raw materials, our company continues its services with its expert staff and working discipline.

It offers professional solutions with ISO Quality Management System certificates and TSE certificates in different brands and adopts a sustainable quality understanding in all units from production to customer service, from training to technical service.
It has adopted the principle of providing the best possible quality and service to our customers by taking into account the constantly renewed technology and product quality. Because our customers are our valued partners who ensure our continuity in the business world and it is our primary goal to meet their needs. Our forward-looking idea is to continue with the ideal of "providing a cleaner environment for future generations and we are all responsible for the future". We will continue to be your chemical solution partner.

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Years of Experience
Years of Experience

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Products
Products

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Customers
Customers

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Employees
Employees
  • Our Product Range

    With more than 50 sectors and a product range of more than 5000 products, we produce the best solutions for our customers.

  • Our Customers - Our Solutions

    With more than 25.000+ customers, we have experience in every sector. Our company offers solutions for all your industrial auxiliary chemical needs.

avrupa kimya
  • Wide Sales Network

    With more than 50+ competent, trained and experienced Sales Consultants working within our company, we offer timely and complete service in all regions of Turkey.

  • High Quality Standards

    Hand in hand with the worker, respectful to nature and following the developing technology, our company has reinforced its quality with the local and international certificates we have received.

avrupa kimya

From Us

Latest News & Fairs

What is Iron Phosphating ?

What is Iron Phosphating ?

Iron Phosphating: A Process for Metal Surface Protection and Preparation Iron phosphating is a surface treatment method used to prevent corrosion on metal surfaces and prepare them for painting or coating. This process creates a thin layer of iron phosphate (FePO₄) on the surface of iron and steel materials, enhancing their durability and adhesion properties. What is Iron Phosphating? Iron phosphating involves treating metal surfaces with phosphate-based chemicals, primarily phosphoric acid. During the process, a porous and protective phosphate layer forms on the surface. This layer: Improves paint adhesion. Provides resistance to corrosion. How Does the Process Work? Cleaning: Contaminants like oil, dirt, and oxide layers are removed from the metal surface to ensure proper contact with chemicals. Phosphating Bath: The metal is immersed in or sprayed with a solution containing phosphoric acid and additives. This step forms the phosphate layer. Rinsing: Any residual chemicals are washed off the surface. Coating or Painting: The phosphated surface is ready for paint or protective coatings to be applied. Applications Automotive Industry: Commonly used to treat chassis and other metal components before painting. Appliance Manufacturing: Metal parts in washing machines, refrigerators, and other appliances are phosphated. Metal Furniture: Ensures longer-lasting and more durable products. Advantages Corrosion Resistance: Protects metal surfaces from rusting. Excellent Adhesion: Enhances the bond between the metal and the coating material. Cost-Effective and Efficient: Offers a low-cost solution compared to other surface treatments. Environmental Considerations and Precautions Iron phosphating is an environmentally friendly method; however, proper disposal of phosphating baths is essential. Chemicals should be managed in a way that minimizes environmental impact. Conclusion Iron phosphating is a reliable and widely-used method for protecting metal surfaces and improving coating processes. It is an indispensable technique for industries seeking to produce durable and long-lasting products. For more information, consult surface treatment experts or review technical documents related to the process.

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What is Zinc Phosphating?

What is Zinc Phosphating?

What is Zinc Phosphating? Zinc phosphating is a surface treatment process applied to metal surfaces to create a protective layer and prepare the surface for painting or coating. During this process, a thin and porous layer of zinc phosphate (Zn₃(PO₄)₂) forms on the metal surface. This layer provides corrosion resistance and improves the adhesion of coatings. How Does the Zinc Phosphating Process Work? Cleaning: Contaminants such as oil, dirt, and oxides are removed from the metal surface using chemical or mechanical methods. Phosphating Bath: The metal is immersed in or sprayed with a solution containing zinc phosphate. Chemical reactions occur, forming the zinc phosphate layer on the surface. Rinsing: Excess chemicals are washed off the surface. Coating or Painting: The phosphated surface is ready for the application of paint, powder coatings, or other protective materials. Applications of Zinc Phosphating Automotive Industry: Used to protect car bodies, chassis, and other parts from corrosion. Machinery Manufacturing: Extends the lifespan of industrial machinery components. Defense Industry: Enhances durability for military equipment and tools. Advantages Corrosion Resistance: Zinc phosphate layers protect metals from rust. Improved Coating Performance: Enhances the adhesion of paints and coatings. Wear Resistance: Increases the mechanical durability of metal surfaces. Environmental Considerations and Precautions The chemicals used in zinc phosphating require careful waste management. Effluents should be treated properly to minimize environmental impact and disposed of according to regulations. Conclusion Zinc phosphating is an effective method for protecting metal surfaces and enhancing coating performance. It is widely used in industries aiming to produce durable and long-lasting products.

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What is Manganese Phosphating?

What is Manganese Phosphating?

What is Manganese Phosphating? Manganese phosphating is a surface treatment process applied to metal surfaces to protect them against wear and corrosion. During this process, a manganese phosphate (Mn₃(PO₄)₂) layer forms on the surface. It is particularly suitable for metal parts subjected to high friction and wear, enhancing their performance and longevity. How Does the Manganese Phosphating Process Work? Cleaning: Oil, dirt, and oxides are removed from the metal surface to allow effective chemical interaction. Phosphating Bath: The metal is immersed in or sprayed with a solution containing manganese phosphate and other additives. Chemical reactions create a manganese phosphate layer on the surface. Lubrication (Optional): After phosphating, the surface can be lubricated to further enhance wear resistance. Drying: The treated surface is dried, making it ready for subsequent applications. Applications of Manganese Phosphating Automotive Industry: Used for engine components, transmission gears, and brake systems. Defense Industry: Enhances the durability of firearm components. Machinery and Industrial Equipment: Commonly applied to gears, bearings, and other high-friction parts. Advantages High Wear Resistance: Increases the durability of metal surfaces under friction and wear. Corrosion Protection: Protects metal from rust and oxidation. Oil Retention: Improves the surface's ability to retain lubricants, ensuring better lubrication performance. Environmental Considerations and Precautions Proper management of chemicals and waste generated during the phosphating process is essential. Effluents should be treated and disposed of responsibly to minimize environmental impact. Conclusion Manganese phosphating is an ideal surface treatment method for metal parts operating under high friction and wear conditions. It is widely used in industrial applications to enhance durability and prevent corrosion.

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