Food Grade Stainless Steel Wall Panels

This is the most commonly used food grade stainless steel option on the market today.

Food grade stainless steel wall panels.

These panels are designed to attach to your business s walls to provide a durable interior and they stand up to collisions and dents much better than many other commonly used materials. Food grade stainless steel 316. Buy 430 stainless steel sheet metal 4 pack 24ga 48 x 120 4 brushed finish 4ft x 10ft 4 x 10 4x10. We manufacture stainless steel trim moldings that are made from a variety of alloys and finishes that will match your wall cladding selection.

Sdi panels can come with different finish options on each side. Food grade facings on the inside industrial finishes on the outer surface to be used for ceilings and external walls. Grade 316 stainless is an austenitic stainless steel alloy with a high chromium and nickel content. Stainless steel is used as facings in most demanding circumstances.

Stainless wall panels w seam strips end caps 48 l x 84 h features. Perfect for food truck restaurant wall floor trailer garage gym. Polyester paint on galvanized steel 002 thickness vinyl paint on galvanized steel 004 thickness glasboard brand frp on any core smooth or stucco. 430 stainless steel sheet metal 24ga 8 pack 48 x 96 4 brushed finish 4ft x 8ft 4 x 8 4x8.

Perfect for food grade truck restaurant wall floor trailer garage gym. Let s take an even closer look at the options that are available for processors within the 300 and 400 stainless steel series. Stainless steel wall panels are the convenient and simple products to use to protect your walls from splashes scratches and other damage. It is most often used to process dairy beer and miscellaneous sanitation practices within a facility.

Stainless steel trim molding. 316 restaurant grade industrial stainless steel sheets the small percentage of molybdenum in 316 stainless steel makes this metal more heat and corrosion resistant than grade 304 with a better ability to resist pitting and crevice decay in tougher working environments. Like many steel alloys it has a continuous use temperature several times higher than most food making processes will ever require more than 800 c or 1472 f.