Engineered for thermal management systems in new energy applications, this medium-sized aluminum radiator supports consistent heat dissipation for sensitive electronic assemblies and battery systems. It is produced in an ISO 9001 certified facility, backed by 22 years of die casting production experience and standardized quality control workflows. Each unit completes rigorous thermal performance testing under simulated operating conditions before leaving the factory to verify functional consistency and heat exchange output. The radiator supports custom dimension adjustments for industrial clients seeking tailored thermal solutions for specific equipment models.
The radiator adopts optimized fin geometry, which increases cooling efficiency by 35% compared with conventional flat fin designs of the same external dimensions. This structural adjustment expands the effective heat exchange area within the same installation footprint, supporting stable temperature control for battery systems and reducing risks associated with sustained high operating temperatures during peak load periods. The fin layout is calibrated to accommodate common airflow patterns in enclosed industrial cabinets and on-board vehicle installations, reducing airflow resistance without sacrificing heat exchange capacity.
The standard configuration uses aluminum alloy as the primary material, with magnesium alloy and zinc alloy options available for project-specific requirements. The product has a strength rating of 200, and maintains dimensional stability across regular operating temperature fluctuations. With a manufacturing tolerance of ±0.05mm, the radiator fits into pre-defined assembly spaces with minimal adjustment during on-site installation, reducing assembly workload for commercial procurement projects.
Two forming processes are available for this radiator line: gravity casting and high-pressure casting. Gravity casting is suitable for low-volume orders with complex structural requirements, while high-pressure casting supports high-volume production with consistent dimensional accuracy across batches. Both processes follow standardized production workflows aligned with ISO 9001 quality management requirements.
Multiple surface treatment options are available to adapt the radiator to different operating environments. Available treatments include electroplating, polishing, oxidation, blackening, spraying and sandblasting. These treatments modify surface physical properties to improve corrosion resistance and wear performance, making the radiator suitable for outdoor, humid or dust-heavy operating conditions across different industrial sectors.
Parameter | Value |
Surface Treatment | Electroplating, Polishing, Oxidation, Blackening, Spraying, Sandblasting |
Material | Aluminum Alloy, Magnesium Alloy, Zinc Alloy |
Forming Process | Gravity Casting, High-Pressure Casting |
Strength | 200 |
Tolerance | ±0.05mm |
Machining Precision | General Precision, Precision, Rough Machining, Semi-Precision |
Downstream Applications | Power, Solar Energy, Automotive, Construction, Medical Equipment, 3C Electronics, General Equipment, Rail Transport, Communication Equipment |
This medium-sized radiator serves thermal management needs across multiple industrial sectors. In the power industry, it supports heat control for power generation system components and distribution equipment. For solar energy systems, it helps maintain stable operating temperatures for electronic controls and inverter units exposed to outdoor temperature fluctuations. In automotive manufacturing, it is integrated into vehicle cooling systems for new energy powertrain and battery assemblies, supporting consistent performance across variable driving conditions. Additional application areas include construction heating and cooling management systems, cooling modules for diagnostic and treatment medical equipment, heat dissipation for 3C electronic component enclosures, general equipment temperature control modules, rail transport thermal management systems, and cooling units for outdoor communication equipment. Each application scenario can be matched with corresponding material, process and surface treatment configurations to align with on-site operating requirements.
For commercial procurement projects with non-standard size or performance requirements, full-range customization support is provided, covering initial design adjustment, prototype production and mass production delivery. Clients can specify material preferences, surface treatment types, dimensional parameters and machining precision levels based on their application needs. Machining precision options include general precision, precision, rough machining and semi-precision, to align with different assembly tolerance and surface finish requirements.
The radiators are available in aluminum alloy, magnesium alloy and zinc alloy materials. Aluminum alloy is the standard configuration, and the other two material options can be selected based on project-specific strength, weight and cost requirements.
These radiators are suitable for use across power, solar energy, automotive, construction, medical equipment, 3C electronics, general equipment, rail transport and communication equipment sectors. They support thermal management for both stationary industrial installations and mobile equipment.
Yes, full customization services are available, covering design adjustment, prototype sampling and mass production. Clients can request custom dimensions, material selections, surface treatments and machining precision levels to match their equipment specifications.
The standard manufacturing tolerance of the radiator is ±0.05mm, which supports precise matching with pre-designed assembly structures and reduces on-site adjustment work.
Available surface treatment options include electroplating, polishing, oxidation, blackening, spraying and sandblasting. Each option delivers different levels of corrosion resistance and surface finish to match specific operating environments.
