Haomei Aluminum

  As a specialized supplier dedicated to the export of aluminum packaging materials, we Haomei Aluminum have developed the 3105 aluminum coil/sheet specifically to meet the unique requirements of wine bottle cap manufacturing. Leveraging the alloy's inherent structural advantages and process control, we provide a stable and reliable base material for mid-to-high-end bottle cap production. The 3105 alloy belongs to the Al-Mn (aluminum-manganese) series of corrosion-resistant alloys and is our core material choice for bottle cap applications. Its composition is strictly controlled according to industry standards: manganese content is stabilized between 1.0% and 1.5%, while the total content of impurity elements—such as iron, silicon, and copper—is kept below 0.5%. The uniformly distributed manganese phase imparts excellent structural rigidity and atmospheric corrosion resistance, ensuring long-term reliability for the finished caps. We offer three standard work...

  The polykraft paper coated embossed aluminum coil is an integrated protective product developed by Haomei Aluminum specifically for harsh insulation environments, such as high-humidity or outdoor settings. Drawing on over a decade of experience exporting insulation aluminum jacketing materials, we recognized that single-material aluminum coils often struggle to simultaneously provide structural protection and effective sealing. By synergistically combining multiple functional layers, polykraft paper embossed aluminum coil ensures mechanical strength while enhancing vapor and water resistance, making it a cost-effective choice for industrial and municipal insulation projects. The polykraft paper coated embossed aluminum coil features an integrated two-layer dry composite structure, with clearly defined functions for each layer and reliable bonding strength. The outer layer is an embossed aluminum structural layer made from ASTM B209 1060 or 3003 aluminum alloy (H14...

  Haomei Aluminum's DDQ (Deep Drawing Quality) aluminum circles for cookware are premium deep-drawing substrates engineered for the mass production of cookware requiring high draw ratios. Leveraging comprehensive process control based on DC (Direct Chill) semi-continuous casting, DDQ aluminum circles offer significant upgrades in forming limits, batch consistency, and surface density. They specifically address industry pain points—such as fluctuating yields and post-forming surface defects common with standard deep-drawing materials—and meet the large-scale production demands of high-end, deep-drawn cookware. The core quality advantage of these DDQ aluminum circle for cookware lies in their superior forming capabilities and consistent performance. Manufactured from large-format DC cast ingots, the material undergoes homogenization annealing at a constant 480°C for over 12 hours to completely eliminate compositional segregation and internal casting stre...

  As power equipment evolves toward higher efficiency, miniaturization, and greater reliability, foil windings are progressively replacing traditional wire-wound structures, becoming the mainstream solution for distribution transformers, new energy transformers, and reactors. Among the base materials available for foil windings, copper foil is universally recognized by the industry as the optimal choice. This is not merely an empirical judgment based on conductivity; rather, it is the inevitable result of a profound synergy between material properties and winding architecture. Copper foil demonstrates comprehensive performance advantages across the board—from loss control, space utilization, and heat dissipation efficiency to long-term reliability. - High Electrical Conductivity and Superior Loss Control Its intrinsic conductivity provides the fundamental basis: C1100 copper foil maintains a stable conductivity of 100%–101% IACS and a resistivity of only 0.0172 Ω·mm²/...