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Features

Specifications

Raw Material: 3003 Lightweight High Thermal Conductivity Anti-freeze Aluminum Alloy, Seamless Integrated Straight Pipe Joints

Internal Flow Pressure: 1.2–2.3 MPa Full Multi-channel Independent Liquid Tightness Inspection

Fin Density: 26–44 FPI Adjustable

Max Working Temperature: ≤89℃

Ambient Temperature Range: -41℃ ~ +71℃

Relative Humidity: 6%–94%

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aluminum heat exchanger for energy storage

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Basic Infomation

Place of Origin: China

Brand Name: Biala

Payment & Shipping Terms

Packaging Details: Customized packing

Delivery Time: 7–15 working days for stock items; 20–30 working days for customized/OEM orders

Payment Terms: T/T, L/C

Gallery

Bare Aluminum Four Corner Lugs Bottom Interface Vertical Air Compressor Heat Exchanger

Product Description

Four-Corner Single Lugs Triple Bottom Interface Vertical Fin Bare Aluminum Heat Exchanger For Small New Energy Stacked Energy Storage & Light EV Full Specification

Four-Corner Single Lugs Triple Bottom Interface Vertical Fin Bare Aluminum Heat Exchanger

This compact square bare aluminum air-cooled heat exchanger is customized for small cabinet energy storage systems, light electric stackers, two-wheel electric construction service vehicles and low-power hydrogen fuel cell auxiliary cooling systems.

Core Feature Highlights

Four-Corner Independent Single Mount Lugs for uniform stress dispersion and vibration resistance
Triple Bottom Uniformly Arranged Straight Liquid Interfaces for multi-channel parallel circulation
Single Top Horizontal Auxiliary Liquid Port for system exhaust and pressure detection
Ultra-Fine Vertical Parallel Low-Wind-Resistance Fin Matrix for efficient heat exchange
Uncoated Original Aluminum Integrated Structure with high thermal conductivity

Standard Technical Parameters

Product Model	Small New Energy Energy Storage Light EV Four-Corner Lug Triple Bottom Port Vertical Fin Bare Aluminum Liquid Cooler
Raw Material	3003 lightweight high thermal conductivity anti-freeze aluminum alloy, seamless integrated straight pipe joints
Internal Flow Channel Pressure Test	1.2–2.3 MPa full multi-channel independent liquid tightness inspection
Fin Form & Density	Vertical parallel micro turbulence fin, 26–44 FPI adjustable
Max Long-Term Continuous Working Temperature	≤89℃
Production Process	Fin automatic stacking, integral vacuum brazing, header full welding forming, four-corner lugs split welding
Applicable Medium	Cabinet energy storage ethylene glycol coolant, fuel cell deionized cooling water, light electric vehicle drive motor circulating liquid

Applicable Working Environment

Ambient Temperature Range	-41℃ ~ +71℃
Relative Humidity	6%–94% indoor energy storage cabinet room, urban logistics charging station, light construction workshop environment
Installation Position	Four-point fixed installation inside energy storage cabinet, front air duct of light electric vehicles
Working Condition	Long-time stable low-power continuous operation with low-frequency micro vibration
Environmental Resistance	Natural aluminum thin oxidation protective film for mild corrosion resistance

Product Competitive Advantages

Material Advantage: Pure bare aluminum thin-wall integrated molding with ultra-light self-weight
Process Advantage: Integral vacuum brazing eliminates internal micro leakage hidden dangers
Layout Advantage: Four-corner lugs + triple bottom multi-circuit interface integrated design
Quality Control: Complete multi-channel high-pressure tightness testing and calibration
Customization Advantage: Adjustable bottom interfaces, pipe caliber, lug spacing and fin density

Target Market & Customer Groups

Domestic small cabinet energy storage equipment manufacturers, light electric stacker & service vehicle OEM factories, low-power fuel cell auxiliary cooling component suppliers, Southeast Asia small household energy storage spare parts merchants.

SEO Search Title Options

Four-Corner Single Lug Triple Bottom Port Vertical Fin Bare Aluminum Cooler For Small Cabinet Energy Storage Light Electric Vehicle

Multi-Channel Independent Circulation Vacuum Brazed Low Wind Resistance Heat Exchanger For EV PCS & Battery Dual Thermal Management

Compact Square Uncoated High Thermal Conductivity All-Aluminum Cooler Customizable For Mini Hydrogen Fuel Cell Auxiliary Cooling System

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Contact Person :	Cao
Tel :	13814293761

Bare Aluminum Four Corner Lugs Bottom Interface Vertical Air Compressor Heat Exchanger

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