6 micron aluminum foil refers to aluminum foil with a thickness of 0.006 millimeters. It is an extremely thin aluminum foil product with high technological content. It possesses excellent barrier properties and a wide range of applications. The production of 6 micron aluminum foil requires high-precision rolling equipment and advanced processes. Typically, thick aluminum coils are gradually thinned […]
10 micron aluminum foil is an aluminum foil material with a thickness of 10 micrometers (μm), belonging to the category of ultra-thin aluminum foil, and has important applications in lithium batteries, electronic products, and high-end packaging. Physical properties of 10 micron aluminum foil: – Thickness: 10 micron aluminum foil is only 0.01 millimeters thick, exhibiting extremely high thinness and […]
7 micron aluminum foil refers to aluminum foil products with a thickness of 7 microns (0.007 mm), characterized by its thinness, lightness, and flexibility. Aluminum foil is widely used in food packaging, cooking, preservation, heat insulation, and electronic products, among other fields. Due to its excellent barrier properties, light weight, and malleability, 7 micron aluminium foil performs well […]
11 micron aluminium foil is a common aluminum foil material, with a thickness of 11 microns (0.011 millimeters). Due to its excellent barrier properties, thermal conductivity, and plasticity, 11 micro aluminum foil is widely used in food packaging, pharmaceutical packaging, preservation, cooking, and baking. 11 micron aluminium foil has good flexibility, making it easy to fold, roll, […]
Industrial aluminum foil jumbo rolls are rolled metal materials made primarily from aluminum through a rolling process. They offer moisture-proof, corrosion-resistant, fresh-keeping, and heat-insulating properties, making them widely used in food packaging, building insulation, electronic component protection and industrial thermal insulation. Specifications of Industrial Aluminum Foil Jumbo Roll: – Alloy Series: 1000 Series (e.g., 1050, 1060): High […]
Lubricated aluminum foil for food container is typically made from 8011 or 3003 aluminum alloys, with a thickness ranging from 0.04mm to 0.08mm. A food-grade lubricant (such as DOS oil) is applied to the aluminum foil surface to create a protective layer, reducing friction damage during stamping and improving product yield. Material Selection of Lubricated Aluminum […]
Aluminium foil 3003 H24 lubricated both sides for making containers is typically 0.03-0.08mm thick, it’s lightweight while maintaining a certain degree of rigidity to resist deformation after filling. 3003 aluminum foil is an Al-Mn alloy. The addition of manganese imparts excellent rust resistance while maintaining good formability, weldability, and corrosion resistance. Its strength is approximately 10% higher than […]
Gold color aluminum fin stock for heat exchangers typically refers to a specially treated aluminum material used in heat exchangers, primarily to improve heat exchange efficiency. This material not only offers excellent thermal conductivity but also possesses hydrophilicity, which contributes to improved heat exchange efficiency. The hydrophilic treatment creates a coating on the aluminum fin stock surface that absorbs water […]
Durable hydrophilic aluminum foil for HVAC systems is a functional material that achieves efficient heat transfer, corrosion resistance, and long-term stable operation through a special surface treatment. Its core advantages lie in its comprehensive improvements in hydrophilicity, corrosion resistance, heat exchange efficiency, and environmental performance. Hydrophilic aluminum foil is widely used in residential air conditioners, commercial […]
Hydrophilic aluminum fin stock are core functional materials in the refrigeration and heat exchange industry. By applying a multi-layer functional coating to an aluminum alloy substrate, they address the condensation, corrosion, and low heat exchange efficiency issues of traditional aluminum fins. They are widely used in various heat exchange equipment. Material System: Collaborative Design of Substrate […]