Four Corner Lugs Bottom Dual Concentric Port Vertical Fin Air Compressor Heat Exchanger

This square wide all-aluminum air-cooled heat exchanger is specifically designed for new energy heavy mining trucks, large electric loaders, grid-side energy storage cabinets, and hydrogen fuel cell vehicle integrated thermal management systems. Features include four corner independent mounting lugs for secure installation and two horizontal concentric large-diameter liquid joints at the bottom header for efficient coolant circulation.

The radiator incorporates ultra-dense vertical serrated turbulence fins integrally vacuum brazed with internal low-resistance flow channels. Compatible with ethylene glycol antifreeze and fuel cell deionized cooling medium, it efficiently dissipates heat from power batteries, drive motors, fuel cell stacks, and hydraulic systems during full-load operation of heavy new energy equipment.

• Four-Corner Independent Perimeter Mount Lugs: Uniform four-point stress dispersion structure effectively offsets low-frequency vibration from electric drive and hydraulic systems, preventing local core deformation and pipeline cracking during long-term operation.
• Bottom Dual Horizontal Concentric Large Flow Ports: Low-resistance straight-through inner cavity design reduces coolant circulation pressure loss and lowers auxiliary water pump power consumption to save vehicle battery energy.
• Ultra-Dense Vertical Serrated Low Wind Resistance Fin Matrix: Expands heat exchange contact area while controlling air resistance, compatible with energy-saving silent fan modules to balance heat dissipation efficiency and power consumption.
• Integral Split Welded Thickened Header Box: Full vacuum brazing forming without internal micro leakage, featuring smooth flow channels without dead zones to inhibit scaling and blockage during long-cycle medium circulation.
• Standard Square Modular Core Body: Unified external frame size facilitates automated assembly line batch matching for new energy heavy equipment manufacturers and energy storage complete machine factories.

• Material Advantage: Lightweight thickened aluminum integrated structure reduces vehicle load, decreases battery power consumption, and improves continuous driving mileage.
• Process Advantage: Overall vacuum brazing eliminates hidden leakage risks with smooth internal flow channels that resist scaling during long-term uninterrupted circulation.
• Layout Advantage: Four-corner surrounding fixed structure offers strong universality, compatible with most mainstream heavy new energy equipment frame positions without custom transition brackets.
• Quality Control: Each radiator undergoes full liquid channel high-pressure tightness testing with calibration of mounting lug hole position, liquid port concentricity, and core flatness before delivery.
• Customization Advantage: Supports adjustment of core width, pipe caliber, lug hole spacing, and fin density according to thermal management drawings, with factory direct mass supply and complete specifications.

Primary sales regions include domestic new energy mining truck and fuel cell vehicle OEM manufacturers, large energy storage cabinet supporting factories, new energy thermal management component enterprises, and Europe/Southeast Asia new energy heavy equipment spare parts merchants.

Core customers encompass heavy electric construction machinery complete machine factories, hydrogen fuel cell cooling system suppliers, and grid energy storage heat exchanger supporting manufacturers.