Fuel cell Stack sealing solution

Hydrogen energy vehicles make hydrogen or hydrogen-containing substances react with oxygen in the air in a fuel cell to generate electricity to drive the motor. The water produced by the reaction will be discharged from the water outlet in the battery, which requires extremely strict sealing and waterproofing of the battery. In response to this demand, Duke New Materials has specially developed a series of DB392 fuel cell waterway adhesive products, which provides a strong guarantee for the safe operation of hydrogen energy fuel cells.

DB392 fuel cell waterway sealant series products have the following characteristics according to the sealing requirements and application points of the gas port:

1. High sealing performance: DB392 series has extremely high sealing performance, effectively preventing water vapor leakage and meeting the high requirements of hydrogen energy fuel cells for sealing and leakage prevention.

2. Stable performance and anti-vibration: This product has good anti-vibration performance and can maintain stable performance in harsh working environments.

3. Moisture-proof and corrosion-resistant: DB392 series adhesive has excellent moisture-proof and corrosion-resistant properties, and can adapt to the needs of use in various complex environments.

4. Quick assembly: The product does not deform during the curing process and can be assembled quickly, greatly improving production efficiency.

5. Mass industrial production: DB392 series adhesives are suitable for rapid mass industrial production and can meet the production efficiency requirements of the fuel cell industry.

It also has the advantages of high shear type, low water absorption, low density and no pores after curing.

DB392 fuel cell waterway adhesive series products have a wide range of applications in hydrogen energy fuel cells, including the bonding and assembly of cathode and anode plates in water fields. They are suitable for screen printing and equipment dispensing methods. The products are used to ensure the safety of fuel cell systems and While operating stably, it also reduces production costs for enterprises and improves market competitiveness.