C&C Coatings

FEP coating, a type of fluoropolymer coating, offers excellent nonstick properties and high-temperature resistance. It is commonly used in industries such as food processing, electronics, and chemical manufacturing. FEP coating provides a smooth, transparent, and chemically inert surface that prevents sticking and allows for easy cleaning. Its versatility makes it suitable for applications where a combination of corrosion resistance, heat resistance, and nonstick properties are required. FEP coating enhances productivity and durability in various industrial processes.

ECTFE coating, also known as Halar coating, is a fluoropolymer coating recognized for its exceptional chemical resistance and high-performance capabilities. With excellent resistance to corrosive chemicals, ECTFE coatings find applications in industries such as chemical processing, semiconductor manufacturing, and wastewater treatment. The coating offers excellent thermal stability, UV resistance, and electrical insulation properties. ECTFE coatings provide long-lasting protection against harsh environments and ensure the durability and integrity of components and equipment in demanding industrial settings.

PTFE coating, also known as Teflon coating, is a high-performance surface treatment used in various industries. It provides exceptional nonstick properties, chemical resistance, and high-temperature stability. PTFE coatings are widely applied to cookware, industrial machinery, electrical components, and medical devices. This durable and low-friction coating ensures easy release of materials and reduces wear and tear. Its versatility and reliability make PTFE coating an ideal choice for numerous applications, improving efficiency and performance.

FEP coating, a type of fluoropolymer coating, offers excellent nonstick properties and high-temperature resistance. It is commonly used in industries such as food processing, electronics, and chemical manufacturing. FEP coating provides a smooth, transparent, and chemically inert surface that prevents sticking and allows for easy cleaning. Its versatility makes it suitable for applications where a combination of corrosion resistance, heat resistance, and nonstick properties are required. FEP coating enhances productivity and durability in various industrial processes.

In the view of performance powder coatings also provide processing advantages over fluid painting. Because powders are environmental friendly as they do not contain volatile organic compounds. This type of coating combines properties of both plastics and paints. While adopting liquid paints overspray releases solvents into the atmosphere. On the other had using powder are completely recyclable. The majority of these processes have relied on either an epoxy or polyester resin base. With the most popular method of electrostatic spraying powder is given a charge and sprayed onto electrically grounded parts, then baking them to complete the cure. Non conductive parts must be primed or heated to provide them with more electrostatic attraction.

In the view of performance powder coatings also provide processing advantages over fluid painting. Because powders are environmental friendly as they do not contain volatile organic compounds. This type of coating combines properties of both plastics and paints. While adopting liquid paints overspray releases solvents into the atmosphere. On the other had using powder are completely recyclable. The majority of these processes have relied on either an epoxy or polyester resin base. With the most popular method of electrostatic spraying powder is given a charge and sprayed onto electrically grounded parts, then baking them to complete the cure. Non conductive parts must be primed or heated to provide them with more electrostatic attraction.

Our Teflon coating process most unique. We have the right tools and materials in-house to properly prepare the parts for Teflon coating as improper preparation is the leading cause of failure for ceramic coatings. Ceramic coating is primarily used for high temperature applications. The ceramic we use can withstand operating temperatures of over 1600 degrees Fahrenheit. We only use fresh ceramic material; ceramic has a short shelf life and will not provide a reliable coating if it is expired.

Halar Coating is also one of the most successive processes of corrosion control. Halar is actually the brand name for ethylene chlorotrifluoroethylene, or ECTFE. The most basic explanation for Halar is that it is a type of plastic. This particular type of plastic known as Halar is special because it is semi-crystalline and melt-processable. Halar provides excellent chemical resistance and electrical insulating properties over a broad-use temperature range from cryogenic to 1500C. It is a tough material with excellent impact strength and is one of the best fluoropolymers for permeation resistance. Halar is particularly suitable for use as a coating material in protection and anti-corrosion applications thanks to its unique combination of properties like high impact strength, chemical and permeation resistance, flame resistance, dielectric properties, adhesion to substrate etc.

In the view of performance powder coatings also provide processing advantages over fluid painting. Because powders are environmental friendly as they do not contain volatile organic compounds. This type of coating combines properties of both plastics and paints. While adopting liquid paints overspray releases solvents into the atmosphere. On the other had using powder are completely recyclable. The majority of these processes have relied on either an epoxy or polyester resin base. With the most popular method of electrostatic spraying powder is given a charge and sprayed onto electrically grounded parts, then baking them to complete the cure. Non conductive parts must be primed or heated to provide them with more electrostatic attraction.

In the view of performance powder coatings also provide processing advantages over fluid painting. Because powders are environmental friendly as they do not contain volatile organic compounds. This type of coating combines properties of both plastics and paints. While adopting liquid paints overspray releases solvents into the atmosphere. On the other had using powder are completely recyclable. The majority of these processes have relied on either an epoxy or polyester resin base. With the most popular method of electrostatic spraying powder is given a charge and sprayed onto electrically grounded parts, then baking them to complete the cure. Non conductive parts must be primed or heated to provide them with more electrostatic attraction.

Our Teflon coating process most unique. We have the right tools and materials in-house to properly prepare the parts for Teflon coating as improper preparation is the leading cause of failure for ceramic coatings. Ceramic coating is primarily used for high temperature applications. The ceramic we use can withstand operating temperatures of over 1600 degrees Fahrenheit. We only use fresh ceramic material; ceramic has a short shelf life and will not provide a reliable coating if it is expired.