Manufacturing & Fabrication Capabilities

We support custom aluminum extrusion across various profile sizes and cross-sectional geometries. Utilizing quality aluminum alloy billets (6000 and 7000 series), our extrusion lines ensure uniform metallurgical structure and consistent mechanical properties.

Extrusion parameters—including billet preheating temperature, extrusion speed, and precise quench rate (air or water mist cooling)—are strictly controlled to ensure optimal grain structure and mechanical strength after artificial aging (T5/T6).

Die design is the cornerstone of precision extrusion. Our engineering team utilizes advanced finite element flow simulation software to analyze aluminum flow balance, die stress, and thermal expansion before steel cutting.

Extrusion dies are manufactured from premium hot-work tool steel (e.g. H13 / 1.2344) using precision CNC milling, vacuum heat treatment, and slow-wire EDM wire cutting, ensuring long die life and tight dimensional repeatability.

Our anodizing lines provide controlled electrochemical oxidation to produce a hard, integrated aluminum oxide layer. This layer will not flake, chip, or peel under environmental weathering.

Available in sulfuric acid anodizing (clear, matte silver, champagne, bronze, titanium, and black) as well as bright dip chemical polishing for high-luster decorative trims.

Environmentally friendly electrostatic powder coating lines certified to international standards. Uses non-chromate chemical pre-treatment (zirconium/titanium based) to ensure superior adhesion and salt-spray resistance.

We partner with tier-one architectural powder suppliers (such as AkzoNobel, Tiger Drylac, and PPG) to offer super-durable polyester and polyurethane coatings designed for 10 to 25 years of exterior performance.

Polyvinylidene fluoride (PVDF / Kynar 500 / Hylar 5000) liquid spray coating engineered for monumental architectural projects exposed to intense solar UV, maritime salt air, and chemical pollutants.

Provides the highest level of color retention, chalking resistance, and chemical inertness available in architectural metal coatings.

Combines the natural warmth and grain of wood with the structural strength, fire resistance, and rot-proof longevity of aluminum.

Profiles are first electrostatically base powder coated, then wrapped in high-definition sublimation film and subjected to vacuum thermal transfer, infusing the wood grain pigment directly into the powder layer.

Our dedicated CNC fabrication department transforms extruded shapes into ready-to-assemble mechanical components. Specialized long-bed CNC machining centers accommodate long architectural and industrial extrusions without multiple re-clamping steps.

We process complex 3D toolpaths directly from client CAD models, ensuring tight geometric tolerances on bolt holes, mounting slots, O-ring grooves, and precision mating surfaces.

Equipped with digital CNC double-mitre saws and automated single-head cut-off saws. Features carbide-tipped circular saw blades specifically optimized for non-ferrous aluminum alloys with mist lubrication.

Guarantees high perpendicularity, precise angular mitring (45° / 90° / custom angles), and length consistency across high-volume production batches.

Custom stamping and punching dies allow multiple holes, slots, notches, and louvers to be formed in a single press stroke, significantly reducing cycle time and production cost for high-volume orders.

Our multi-head drilling rigs and tapping centers handle repetitive mounting holes with consistent pitch spacing.

Aluminum welding requires specialized shielding gas control and thermal management to prevent porosity and thermal warping. Our certified welders utilize AC/DC TIG for aesthetic joints and pulsed MIG for heavy structural weldments.

Welded assemblies include fencing gates, machinery frames, solar skid bases, structural brackets, and architectural canopies.

Thermal break technology inserts a low-conductivity glass-fiber reinforced polyamide strip between the inner and outer aluminum profile chambers, dramatically reducing thermal conduction.

Our thermal break rolling lines perform automated tooth knurling on profile grooves, followed by continuous strip feeding and precision CNC rolling crimping. Regular shear strength proof tests guarantee structural safety.

We support component pre-assembly, hardware fitting (locks, handles, hinges, rollers), and protective packaging. Completed sub-assemblies reduce client on-site labor and eliminate missing hardware issues.

Our packaging engineering team designs customized protective packing methods—including protective film on visible surfaces, desiccants, non-scratch foam interleaving, and steel-reinforced fumigated wooden crates—ensuring damage-free sea freight arrival.