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Sunflower radiator industrial aluminum profile
Product Introduction
6063-T5 aluminum is commonly used, taking into account both strength and processability. Powder coating, anodizing, electrophoresis, etc., provide anti-rust and aesthetic effects. Extrusion precision machining to ensure dimensional accuracy and heat sink design.
Made of aluminum it has high thermal conductivity and transfers heat quickly. Integrated die-casting technology ensures a dense structure, reduces thermal resistance, and improves heat dissipation efficiency. A dense protective layer of alumina (Al₂O₃) naturally forms on the surface of aluminum to resist oxidation and corrosion.
Aluminum has low density, reducing overall weight, and industrial-grade materials (such as 6063 aluminum alloy) have high strength, which is suitable for long-term high-load operation. Easy to transport and install. Thermal performance reduces energy consumption, in line with the trend of green energy saving.
Support customized designs such as size, shape, and color to adapt to the needs of different devices.The modular assembly design simplifies the installation process and reduces construction costs. Heat dissipation efficiency is improved by increasing the surface area, such as the fin design.
Parameters
| Product Name | Sunflower radiator industrial aluminum profile |
| Material | Aluminum, such as 6063, 6061, etc., |
| Color | OEM |
| Anodizing |
film thickness 8~20μm, corrosion resistance class C4 (ISO 12944) |
| Electrophoretic spraying | suitable for coastal high salt spray environment (salt spray resistance> 1000h) |
| Electrostatic powder coating | Weather resistance > 15 years (Q-UV test) |
Application
Electronic heat dissipation
High-frequency equipment: used in inverters, PLC controllers, industrial power supplies, etc., its bionic sunflower's petal-like fin structure can improve the heat dissipation efficiency by more than 30%, and solve the temperature rise problem of high-power density equipment.
Communication equipment: It is used as a heat dissipation module in 5G base stations and server racks, and the lightweight design (density is only 1/3 of steel) reduces the overall load.
High-frequency equipment: used in inverters, PLC controllers, industrial power supplies, etc., its bionic sunflower's petal-like fin structure can improve the heat dissipation efficiency by more than 30%, and solve the temperature rise problem of high-power density equipment.
Communication equipment: It is used as a heat dissipation module in 5G base stations and server racks, and the lightweight design (density is only 1/3 of steel) reduces the overall load.
Machinery & Automation
Drive system: heat dissipation structural parts for robot joint drives, rotary tables and other components, modular design supports rapid assembly and thermal management integration.
Processing equipment: CNC machine tool spindle, laser cutting machine shell, using the high thermal conductivity of aluminum profiles (up to 50-60% of copper) to achieve uniform heat dissipation.
Drive system: heat dissipation structural parts for robot joint drives, rotary tables and other components, modular design supports rapid assembly and thermal management integration.
Processing equipment: CNC machine tool spindle, laser cutting machine shell, using the high thermal conductivity of aluminum profiles (up to 50-60% of copper) to achieve uniform heat dissipation.
New energy field
Photovoltaic inverter: As a radiator and structural parts, it can meet the stability requirements in outdoor high-temperature environments.
Charging pile: Optimize the heat conduction path in the charging module to prevent power degradation due to overheating.
Photovoltaic inverter: As a radiator and structural parts, it can meet the stability requirements in outdoor high-temperature environments.
Charging pile: Optimize the heat conduction path in the charging module to prevent power degradation due to overheating.
Rail transit
Train control cabinets: Customized fin design in confined spaces to improve heat dissipation efficiency and reduce dust accumulation.
Train control cabinets: Customized fin design in confined spaces to improve heat dissipation efficiency and reduce dust accumulation.
