In fluororesin coatings and PEEK coatings, a surface preparation using sandblasting is performed to ensure the adhesion of the coating film, followed by the formation of the coating film through high-temperature firing at around 400°C. During this process, thermal and mechanical loads are applied to the substrate, which may cause deformation or damage depending on the shape and thickness of the material. Thin sheet products, precision sheet metal parts, mesh materials, punching materials, and cutting tool components are particularly susceptible to these effects, and issues such as warping, waviness, dimensional changes, and edge chipping may occur. Our company strives to balance quality and product protection by adjusting blasting conditions, reviewing surface preparation methods, optimizing firing conditions, and devising jig methods, taking into account product shapes and usage conditions.

- Fluororesin coating on thin plate transport components: Optimizing firing conditions and jig methods while considering warping risks. - PEEK coating on precision sheet metal covers: Providing wear resistance while minimizing dimensional changes. - Non-stick coating on mesh components for food machinery: Adjusting blast conditions to reduce deformation risks. - Fluororesin coating on industrial blades: Providing non-stick properties while suppressing edge chipping. - Functional coating on thin-walled guide components: Improving sliding properties and chemical resistance while minimizing distortion. Our company proposes optimal coating specifications that take into account the risk of deformation based on product shape, material, and required precision.