Non-stick fluoropolymer coating
Non-stick fluoropolymer coating
This is a coating aimed at one of the excellent features and functions of fluoropolymer, "non-adhesion."
- Company:フロロコート名古屋
- Price:Other
1~5 item / All 5 items
Non-stick fluoropolymer coating
This is a coating aimed at one of the excellent features and functions of fluoropolymer, "non-adhesion."
Slip purpose fluororesin coating
This is a coating aimed at one of the excellent features and functions of fluoropolymer: "slipperiness." Our fluoropolymer coating provides a very slippery surface with a friction coefficient of μK=0.03 or lower. We offer various types of coatings tailored to our customers' applications, substrate types, and usage conditions. If an environment cannot use oil or grease and requires additional functions such as chemical resistance, electrical insulation, or non-adhesion, fluoropolymer coatings are highly effective. Additionally, coatings can be applied not only to metals but also to rubber and plastic surfaces. For example, when coated on rubber, the surface can be slippery while maintaining the elasticity of the rubber.
Chemical-resistant fluoropolymer coating
Fluororesin coatings are inert and are not affected by most chemicals and solvents. While it is common to apply fluororesin for chemical resistance, the characteristics of the coating allow for better adhesion to the substrate compared to linings, and there are fewer constraints due to the shape of the substrate, enabling processing on substrates with complex shapes.
Insulating fluoropolymer coating
Fluororesin exhibits top-class insulation properties (greater than 10^18 Ω-cm) among all plastics. Furthermore, fluororesin possesses excellent characteristics such as non-flammability and chemical resistance, making it suitable for use under harsh conditions. However, if the coating thickness is thin, insulation cannot be ensured due to the presence of pinholes, so a certain thickness of the coating is required.
Conductive fluoropolymer coating
This is a conductive fluoropolymer coating that exhibits an electrical resistance of around 10^5Ω (typically, fluoropolymers are insulating coatings). Since fluoropolymers tend to accumulate static charge, there is a possibility of foreign substances and powders adhering, film sticking, and even disasters caused by static electricity. Conductive fluoropolymer coatings can maintain the excellent properties of fluoropolymers, such as solvent resistance, anti-adhesion, and slip, while demonstrating low electrical resistance.