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Bridge fluororesin coating

Bridge fluororesin coating

A revolutionary coating that exhibits strong wear resistance without compromising the non-stick, slippery, and chemical resistance properties of fluoropolymer coatings.

Crosslinking refers to the process of bonding molecules that were previously independent, similar to building a bridge between them. There are various methods for this, including radiation exposure, the addition of crosslinking agents, and chemical crosslinking. Epoxy resins, which harden when two liquids are mixed, also undergo this reaction to become solid. "Crosslinked fluoropolymer" utilizes this reaction, resulting in a structure that is stable between molecules, providing remarkable wear resistance. By blending it, the wear resistance shows values approximately 3 to 5 times higher compared to conventional PFA resins. 【Features】 ■ Ultra wear resistance not found in previous fluoropolymers ■ Excellent properties similar to fluoropolymers ■ The unevenness of the coating reduces the contact area, enhancing non-stick and slip performance ■ Complies with food sanitation laws *For more details, please refer to the PDF document or feel free to contact us.

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Method of applying fluororesin coating

Method of applying fluororesin coating

A detailed introduction to the application method of fluororesin coating, along with illustrations!

We will introduce the method for applying fluororesin coating. First, check the structure of the can body and perform degreasing by firing at 400°C. Next, finish the surface to white metal using blasting, then apply primer, dry, and bake, followed by painting the top coat. Finally, bake again and measure the film thickness using an electromagnetic thickness gauge and an eddy current thickness gauge through sampling. 【Construction Method (Part)】 1. Can Body - During drawing creation: Structure check - Upon completion of canning: Base material test (welded parts and corners) 2. Degreasing (firing at 400°C) 3. Blasting: Surface finish to white metal *For more details, please refer to the PDF document or feel free to contact us.

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Prevents sticking of adhesives! Non-stick coating

Prevents sticking of adhesives! Non-stick coating

Achieving ultra-non-stick properties that do not adhere various adhesives! A surface treatment technology that demonstrates good adhesion to various metals and rubber.

The "KP-10 Series" is a coating that exhibits release properties due to a silicone-like substance covering the surface through a compound reaction. It is highly resistant to physical tack, demonstrating release properties with adhesive materials such as tape, and shows higher non-stickiness than fluororesin coatings. Additionally, because the surface layer does not separate and exhibits release without adhering to the opposing side, it has greater durability compared to other release coatings. 【Features】 ■ Possesses ultra non-stick performance effective with various adhesives ■ The coating film does not separate, ensuring high performance durability ■ Shows good adhesion to various metals and rubber The KP-10 Series consists of three types, each differing in non-stick performance and surface roughness. Technical documentation detailing the characteristics of each series is currently available. *For more details, please refer to the PDF documentation or feel free to contact us.

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Improved durability of fluororesin! Cross-linked fluororesin coating.

Improved durability of fluororesin! Cross-linked fluororesin coating.

A high-performance coating that exhibits strong wear resistance without reducing the non-stick, slippery, and chemical resistance properties of the fluorine coating.

This is a cross-linked fluoropolymer coating that maintains the excellent properties of fluoropolymer, such as non-stickiness and low friction coefficient, while improving wear resistance. Due to its outstanding characteristics, it is used in highly abrasive sliding parts. Cross-linking refers to a reaction that connects previously independent molecules as if a bridge were built between them. The "cross-linked fluoropolymer" utilizes this reaction, resulting in a stable molecular structure that provides remarkable wear resistance. The wear resistance of cross-linked fluoropolymer shows values approximately 3 to 5 times higher compared to conventional PFA resin. 【Features】 ■ Super wear resistance not found in previous fluoropolymers ■ Excellent properties similar to fluoropolymers ■ The unevenness of the coating reduces the contact area, enhancing non-stick and sliding performance ■ Complies with food sanitation laws *For more details, please refer to the PDF document or feel free to contact us.

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Coating of cross-linked fluororesin characterized by unevenness in the film.

Coating of cross-linked fluororesin characterized by unevenness in the film.

A new fluororesin coating with unevenness in the film, which improves wear resistance.

This is a cross-linked fluororesin coating that improves wear resistance. Due to its excellent properties, it is used in areas with severe wear and friction. Cross-linking is a reaction that bonds molecules together as if a bridge were built between them. "Cross-linked fluororesin" utilizes this reaction, and because the structure between molecules is stable, it exhibits remarkable wear resistance. The wear resistance of cross-linked fluororesin shows values approximately 3 to 5 times higher compared to conventional PFA resin. 【Features】 ■ Super wear resistance not found in previous fluororesins ■ Excellent properties similar to fluororesins ■ The unevenness of the coating reduces the contact area, improving non-stick and sliding performance ■ Complies with food sanitation laws *For more details, please refer to the PDF document or feel free to contact us.

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Inorganic ultra-non-stick coating "KP-10 series"

Inorganic ultra-non-stick coating "KP-10 series"

Achieving ultra-non-stick properties that do not adhere various adhesives! It shows good adhesion to various metals and rubber.

The "KP-10 Series" is an inorganic ultra-non-stick coating system that features "Si-O bonds." This system forms a rough surface texture on the coating film through special aggregates contained in the base coat. By combining a top coat of inorganic silicate ceramic with high non-stick properties that does not contain free silicone compounds, it achieves "ultra-non-stick performance" that prevents various adhesives from adhering. 【Features】 ■ Ultra-non-stick performance effective against various adhesives ■ Coating film that does not contain free silicone compounds ■ Good adhesion to various metals and rubber The KP-10 Series consists of three types, each with different non-stick performance and surface roughness. Technical documents detailing the characteristics of each series are currently available. *For more details, please refer to the PDF document or feel free to contact us.

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