Hydrogen Fuel Cell MEA Membrane Electrode Packaging Servo Hot Press

The equipment is developed for the manufacture of MEA membrane electrodes for fuel cells, and can automatically 

control pressure, speed, position, temperature and time, with multi-function, automatic control and high reliability.

The MEA membrane electrode servo hot pressing machine transfers the catalyst layer from the base layer to both sides 

of the proton exchange membrane, and prepares the catalyst-coated electrode three-in-one (CCM). The hot-pressing 

ratio is carried out under certain temperature and pressure conditions to obtain 5-1 membrane electrode assembly (MEA), 

and the accurate hot-pressing conditions, including the hot-pressing precision, are controlled.

As the core component of the fuel cell reactor, anode plates include graphite, metal and composite anode plates. Due to 

differences in application scenarios, power, etc., various anode plates have their own advantages in application. Therefore, 

anode plates of different materials will coexist and complement each other for a long time in the future. For fuel cell reactors, 

reliability, longevity and low cost are necessary to ensure the competitiveness of the reactor.

MEA membrane electrode thermoforming machine prepares catalytic coated electrode 3-to-1 parts (CCM) from basic 

thermocompression to both sides of proton exchange membrane, through thermocompressor under certain temperature 

and pressure conditions, the membrane electrode boundary, diffusion layer and CCM Type electrodes are hot-pressed to 

form a 5-to-1 membrane electrode assembly (MEA), and the hot-pressing conditions are accurately controlled, including the 

hot-pressing pressure accuracy. The servo membrane electrode thermoforming machine is equipped with the exact pressure

 range and control precision required by the membrane electrode thermoforming machine, the temperature setting control

 range accuracy, the flatness of the mirror table, and the table size consistent with the effective area of the membrane

 electrode. The hot plate has a long-term anti-corrosion and anti-rust function, and the equipment can run stably.