Stacked Multi Module Bare Aluminum Vertical Fin Plate Condenser Heat Exchanger

Product Specification

Stacked Multi-Module Bare Aluminum Vertical Fin Plate Heat Exchanger Condenser General Specification Document

1. Product Overview

This modular stacked aluminum condenser radiator adopts independent single-piece split structure, with standard flanged mounting platforms reserved on the top header, and liquid ports with sealing bosses arranged at the bottom cavity. High-density vertical louver fins and internal runner cavities are integrally formed via whole vacuum brazing. Bare aluminum original surface retains excellent thermal conductivity, compatible with refrigerants, hydraulic oil and glycol cooling media. It is widely applicable to construction machinery hydraulic cooling, industrial refrigeration units, stationary air-conditioning condensation systems and vehicle heat dissipation equipment, with module size, interface caliber and installation hole positions fully customizable per drawings.

2. Core Feature Highlights

1. Independent single module design supports free combination and stacked assembly, users can match the number of radiators according to actual heat load demand, flexible heat dissipation capacity configuration.

2. Top integrated flange installation base, pre-opened fixed bolt holes for quick locking installation, stable assembly structure to resist long-term mechanical vibration of equipment operation.

3. Bottom built-in standard interface boss structure, good coaxiality of pipe joints, effectively prevent medium leakage caused by assembly deviation and thermal expansion deformation.

4. Compact vertical dense turbulence fins cut air boundary layer flow, achieve high heat exchange efficiency under low wind speed conditions, reduce supporting fan power consumption and operating energy consumption.

5. Natural bare aluminum surface without coating barrier, heat conduction loss is minimized, self-forming dense oxide film naturally resists ordinary atmospheric corrosion, suitable for most indoor and semi-open working conditions.

3. Standard Technical Parameters

4. Applicable Working Environment

5. Product Competitive Advantages

· Material Advantage: Thickened integral aluminum structure has strong pressure resistance and impact resistance; bare aluminum eliminates coating thermal resistance, heat exchange performance is better than sprayed radiators under the same volume.

· Process Advantage: Overall vacuum brazing greatly reduces internal leakage points, each module passes independent high-pressure sealing test before delivery to avoid medium seepage failure during equipment operation.

· Layout Advantage: Single independent module stacked combination mode reduces the difficulty of transportation and on-site replacement; single damaged unit can be replaced separately without replacing the whole heat dissipation group, lowering after-sales maintenance cost.

· Quality Control: Each finished product is tested for channel air tightness one by one; inspect flange flatness, interface verticality and fin flatness strictly to ensure consistent mass product quality.

· Customization Advantage: Module length, interface specification, flange hole spacing and fin density can be modified according to customer demand drawings. Factory direct mass supply with complete specifications and formal invoices, suitable for OEM supporting and bulk procurement in machinery, refrigeration, vehicle and other industries.

6. Target Market & Customer Groups

Main sales regions: Domestic engineering machinery manufacturers, industrial refrigeration complete machine factories, hydraulic station supporting enterprises, heat exchanger wholesalers; overseas refrigeration spare parts merchants in Southeast Asia, Central Asia and other regions. Core customers: Construction machinery radiator supporting factories, industrial chiller manufacturers, hydraulic system heat dissipation component suppliers, refrigeration equipment after-sales accessory dealers.

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3. Combined Splicing Anti-Vibration All-Aluminum Condenser Customized For Multiple Industry Heat Dissipation Equipment