Thermal spraying processing, induction cookers, far infrared, insulated electrification.

We select and implement the optimal processing methods and materials according to various purposes.

- I want to use aluminum, copper, and clay pots with an induction cooker. - I want to achieve the effects of far infrared rays. - I want to change the way electricity flows through materials. In such cases, thermal spraying is the solution. By thermally spraying magnetic alloys onto non-magnetic materials, they can be made compatible with induction cookers, or by treating the surface with insulating or conductive materials, the flow of electricity can be altered. 【Advantages of Thermal Spraying】 - Cooking utensils made of copper or aluminum that cannot be used with induction cookers → By thermally spraying iron on the contact surface with the induction cooker, they can be used. - Achieving the effects of far infrared rays through ceramic thermal spraying. 【Examples of Thermal Spraying Processing】 - Surface treatment of large aluminum pots to make them compatible with induction cookers → Metal thermal spraying (induction cooker thermal spraying) - Surface treatment to insulate parts → Ceramic thermal spraying (insulating thermal spraying) - Surface treatment to enhance far infrared effects → Ceramic thermal spraying (far infrared thermal spraying) - Surface treatment to give aluminum pots both induction cooker compatibility and far infrared effects → (induction cooker thermal spraying + far infrared thermal spraying)

Processing ContractSurface treatment contract service