Performance
Heat Resistant Coating
A heat resistant coating is engineered to maintain bond strength, appearance and function through repeated heating and high-temperature service. Building on a high-heat coating heritage that dates to 1983, Solechemical Inc. delivers heat resistance through its industrial and specialty coating portfolio, from high-heat nano-ceramics to heat-dissipation coatings, together with the SOLAMIC platform, for cookware, heating components, heat-dissipating parts and glass surfaces. Service temperature ratings for each product are provided in its technical data.
What it is
Heat resistance is the ability of a coating layer to keep its bond and appearance under repeated heat exposure. Solechemical engineers heat resistance by combining its high-heat coating experience with ceramic coating technology.
Why it matters
Surfaces that stay stable at high temperatures support longer product life and a dependable user experience, and keep heating processes consistent. Adding heat dissipation can further improve thermal management in components.
Applications
- Cookware and kitchen appliances
- Heating components and heater-adjacent parts
- Heat-dissipating components and aluminum alloy parts
- Glass surfaces
- Industrial equipment
Substrates
- Aluminum and aluminum alloys
- Stainless steel
- Glass
- Other metals, reviewed case by case
Benefits
Technology
Recommendations draw on our patented PFAS-free high-heat release ceramic coating technology, the SOLAMIC platform and our industrial coating portfolio, including high-heat clear nano-ceramic and heat-dissipation coatings. Contact us for current service temperature specifications.
Related products
High non-stick ceramic coating for heat-exposed metalware.
SOLAMIC SeriesSOLAMIC HHigh-hardness ceramic coating for surfaces in repeated contact.
SOLAMIC SeriesSOLAMIC X-FreeSapphire-enhanced ceramic coating built on the Nano-Link Pairing System.
SOLAMIC SeriesSOLAMIC One-PackOne-pack ceramic coating that streamlines mixing and aging on the line.
Evidence
Coating composition for stainless steel with nano-link pairing structure containing sapphire component and realizing high durability and high release properties
A nano-link pairing structure that bonds release-loaded porous ceramic particles with sapphire nanopowder, giving stainless steel surfaces heat and wear resistance together with smooth, lasting release.
Verify on KIPRIS · KR 10-2993078
Highly heat-resistant mold release agent comprising PFAS free organic-inorganic complex and method for manufacturing the same
A two-layer ceramic coating built on a PFAS-free organic-inorganic composite, patented to maintain release performance at 250 °C and above.
Verify on KIPRIS · KR 10-2769733
- Patent claim: release performance maintained at 250 °C and above (KR 10-2769733, claim 4)
- ISO 9001 quality management system
- ISO 14001 environmental management system
- 4 registered Korean patents for core coating technologies
Patent details are listed on the Resources page
- Proprietary Nano-Link Pairing System
Developed in 2023
Contact us for the current specification.
FAQ
What temperature can the coatings handle?
Service temperature depends on product, grade, substrate and process conditions. Share your conditions and we will provide the exact specification from current technical data.
Can heat dissipation be added?
Yes. Our industrial coating portfolio includes a one-component nano-ceramic coating developed to improve heat dissipation on metal sheet.
Tell us what you coat.We'll help define what the coating needs to do.
Share your substrate, operating environment, target performance and process conditions, and our engineers will recommend a solution and a clear path to qualification.