1. High thermal efficiency: Through the optimization of the design, the improvement of the heat transfer coefficient, the reduction of heat transfer resistance, and other measures, a high-efficiency heat exchanger makes the heat transfer more significant, thus improving the thermal efficiency, and the heat transfer efficiency is more than two times that of the ordinary tube heat exchanger.

2. Compact structure: High-efficiency heat exchanger has a compact structure and a small footprint, saves infrastructure investment, and is easy to install and maintain.

3. Energy saving and consumption reduction: Through efficient heat transfer, high-efficiency heat exchanger can reduce energy consumption and device operating costs in favor of energy saving and emission reduction.

4. Wide use: High-efficiency heat exchanger can be widely used in the chemical, oil refining, power, food, light industry, atomic energy, pharmaceuticals, machinery, and many other industrial sectors.

With a small footprint, high heat transfer efficiency, and a compact structure, it can help enterprises save energy and reduce consumption.

Chambroad designs and produces A1 and A2 high-efficiency winding tube heat exchanger, high flux heat exchanger, spiral folded plate heat exchanger, finned heat exchanger, etc., in carbon steel, stainless steel, titanium, copper, and aluminum.

Hydrogenation unit, hydrocracking unit, atmospheric decompression unit, propane dehydrogenation unit, catalytic cracking unit, reforming unit, isomerization unit, LNG liquefaction unit, low-temperature methanol washing unit, disproportionation unit, methanation unit, and chemical, refining, fertilizer, natural gas fields.