Machine Overview The Vacuum sintering furnace is a device that utilizes the principle of medium-frequency induction heating and operates under the protection of hydrogen gas after vacuuming. It heats the tungsten crucible ...

Product Introduction This counterflow heat exchanger is an air heat exchange product formed by pressing hydrophilic aluminum foil and then cross-stacking to form a convective channel. Cold and hot air flow cross each other fo...

Product Introduction The air to air heat exchanger is an accessory of the ventilation device, It is formed by pressing hydrophilic aluminum foil. These aluminum foils are cross-stack, And seal the edge of the aluminum foil...

machine outline This type of bending equipment is mainly used to produce hair clip pipes for condensers and heat exchangers. The device for bending pipes is driven by hydraulic pressure, and the automatic pushing out of pipes...

Product Description This vacuum gas quenching furnace is an important equipment for metal heat treatment. It controls the process flow of heat treatment through programming and can perform quenching, tempering, annealing, and...

Product Description This leak testing equipment detects whether a car's aluminum radiator is leaking. It has two independent workstations that can test two products simultaneously. Each workstation has a 7-inch touch scree...

Description This Air leak tester machine is a pressure testing instrument from high-precision electronic chip manufacturing. It collects pressure data and converts it into a digital model for pressure testing. Its testing ...

Product Description This is a leak testing machine used for car radiators and heaters. It can be used to test any product by changing different fixtures. It is a table with a size of 2000*980*1800mm and two testing workstatio...

Product Description A nitrogen generator is an advanced gas separation equipment that uses pressure swing adsorption technology to separate the required nitrogen from air, The device has two adsorption towers filled with h...