Custom Heat Siphon Exchanger Thermosiphon Heat Exchanger Aluminium Alloy

Product Introduction

Product Description

1 EASY INSTALLATION

Small size, light weight, a variety of brackets, easy assembly.

2 HIGH HEAT TRANSFER EFFICIENCY

All-aluminum integrated welding, two-phase flow in the refrigerant tube,heat exchange performance increased by 40%.

3 EXCELLENT ALUMINUM

Excellent aluminum, fast heat dissipation, not easy to be corroded, durable,high temperature resistance.

4 CORROSION RESISTANT
The surface is covered with Al203 and has azinc penetration layer.Besides, the all-aluminummaterial will not produce electrochemica!corrosion.

5 RESISTANT TO DUSTBUILD-UP
Smallthickness, small wind resistance,high wind speed, not easy to accumulatedust.

BUSINESS TIPS
Regardingthe explanation of the deformation of the fins of themicrochannel heat exchanger, the heat exchanger is composed ofaluminum plates.l believe many people know that the aluminumplate will be deformed as soon as it comes into contact. Somesmall bumps may arise during the transportation to the buyerwhich is unavoidable.We cannot guarantee that every heatexchanger will not collide.
However, it is important that the deformation will not affect thenormal operation of the product. For buyers, it is possible to buywith confidence.

SunMoral Control Group is a high-tech enterprise dedicated to the R&D, design, production and manufacturing of thermal energy system solutions and heatsink in the green energy and power electronics industry. The product line covers the fields of skiving fin heatsink, Heatpipe heatsink,Liquid Cooling Plate,Heat Siphon Exchanger,Heat Air Exchanger and Thermal Contral Systems,etc, Since the company was established, relying on the core team's technical precipitation and process manufacturing capabilities, Serving the photovoltaic, wind power, energy storage, communication, semiconductor equipment and other high-tech industries, is committed to becoming the power electronics industry thermal management technology and solutions leader.