Haomei Aluminum

  Bare aluminum foil serves as the essential substrate for various functional coatings. Its surface cleanliness, thickness uniformity, and flatness directly determine coating adhesion, application precision, and the yield rate of the final product. Haomei Aluminum optimizes bare aluminium foil properties specifically for mainstream coating processes—such as roll coating, rotogravure, and extrusion coating. Our bare aluminium foil for coating  products are designed for a wide range of applications, including adhesive, carbon, and other functional coatings, and are currently supplied reliably to dozens of coating enterprises worldwide. Haomei bare aluminum foil for coating applications encompasses a wide variety of alloys and tempers, allowing for flexible selection based on specific coating types and end-use operating conditions: – Alloy Grades: 1235 and 1060 high-purity aluminum foils are designed for applications requiring high electrical cond...

  6 micron aluminum foil—a type of ultra-thin “double-zero” foil—serves as a primary barrier substrate in the flexible packaging industry, enabling material lightweighting and unit-cost control. It is widely used for products with short-to-medium shelf lives, including food, personal care items, and tobacco. Haomei Aluminum has optimized its rolling and annealing parameters specifically for flexible packaging lamination processes. Our 6-micron aluminium foil offers industry-leading stability in mass production and precise control over pinhole density, ensuring a reliable supply for flexible packaging manufacturers worldwide. 6 micron aluminium foil for flexible packaging  covers multiple alloy systems, allowing for flexible selection based on the contents to be packaged and specific barrier requirements: – Alloy Temper: We stock 8021-O and 1235-O alloys; 8079-O is available for high-end barrier applications. All products are supplied in a fully anneale...

  Produced from DC (Direct Chill) semi-continuous cast ingots, hot-rolled aluminium circles undergo high-temperature hot rolling, cold rolling for thickness adjustment, and final annealing before being precision-blanked. They are ideally suited for demanding processes such as deep drawing, metal spinning, and impact-bonded base (sandwich-bottom) brazing—applications that require high material stability. Haomei Aluminum operates an independent, end-to-end production line—encompassing hot rolling, cold rolling, and precision blanking—capable of supplying hot-rolling aluminum circles across all alloy grades. With an annual production capacity exceeding 30,000 tons, our products are exported to over 30 countries and regions worldwide. In terms of the production process, ingots intended for hot-rolled aluminium circles undergo homogenization annealing at temperatures above 480°C for 12 hours to eliminate compositional segregation and internal casting stresses. Subsequently, th...

  Printed aluminum closure sheet for Pilfer-Proof caps combine superior formability, high-quality surface printability, and food-contact safety. The precision of the printing and the stability of the coating are critical factors that determine both the brand's visual impact and the yield rates during mass production. As a professional manufacturer of aluminum clsoure sheet for bottle caps, Haomei Aluminum offers printed aluminum sheet coil tailored for global cap production—including ROPP (Roll-On Pilfer-Proof) caps and crown caps. By delivering pre-printed material ready for immediate stamping, we enable clients to bypass separate, off-line coating and printing processes. Printed aluminum closure sheets products utilize 8011 and 3105 aluminum alloys—the industry standards for bottle caps—and are available in H14 and H16 tempers. The 8011 alloy is ideal for standard-diameter caps used in the beverage and liquor industries; in the H14 temper, it offers a tens...

  3003 aluminum-manganese alloy circles serve as a primary base material for mid-to-high-end clad-bottom cookware and commercial hardware components. The pricing follows standard international aluminum trade conventions, anchored primarily to the London Metal Exchange (LME) three-month aluminum futures price. The final quote is determined by adding costs for alloying, rolling, precision blanking, heat treatment, and export-grade packaging. In terms of pricing structure, raw material costs account for approximately 78% of the 3003 aluminum circle price , with fluctuations in LME aluminum prices serving as the primary driver of price changes. As of late October 2026, the LME three-month aluminum price is trading within the $3,000–$3,050 per ton range. When combined with processing costs—including manganese alloying, multi-pass rolling, precision blanking, and annealing—this results in a tiered pricing structure tailored to various product specifications. In...