Products

All-aluminum furniture refers to various household items (such as cabinets, wardrobes, bookshelves, bathroom cabinets, tables, and chairs) primarily made from aluminum alloy through modern metalworking techniques. These products mainly use aluminum-magnesium-silicon alloy (6-series aluminum alloy), which boasts high hardness and excellent toughness, making it ideal for load-bearing structures. To mimic the substantial feel of wood, the profiles are typically filled with aluminum honeycomb (lightweight and high-strength) or polyurethane/PVC foam materials (to enhance sound insulation and tactile quality). Through surface treatments like wood grain thermal transfer, fluorocarbon spraying and brushed oxidation, these products can visually and tactilely closely replicate solid wood, stone or even leather textures, achieving a highly realistic effect.

The extrusion die, a critical component mounted on an extruder, forces molten aluminum alloy ingots into precisely shaped die cavities under immense pressure, forming continuous profiles. Typically constructed from high-strength hot work die steel (e.g., H13 grade: 4Cr5MoSiV1), these dies undergo rigorous vacuum heat treatment (quenching and tempering) to achieve high hardness (typically HRC 48-52), excellent red hardness and superior toughness.

Aluminum alloy forging ring is a large ring structure made of high strength aluminum alloy through forging and ring rolling. It is not simply cast or cut, but the metal flow line is completely and continuously distributed along the circumference under high temperature and high pressure, so that it has excellent properties of "no weld, high strength, high toughness and fatigue resistance".

Marine-grade aluminum plates are high-performance aluminum alloy sheets specifically engineered for marine environments. Their core advantages include lightweight, high strength, seawater corrosion resistance, and excellent weldability, making them essential materials for modern ships and offshore engineering. These plates are primarily non-heat-treatable aluminum-magnesium alloys (5xxx series), with the most common grades being 5083 and 5086.

Aerospace aluminum plate is a special aluminum alloy plate, which is used to manufacture aircraft such as rocket and airplane. Its core goal is to achieve weight reduction to the maximum extent under the premise of ensuring absolute reliability. It is known as the "skeleton" and "skin" of space vehicles.

Ocean-grade aluminum profiles are high-performance extruded aluminum alloy profiles specifically engineered for marine and highly corrosive environments. Their core mission is to deliver exceptional corrosion resistance, high strength, and reliability under harsh conditions such as salt spray, humidity, and wave impact, while leveraging the inherent lightweight advantages of aluminum alloys.

Aluminum alloy seamless pipes are indispensable core components in modern high-end manufacturing. Unlike welded pipes, these seamless pipes 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 pipes 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 fan blades serve as the direct power source for driving air to undergo heat exchange. The key lies in achieving a reliable balance between mechanical strength, corrosion resistance, and manufacturing costs.

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.