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Type A Aluminum Channel features a balanced U-shaped cross-section that delivers excellent mechanical load-bearing performance. Its uniform wall thickness provides strong bending and torsional resistance, ensuring structural stability under long-span or continuous loads.
It is widely used in structural frames, mechanical supports, equipment bases, and load-bearing assemblies where strength, precision, and durability are required.

Type B Aluminum Channel is designed with a deeper and wider internal channel, making it suitable for applications involving airflow or liquid flow. The optimized internal geometry allows it to function as a structural component while supporting cooling, heat dissipation, or fluid-guiding purposes.
It is commonly applied in heat exchange systems, industrial cooling structures, equipment housings, and integrated air- or liquid-cooled assemblies.

Type C Aluminum Channel features a smooth, rounded internal profile with enhanced corrosion resistance. The curved geometry reduces stress concentration and improves durability, especially in environments exposed to moisture, oil, or airflow.
With compatibility for anodizing, electrophoresis, or powder coating, it is ideal for applications requiring both functional performance and surface protection, such as industrial enclosures, protective frames, and outdoor structures.

Irregular Aluminum Channel is designed for customized structural and functional requirements. Its asymmetric or curved profile provides unique mechanical and spatial advantages, enabling optimized strength distribution and compact installation in specialized applications.
This profile is well suited for custom equipment, architectural elements, protective covers, and non-standard structural designs where conventional channel shapes cannot meet performance or aesthetic demands.

Type H Aluminum Channel features a symmetrical H-shaped cross-section that offers excellent load distribution and high structural rigidity. Its flat and smooth surfaces make it highly suitable for surface treatments, delivering both mechanical strength and a clean, modern appearance.
It is commonly used in industrial equipment frames, architectural decoration, support beams, and applications that require a combination of strength, precision, and visual consistency.

The bent pipe features a smoothly curved structure that enables efficient directional change while maintaining stable flow and mechanical strength. It offers good pressure resistance and form stability, making it suitable for HVAC systems, heat exchangers, fluid transport pipelines, and structural connections.

The round tubular cross-section provides uniform strength distribution and smooth internal surfaces, offering excellent flow performance and load stability. It is suitable for fluid transfer systems, automotive components, furniture frames, and precision mechanical applications.

The square tubular structure delivers enhanced rigidity and dimensional stability, making it ideal for structural frames and load-bearing applications. It is commonly used in construction, fencing, railings, equipment supports, and architectural structures.

Aluminum angle is a versatile structural aluminum profile commonly used for reinforcement, framing, and edge protection. It offers a lightweight structure with excellent corrosion resistance and easy machinability. Our products are specialized for oil cooler ,radiator and heat exchanger assemblies.

Aluminum coils are continuous coiled metal materials made by hot-rolling or cold-rolling aluminum ingots. They offer advantages such as light weight, corrosion resistance, and high machinability, and are widely used in industries such as construction, packaging, automotive, and home appliances. Depending on the alloy and temper, they can meet the needs of applications ranging from deep drawing to structural strength.

Aluminum plate/sheets is a flat sheet material formed by rolling and shearing aluminum. Based on thickness, it can be divided into thin sheets, medium sheets, and thick sheets. It possesses good mechanical strength, ease of processing, and weldability, making it an indispensable basic material in industrial manufacturing, transportation, and equipment structures.

Aluminum flat bar is rectangular solid aluminum bars produced through extrusion or rolling processes. They possess excellent electrical conductivity, lightweight properties, and stable mechanical properties. Commonly used in electrical equipment, power distribution systems, and structural support, they are a cost-effective alternative to traditional copper busbars.

Aluminum Micro Channel porous, flat aluminum tubes manufactured through precision extrusion or welding. They are used in high-efficiency heat transfer systems (automotive condensers, evaporators, new energy battery cooling...). Their multi-channel design gives them high heat exchange efficiency, lightweight properties, and excellent pressure resistance, making them one of the core materials for modern thermal management systems.

Performance and Technical Characteristics1. Key Performance FeaturesLightweight with High Structural Integrity: Utilizing premium 6000-series aluminum alloy, these parts have only 1/3 the density of steel. This significantly reduces the inertia of moving parts in automation systems while maintaining excellent mechanical strength.Superior Sealing & Pressure Reliability: Threaded ports (G, NPT, and Metric) are machined to strict standards with high-flatness sealing surfaces. This ensures zero leakage under high-pressure pneumatic or hydraulic operations.Exceptional Corrosion Resistance & Thermal Management: The natural oxide layer of aluminum, combined with precision surface treatments like anodizing, provides strong resistance to humidity and chemical exposure. Its high thermal conductivity ($160\text{--}200$ W/m·K) also makes it ideal for fluid cooling applications.Precision Geometric Stability: Manufactured via multi-axis CNC machining to ensure strict coaxiality, perpendicularity, and positional accuracy, especially for complex manifold blocks, ensuring a perfect fit in high-end assemblies.

Technical Summary of Precision Aluminum Components
Core Features & Performance
Material Excellence: Typically crafted from 6061-T6 or 6063-T5 aluminum alloys, offering an optimal balance of high strength-to-weight ratio and excellent thermal conductivity.

Superior Machining: Processed via multi-axis CNC milling and turning. The surfaces are deburred and polished (vibratory finishing or brushing) to ensure smooth assembly and hand-safety.

High Sealing Reliability: Precision-cut threads (Metric/G/NPT) ensure airtight and leaktight performance, even under high-pressure industrial conditions.

Corrosion Resistance: Aluminum’s natural oxide layer provides durability in humid or industrial environments; optional anodizing can further enhance surface hardness.