Products

Aluminum alloy seamless tubes are indispensable core components in modern high-end manufacturing. Unlike welded tubes, these seamless tubes are formed in a single process through extrusion, piercing, and stretching, resulting in a structure with extremely high integrity and no weld seams. This makes them the go-to choice for applications requiring high pressure, fatigue loads, extreme temperatures or stringent cleanliness standards. From aerospace to new energy vehicles, from precision instruments to high-end equipment, the performance of aluminum alloy seamless tubes directly determines the safety boundaries and performance limits of entire systems.

The aluminum alloy guide roller is a core industrial conveying component manufactured from high-strength aluminum alloy materials through precision machining and advanced surface treatment processes. Its primary function is to guide, support, and convey various strip materials with exceptional accuracy, stability, and reliability on continuous production lines, ensuring the smooth and efficient operation of the entire production process.

Aluminum alloy heating plate is obtained by large CNC milling machine to finish the large plane of aluminum plate and milling the copper wire groove on the side and back of the plate. The core function is to serve as a large area, high precision, high efficiency heat source, which can transfer heat to the mold and rubber products uniformly and stably under the premise of ensuring mechanical strength, so as to ensure the vulcanization reaction is completed precisely under the set temperature and time.

Aluminum alloy profiles for cylinder manufacturing are extruded, precision-machined, and heat-treated aluminum alloy tubes or profiles, serving as the core material for cylinder barrels. They achieve an optimal balance between cylinder performance, cost, and weight.

The main beam of the vulcanizing machine serves as the core load-bearing and force-transmitting component, responsible for withstanding significant clamping forces during the vulcanization process. Its performance directly affects the equipment's service life and product accuracy. The main beam is fabricated from lightweight aluminum alloy, offering advantages such as compact size, light weight, and ease of disassembly for manual operation.

Aluminum alloy GIS (Gas-Insulated Switchgear) represents more than just a material substitution—it embodies systematic engineering optimization enabled by material science. Particularly in urban power grids, specialized environments (coastal and chemical industries), space-constrained projects, and modern power systems sensitive to lifecycle costs, aluminum alloy GIS has become the preferred technical solution. This advancement drives the evolution of power grids toward greater safety, efficiency, and intelligence.

The 6xxx series Door &  Window aluminum alloy  is manufactured through hot extrusion, specifically designed for constructing architectural door and window frames. As the undisputed mainstream material in modern doors and windows, its core advantage lies in achieving a perfect balance between strength, weather resistance, processability, and decorative appeal, serving as the "skeleton" of contemporary architectural doors and windows.

The core objective of aluminum profiles for curtain walls is to achieve design diversity and efficient construction while ensuring the building's appearance, structural safety, and long-term durability.
 

Aluminium profiles for vans are specialized van body materials primarily made of aluminium alloy. With a series of outstanding advantages, they are gradually becoming the mainstream choice in high-efficiency transportation fields such as logistics and cold chain logistics.

Aluminum profiles for hydraulic pumps are specially manufactured through extrusion forming process to create specific cross-sectional shapes. These profiles are used to produce the critical pressure-bearing components—pump bodies—replacing traditional cast iron. Their core advantage lies in achieving lightweight design. They can be conceptualized as the 'skeleton' of hydraulic pumps, with the key focus being on reducing weight while maintaining structural strength.

The main structure is made of aluminum alloy, designed as a sealed device for storing or transporting pressurized media (gases or liquids). Its core objective is to achieve maximum lightweight while ensuring absolute safety.

Low-voltage busbar aluminum tubes are tubular aluminum alloy conductors designed for low-voltage distribution systems (e.g., AC 1000V or DC 1500V and below). As a significant technological advancement over traditional rectangular busbars, they achieve optimal balance through their unique tubular hollow structure, delivering exceptional electrical performance (low skin effect, high current-carrying capacity, and low losses), mechanical strength (high strength and rigidity), and thermal efficiency (superior heat dissipation).