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Hot air reflow soldering

 The main crane arm ensures that the guide rail does not deform laterally, and there is no occurrence of jamming or falling plates;

 Multi layer furnace liner design reduces the surface roughness of the furnace body by 10 to 20 degrees, effectively reducing the working environment;

 The new cold structure design filters or recovers most of the exhaust gas back to the furnace, reducing heat loss and making flux recovery more thorough;

 A 15% improvement in heat transfer efficiency can easily meet the requirements of lead-free processes for more complex and larger soldering quality;

 The dual rail structure effectively improves efficiency, saves energy consumption and production costs;

 The furnace adopts a fully protected closed design, effectively protecting nitrogen from easy loss and reducing oxygen content to a minimum of 150ppm;

 Low nitrogen consumption, only 15-20M3/H in an oxygen concentration environment of 300-800ppm;

 Optional nitrogen closed-loop control system, energy-saving and environmentally friendly.

 The main crane arm ensures that the guide rail does not deform laterally, and there is no occurrence of jamming or falling plates;

 Multi layer furnace liner design reduces the surface roughness of the furnace body by 10 to 20 degrees, effectively reducing the working environment;

 The new cold structure design filters or recovers most of the exhaust gas back to the furnace, reducing heat loss and making flux recovery more thorough;

 A 15% improvement in heat transfer efficiency can easily meet the requirements of lead-free processes for more complex and larger soldering quality;

 The dual rail structure effectively improves efficiency, saves energy consumption and production costs;

 The furnace adopts a fully protected closed design, effectively protecting nitrogen from easy loss and reducing oxygen content to a minimum of 150ppm;

 Low nitrogen consumption, only 15-20M3/H in an oxygen concentration environment of 300-800ppm;

 Optional nitrogen closed-loop control system, energy-saving and environmentally friendly.

 The main crane arm ensures that the guide rail does not deform laterally, and there is no occurrence of jamming or falling plates;

 Multi layer furnace liner design reduces the surface roughness of the furnace body by 10 to 20 degrees, effectively reducing the working environment;

 The new cold structure design filters or recovers most of the exhaust gas back to the furnace, reducing heat loss and making flux recovery more thorough;

 A 15% improvement in heat transfer efficiency can easily meet the requirements of lead-free processes for more complex and larger soldering quality;

 The dual rail structure effectively improves efficiency, saves energy consumption and production costs;

 The furnace adopts a fully protected closed design, effectively protecting nitrogen from easy loss and reducing oxygen content to a minimum of 150ppm;

 Low nitrogen consumption, only 15-20M3/H in an oxygen concentration environment of 300-800ppm;

 Optional nitrogen closed-loop control system, energy-saving and environmentally friendly.