Isothermal mug. Materials – recycled stainless steel/Ceramic
350 ml capacity thermal mug made from Recycled Stainless Steel with double wall. With double wall for better and longer-lasting temperature preservation and ceramic-coated interior, suitable for carbonated beverages. Equipped with a black dosing lid designed to prevent leaks and BPA-free. Featuring a Recycled Stainless Steel emblem.Stainless steel is one of the most demanded materials and can be found almost everywhere, from everyday products to large constructions. With countless properties, including durability and a high degree of reuse, making it a highly valued alternative in sustainability solutions. When properly treated, it allows for the extraction of new resources for infinite use.
350 ml capacity thermal mug made from Recycled Stainless Steel with double wall. With double wall for better and longer-lasting temperature preservation and ceramic-coated interior, suitable for carbonated beverages. Equipped with a black dosing lid designed to prevent leaks and BPA-free. Featuring a Recycled Stainless Steel emblem.Stainless steel is one of the most demanded materials and can be found almost everywhere, from everyday products to large constructions. With countless properties, including durability and a high degree of reuse, making it a highly valued alternative in sustainability solutions. When properly treated, it allows for the extraction of new resources for infinite use.
350 ml capacity thermal mug made from Recycled Stainless Steel with double wall. With double wall for better and longer-lasting temperature preservation and ceramic-coated interior, suitable for carbonated beverages. Equipped with a black dosing lid designed to prevent leaks and BPA-free. Featuring a Recycled Stainless Steel emblem.Stainless steel is one of the most demanded materials and can be found almost everywhere, from everyday products to large constructions. With countless properties, including durability and a high degree of reuse, making it a highly valued alternative in sustainability solutions. When properly treated, it allows for the extraction of new resources for infinite use.
