Established in 2015 and located in Foshan City, Guangdong, LvXing Intelligent Equipment Co., Ltd. has grown to become a benchmark manufacturer in the custom aluminum extrusion sector. Leveraging an elite Research & Development team with decades of combined engineering experience, we seamlessly convert complex blueprints into structural solutions, meeting the precise mechanical tolerances and aesthetic properties demanded by high-tier window and architectural system specifiers.
We strictly utilize premium Fenglu aluminum, providing a diverse catalog of high-performance profiles. Operating state-of-the-art hydraulic extrusion lines with capacities ranging from 800 Tons to 20,000 Tons, we manage complex cross-sectional geometries in critical alloy tempers, including 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx. This allows us to produce customized shapes with cross-sectional widths reaching 1.2 meters and structural components up to 28 meters in length.
Our commitment to compliance, aerospace certifications, and structural safety guarantees that every structural aluminum profile—whether for high-load window panels, curtain walls, or custom emergency landing platforms—complies with the rigid quality control metrics of ISO9001:2015 standards.
Situated in the heart of China's aluminum industry, our infrastructure enables accelerated supply chains and elite toolmaking capabilities.
A fully traceable quality management system ensuring consistency, straightness, and structural reliability for window systems and architectural structural zones.
Combining industrial capacity with extreme engineering precision to deliver structural aluminum solutions that exceed standards.
Modern curtain walls and architectural windows are shifting toward high-insulation thermal break profiles. To support large, triple-glazed units, profile manufacturers must produce ultra-strong 6060-T6 or 6063-T6 alloys with precise tolerances to prevent deflection under heavy wind loads.
Global procurement departments prioritize factories with comprehensive capabilities. Specifying teams demand integrated CNC machining, anodizing, powder coating, and structural simulation services under one roof to reduce logistics costs, minimize risks, and verify quality standards.
High-altitude structures, commercial high-rises, and offshore landing pads must meet strict safety guidelines. Our compliance protocols verify yield strength, wind load, deflection capacity, and galvanic corrosion resistance to ensure compatibility with international building codes.
In high-end architectural glazing and curtain wall installation, mechanical performance determines long-term structural viability. Standard commercial window systems are frequently challenged by wind pressure, seismic movement, and environmental weathering. Drawing on our experience with structural platforms and aerospace-grade aluminum, LVXING engineers profile systems capable of managing significant wind loads and structural stress.
The performance of an aluminum window system depends on the alloy selection and temper state. While residential systems typically use standard 6063-T5 aluminum, commercial curtain walls and high-rise windows require stronger alternatives. Our 800T to 20,000T extrusion lines allow us to work with structural alloys that balance strength, ease of extrusion, and surface finish:
Contemporary architectural designs prioritize large glass panels to maximize natural light and views. Supporting these heavy, triple-glazed insulated units requires deep, rigid aluminum frames. Our 20,000-ton extrusion press produces large profile sections up to 1.2 meters wide. This enables developers to use unified, continuous aluminum profiles for curtain wall assemblies and large sliding window systems, reducing the need for weak structural joints and improving weatherproofing.
Architectural window profiles must withstand harsh conditions, including UV exposure, temperature shifts, and salty coastal air. Our finishing treatments offer long-term protection:
At LVXING, we continuously update our extrusion processes to support sustainable, high-efficiency building designs. Our R&D focuses on several key areas:
Developing high-strength aluminum alloys that maintain structural integrity with thinner visible frame lines, meeting the demand for minimalist architectural window designs.
Using secondary aluminum and clean-energy extrusion processes to lower the embodied carbon of our profiles, helping developers secure LEED and BREEAM environmental certifications.
Integrating gasket tracks, locking channels, and thermal breaks directly into the extrusion process to reduce on-site labor and ensure reliable performance.
Developing high-tensile 6xxx series alloys that offer robust structural support without sacrificing extrusion speed or surface finish quality.
Using simulated extrusion modeling to optimize die geometries, ensuring consistent wall thickness across complex, multi-hollow window sections.
Co-extruding structural profiles with glass-fiber reinforced polyamide strips to create highly efficient thermal-break window systems.
Answers to technical, logistical, and structural questions commonly asked by architects, building engineers, and procurement professionals.
LvXing
