Industrial paints are pigmented liquids or powders that are used to protect and/or beautify substrates. Industrial paints are used in the aerospace, architectural and construction, automotive, and electronics industries. They are also used in marine, medical, military, optical, pharmaceutical, semiconductor, and textile applications. Some industrial paints are applied with brushes or rollers. Others are applied with spray systems. Substrates for industrial paints include:

• Asphalt
• Ceramic
• Concrete and masonry
• Fabric and fiber
• Fiberglass
• Glass
• Metal
• Paper and paperboard
• Plastic
• Rubber and elastomer
• Wood

Types

Industrial paints vary widely in terms of chemistry. They typically include a resin, a solvent, additives, pigments and, in some cases, a diluent. Solvent-based paints contain volatile organic compounds (VOCs) as the carrier. Water-based paints contain mostly water, but also chemicals such as glycol ethers and alcohols as the carrier. Different types of industrial paints include:

Acrylic – a synthetic resin used in high-performance latex or water-based paints, is suitable for bonding metal, oily surfaces, glass, ferrite, and plastics.

Epoxy – Used almost exclusively in aircraft components, are more resistant to environmental degradation than resins such as alkyds, which are typically used only in trim paints.

Polyester – Typically unsaturated and used in marine applications.

Polyurethane – include a tough, rubber-like elastomer that is based on the condensation of organic isocyanates with resins containing hydroxyl groups.

Inorganic or silicate – use titanium dioxide as an extender pigment.

Polytetrafluoroethylene (PTFE) – a family of engineering plastics that is characterized by high thermal stability, almost universal chemical resistance, and low friction.

Features

Industrial paints are available with a variety of special features including:

• Anti-static or conductive
• Heat resistant
• Fire retardant
• Rust preventive
• Waterproof
• Water repellant
• Interior or exterior
• Suitable for touch-up coatings
• Able to withstand high temperatures
• Elastomeric – suitable for substrates that are stretched to twice their original size and then returned to their original dimensions.
• Electro-resistive – include both conductive and nonconductive materials.