PVD coating is a coating method that stands out among the coating methods used in industrial production processes, increasing the strength, hardness and wear resistance of the surfaces, extending the life of the products and improving their performance. This coating, which is carried out with the physical vapor deposition method, has a wide range of applications in various sectors. Especially in areas where aesthetic and functional durability are critical, such as automotive, furniture and white goods, the technology of this coating method offers indispensable solutions.

What is PVD Coating?

PVD coating is a method frequently used in industrial production processes. This technology, which means physical vapor deposition, is the vaporization of the solid material and its application to the target material with intense bombardment. It is one of the most effective techniques that provides solutions to surface coating needs in particular. In this process, the coating material is heated and vaporized in a vacuum environment. Then, this vapor condenses by hitting the surface to be coated and forms a thin film layer.

It provides a homogeneous and durable coating on the surface of the material to be coated. This method increases the strength, hardness and wear resistance of the material, while the coating process can be done at low temperatures, allowing the material to maintain its original properties. Different coating materials such as titanium coating can also be applied with this technology, creating a wide range of use. These features make it attractive for companies engaged in industrial production.

Advantages of PVD Coating Technology

Among surface coating methods, this option draws attention with the numerous advantages it provides in industrial production processes. This technology, which is preferred in many sectors with its high wear resistance, corrosion resistance and aesthetic appearance, increases production efficiency and product quality. Here are the main advantages of this coating performed with the physical vapor deposition method:

High Wear Resistance: Significantly increases the wear resistance of the coated surfaces, which extends the life of the materials.

Corrosion Resistance: Provides excellent protection against corrosion, thus increasing the durability of the products.

Low Temperature Coating: Since it can be applied at low temperatures, it protects the original properties of the material and prevents deformation.

Homogeneous and Excellent Adhesion: PVD, which stands out among the coating types, adheres homogeneously to the surface of the material and offers high adhesion strength.

High Hardness and Strength. This coating, made with materials such as titanium coating, provides more durable products by increasing the hardness and strength of the surfaces.

Repeatable and Economical: These coating processes are repeatable and offer economic advantages in industrial production processes thanks to their cost effectiveness.

With these advantages, it helps reduce the costs of manufacturing companies while increasing the product quality and efficiency. These features are clear indicators of why it is used so widely in the industry.

Where is PVD Coating Used?

Physical vapor deposition is widely used in many industrial and commercial applications. This technology draws attention with its superior performance and wide application areas among surface coating methods. Here are the main areas of use:

• Aerospace Industry
• Automotive Industry
• Cutting Tools and Mold Systems
• Mechanical Applications
• Electronic Applications
• Chemical Applications
• Thin Film Coated Solar Panels
• Watches
• Kitchenware
• Ship Machines

Why is PVD Coating Preferred?

It has an important place among the coating types and is a coating method preferred in many sectors with its superior features and versatility. Here are the main reasons why it is preferred:

Strength and Strength Increase: It increases the durability and strength of the products by increasing the wear and corrosion resistance of the materials.

Aesthetic and Decorative Uses: This technology creates aesthetically attractive surfaces, so it is frequently preferred in sectors such as automotive, furniture and white goods.

Technological Superiority: It offers the opportunity to apply at low temperatures, which reduces the risk of deformation by preserving the original properties of the material.

Environmentally Friendly and Economical: It is less harmful to the environment than painting and electrochemical coating processes. It also offers economic advantages thanks to its repeatability and cost-effectiveness.

Wide Application Area: It offers a versatile coating solution with its applicability to various materials and industries.

This coating method increases the performance and life of the products, while also providing aesthetic and economic advantages. These features provide significant benefits for manufacturing companies.

Surface coating methods are critical to increasing product quality and durability in industrial production processes. PVD coating stands out among these methods with its high durability, aesthetic appearance and environmentally friendly features.

Industrial Coatings: Features, Applications and Benefits

Industrial coatings are surface protection and decorative coating systems used in various industrial applications. They are widely used to protect metal, concrete, wood and other surfaces, provide aesthetic improvements and functionality. Here is a summary of Orkon Kimya’s leadership and innovative approaches, along with the features, applications and benefits of industrial coatings:

1. Features

– Protection: Industrial coating applications developed by Orkon Kimya provide durability and protection to surfaces.

Industrial coating applications are applied to provide non-stick, resistance to external factors (mechanical impacts, acidic environments, etc.) anti-corrosive properties, especially in accordance with the demands of our customers (which can withstand heat treatment of 280˚C – 450˚C).

– Aesthetic Appearance: Orkon Kimya gives an aesthetic appearance to surfaces with industrial coatings.

– Fast Applicability: Orkon Kimya’s experience gained as a result of years of solution development and unconditional customer satisfaction-oriented work has provided the ability to quickly solve different customer demands.

These features optimize our customers’ production processes while increasing work efficiency.

2. Applications:

– Metal Industry: Orkon Kimya’s industrial coating applications play an important role in protecting metal surfaces against corrosion, acidic and basic environments. It has a wide range of applications in industrial areas such as automotive, shipbuilding and metal structures.

– Energy and Oil Industry: Special coating applications developed by Orkon Kimya are used to protect oil platforms, pipelines and energy facilities. These coatings are resistant to aggressive chemicals, mechanical impacts, corrosion and provide long-term protection.

3. Benefits:

– Protection: Orkon Kimya’s industrial coating applications protect surfaces against various external factors, thus extending the life of the materials.

– Aesthetic Appearance: Coatings improve the aesthetic appearance of equipment and strengthen the brand image.

– Cost Savings: Industrial coatings reduce maintenance costs and prevent the need for material replacement, providing long-term cost savings.

– Environmentally Friendly: Orkon Kimya’s environmentally friendly coating applications provide a non-toxic working environment.

Orkon Kimya plays a leading role in the application of industrial coatings with its “innovative methods and customer-focused approach”.

Innovations and Technological Developments in the Chemical Industry:

“Orkon Kimya’s Role”

Today, the chemical industry is constantly changing and developing. Innovations and technological developments increase the efficiency of industrial processes while also helping to reduce environmental impacts. Orkon Kimya stands out as one of the pioneers of these innovative approaches.

Here is an overview of the latest innovations, technological developments in the chemical industry and Orkon Kimya’s role in these areas

1. Sustainable Production-Application Techniques: Orkon Kimya is strongly committed to sustainability. New production-application techniques and processes aim to reduce waste by increasing energy efficiency. These techniques offer innovative solutions to reduce the carbon footprint in the production of Orkon Kimya products.

2. Green Chemistry Applications: Orkon Kimya is strictly committed to green chemistry principles. Green chemistry, an approach used in the development and production of environmentally friendly and sustainable chemical products, is one of Orkon Kimya’s priority areas. This approach is based on principles such as reducing toxic substances, waste management and the use of renewable raw materials.

3. Development of Smart Chemicals: Orkon Kimya also plays a leading role in the development of smart chemicals. The development of chemical compounds that are sensitive to environmental conditions or application areas further diversifies Orkon Kimya’s product portfolio.

4. The Role of Digitalization and Data Analytics: Orkon Kimya attaches great importance to digitalization and data analytics. Big data analysis and artificial intelligence algorithms help Orkon Kimya optimize production processes and increase efficiency.

Orkon Kimya leads the sector as the leading actor of these innovations and technological developments in the chemical sector. The company shapes the future of the industry by playing a leading role in areas such as sustainability, green chemistry, smart chemicals and digitalization.

Plastic materials play an important role in many aspects of our daily lives. The variety and usage areas of these materials are quite wide. Polyamide, also known as PA, is a versatile polymer material that has an important place in the plastic industry. In this article, you will learn more about the properties, uses and advantages of polyamide.

What is Polyamide?

Polyamide is a product of polymer chemistry and is a type of synthetic plastic material. Polyamides form a family that includes many different chemical compounds, and the structures of these compounds allow different types of polyamides to be produced. Polyamides generally have properties such as high strength, durability and wear resistance. However, the properties of polyamide may vary depending on its specific type and intended use.

Properties of Polyamide

Some key properties of polyamide are:

High Strength: Polyamides are plastic materials with high strength and are preferred in many applications thanks to their mechanical durability.

Flexibility and Toughness: Polyamides are resistant to impacts and collisions thanks to their flexibility and toughness.

Abrasion Resistance: Polyamides are resistant to abrasion and perform well against friction.

Chemical Resistance: Polyamides are resistant to chemicals and can come into contact with many chemicals.

Low Ductility Temperature: Polyamides retain their flexibility even below a certain temperature, allowing them to be used at low temperatures.

Usage Areas of Polyamide

Polyamide is widely used in many different industries. Here are some uses:

Textile Industry: Polyamide fibers are used in textile products such as socks, underwear and outerwear due to their durability and elasticity.

Automotive Industry: Polyamide is used in the production of parts found in automobile interiors, engine parts and transmission systems.

Electrical and Electronics: Polyamide is used in electrical and electronic applications such as insulation materials, connectors and cable connections.

Mechanical Parts: Polyamide is widely used in mechanical applications such as machine parts, bearings and gears.

Packaging Industry: Polyamide is used as food packaging, bags and coating material.

Polyamide is an important material in the plastics industry due to its versatile use and durability. Different types are preferred in different industrial applications and offer many advantages. You can contact material experts to get more information about polyamide and find a solution that suits your specific needs.

In the industrial world, durability, longevity and high performance of machines and equipment are extremely important. To meet these requirements, Xylan coating is a type of coating applied on industrial equipment and parts. Read on to learn more about the advantages and applications of xylan coating.

Key Features of Xylan Coating

Xylan coating is a type of high-performance coating, also often called Polymer coating. This coating is applied specifically to metal surfaces and is used in many industrial applications. Here are the main features of Xylan coating:

Excellent Surface Lubricity: Xylan coating provides excellent surface slipperiness. This feature reduces the friction of machine parts and saves energy.

Chemical Resistance: Xylan coating is extremely resistant to chemicals. It is not damaged when in contact with acids, bases and other chemicals.

High Temperature Tolerance: Xylan coating can withstand high temperatures. Therefore, it is resistant to temperature changes in industrial applications.

Protection Against Oxidation: Protects metal surfaces against oxidation and prevents rust formation.

Longevity: Xylan coating ensures long life of machine parts, thus saving costs.

Advantages of Xylan Coating

Xylan coating offers many advantages in the industrial world. Here are some of these advantages:

Friction Reduction: Thanks to its high lubricity feature, it reduces the friction between machine parts and helps save energy.

Protection: Xylan coating protects metal surfaces against chemical effects and rust formation, thus extending the life of the parts.

Ease of Cleaning: Coated surfaces are easy to clean and do not require maintenance.

Various Color Options: Xylan coating offers different color options and helps you achieve aesthetically appealing results.

Industrial Applications: Xylan coating is widely used in many industrial fields such as automotive, petrochemical, food industry and more.

Xylan coating represents high performance and durability in the industrial world. When used on machine parts, equipment and components, it provides longevity and excellent performance. You can get help from experts to get more information about Xylan coating and how this coating can be used in industrial applications. This coating can help industrial businesses increase efficiency and save costs.