In addition to our existing aluminum alloy rod casting production line, our company also operates a dedicated production line for aluminum formwork used in construction.
The application of aluminum formwork systems significantly improves overall construction efficiency, resulting in substantial cost savings in building materials and labor.
With many years of experience in mold research, design, and manufacturing, our company boasts an excellent team and professional services.
Equipped with a full range of extrusion presses, our annual production capacity reaches 10,000 tons. We also feature advanced air quenching, mist quenching, and water quenching systems to meet the mechanical performance requirements of aluminum profiles under various temper conditions.
Additionally, our extrusion lines are fitted with foreign-imported high-temperature felt-equipped discharge and cooling tables, which help minimize surface defects and ensure superior finish quality. Our production capabilities accommodate a wide range of profile series, enabling large-scale extrusion of high-precision, cutting-edge aluminum profiles.
Zinc-aluminum die casting involves injecting molten zinc-aluminum alloy into precision molds to produce high-strength, intricate components.
This process offers excellent dimensional accuracy, surface finish, and mechanical properties, making it ideal for automotive, electronics, and hardware applications.
Our factory is equipped with advanced surface treatment facilities, including chromate conversion and sealing processes.
Combined with anodized coloring technology, these treatments ensure our aluminum profiles meet a wide range of aesthetic and durability requirements.
Our company has introduced advanced coating equipment, including automated liquid and powder electrostatic spray systems, supported by cutting-edge manufacturing techniques and modern management practices.
Prior to coating, all products undergo meticulous surface treatment and chromate conversion to ensure optimal adhesion and durability. The coating is then applied using a fully automated spraying process, followed by high-temperature baking at approximately 250°C.
This process delivers a finish that meets international quality standards — offering excellent corrosion resistance, strong adhesion, UV protection, and long-term color stability. The final surface is clean, smooth, uniform in color, and built to withstand the demands of both architectural and industrial applications.
Fluorocarbon coating is a high-end finishing process, traditionally used abroad and only widely adopted in China for aluminum curtain walls in the past two years.
Thanks to its outstanding properties, it is increasingly valued by the construction industry and end-users.
Fluorocarbon coatings offer excellent resistance to fading, chalking, atmospheric pollution (such as acid rain), strong UV protection, crack resistance, and durability in harsh weather conditions—performance levels unmatched by conventional coatings.
Our wood grain transfer aluminum profiles are specially designed for premium home interior applications.
We offer a diverse range of authentic wood grain styles sourced from various regions, combining aesthetic appeal with long-lasting durability.
These profiles are highly regarded by international architects and design firms for their quality and visual elegance.
Our company has invested in multiple advanced CNC machining systems, enabling precise custom fabrication of non-standard aluminum profiles and fine machining of mechanical components according to client specifications.
In addition to our core aluminum production capabilities, we have introduced a wide range of advanced equipment, including glass assembly machinery, automated electrical control systems, anodizing support systems, and wastewater recycling facilities.
Our glass processing services include cutting, polishing, tempering, laminating, and customized fabrication — designed to meet diverse architectural and industrial needs.
Through the integration of scientific management systems and top-tier talent, we are committed to building a modern, environmentally responsible enterprise focused on delivering high-quality, sustainable aluminum and glass solutions with precision and consistency.
Dimming glass consists of two glass layers with a liquid crystal film (commonly known as an LC film) sandwiched between them.
The LC film is centrally laminated with a PVB film and then bonded through a high-temperature, high-pressure process using an autoclave or a conventional one-step furnace.
In addition to providing privacy control, smart dimming glass also meets all the safety standards and performance characteristics of conventional safety glass.
Laminated glass is composed of two or more layers of glass bonded together with an interlayer, usually made of polyvinyl butyral (PVB).
This construction enhances safety by holding the glass together if broken, providing improved impact resistance and sound insulation.
Laminated glass is widely used in architectural, automotive, and security applications due to its durability and protective properties.
Decorative aluminum panel engraving involves precision carving or etching patterns onto aluminum sheets to create visually striking designs.
This technique enhances the aesthetic appeal of architectural and interior surfaces while maintaining the material’s durability and lightweight properties.
Ideal for façades, partitions, and decorative applications, engraved aluminum panels combine functionality with artistic expression.
Thermal break technology involves adding an insulating strip between the inner and outer frames of aluminum profiles.
This creates a barrier that significantly reduces heat and cold transfer, improving energy efficiency and thermal performance.
Commonly used in doors and windows, thermal break systems enhance insulation, reduce condensation, and offer greater indoor comfort in both hot and cold climates.
We offer customized packing solutions for finished products according to your specifications, using a variety of protective materials to ensure safe delivery.
