How to improve the thermal insulation performance of Aluminum Bottle, a series of design and technical measures can be taken to ensure the best effect in scenarios where liquid temperature needs to be maintained.
Double-layer vacuum structure: A double-layer vacuum structure is adopted, that is, a vacuum insulation layer is formed between the inner and outer layers of the Aluminum Bottle. This design effectively reduces heat conduction and improves the thermal insulation effect. The inner and outer layers are generally made of stainless steel or aluminum to increase thermal insulation performance.
Vacuum insulation layer: Add an efficient vacuum insulation layer between the inner and outer walls of the bottle to prevent heat transfer. This layer can use highly efficient insulating materials, such as vacuum insulation panels or high-density foam, to improve thermal insulation.
Insulation material selection: Choose high-quality insulation materials, such as polyurethane foam or ceramic fiber, as fill or cladding layers. These materials have good thermal insulation properties and can slow down temperature changes.
Thickened bottom design: Adding a layer of thickened design to the bottom of the bottle can reduce the possibility of heat conduction outward and improve the heat preservation effect. This is especially important when placed on a cool surface.
Sealing optimization: Ensure the sealing performance of the bottle cap and bottle mouth, prevent external air from entering the bottle, and reduce heat exchange. Use double-layer sealing or silicone gasket designs to improve sealing performance.
Bottle mouth design: Use a bottle mouth design with heat preservation function, such as rotating or flip-top bottle mouth. This helps reduce temperature changes when the bottle is opened and improves the heat preservation effect.
Insulation layer outer packaging: Add a special insulation layer outer packaging to the outer surface of the Aluminum Bottle, such as a stainless steel shell or ceramic coating, to enhance the thermal insulation performance and improve the aesthetics of the product.
