Steel
An oven with tough and high heat resistance uses steel. It can withstand much friction and heat. Steel is durable because it doesn't rupture or tear under extreme heat conditions. During operation, it will not quickly deform and will maintain its structure.
Stainless Steel
High-quality manufacturer ovens can withstand hot temperatures and chemicals with minimal problems. Stainless steel ovens are rust resistant and have high tensile strength. Furthermore, they won't rupture or tear under any condition, like plain steel. However, they have higher temperature resistance and density than their regular counterparts.
Carbon Steel
Ovens that can handle even higher temperatures use carbon steel. High carbon steel is part of many heat-resistant cooking products, such as cast-iron ovens and pots. If you must cook at extremely high temperatures, carbon steel won't wear out, rupture, or deform under extreme temperature conditions.
Aluminized Steel Coating
Most ovens use lightweight and durable aluminized steel coating. It combines the strength of steel and improves rust resistance with aluminum. This oven has an exceptionally high heat resistance and a low thermal expansion coefficient. Industrial-oven manufacturers favor it because it's easy to machine, like regular sheet metal.
Mineral Wool Insulation
You probably want to reduce the heat your industrial oven emits. Mineral wool insulation offers exceptional thermal and fire resistance. As a good acoustic dampener, mineral wool reduces your industrial ovens' gurgling and crackling sounds during operation.
A well-built oven uses only precise measurements and top-notch fabrication tools. Experts with decades of experience, such as Eastman Manufacturing, can build the best ones in the industry. Call us today to get started.