| Brand Name: | Fuel cell adhesive series |
|---|---|
| Usage: | Construction |
| Main Raw Material: | Acrylic |
| Classification: | Hot Melt Adhesives |
| Other Names: | Fuel cell adhesive for Bipolar plate |
| Model Number: | DB494,DB9682H,DB41812 |
| Place of Origin: | China (Mainland) |
Quick Details
Specifications
DB41812
DB41812 is a microporous filler specially designed for fuel cell graphite bipolar plates, with excellent filling properties, chemical stability, easy cleaning, single-component, highly cost-effective, suitable for assembly line production, and applicable to the use environment of fuel cell graphite plates.
DB394
DB394 series products are specially used for fuel cell water bonding fields. It is a modified epoxy adhesive that meets the requirements of various service environments of fuel cells and is suitable for dispensing and screen printing processes.
DB9682H
DB9682L is a one-component modified thermosetting silica gel specially designed for fuel cells. It reacts under medium and high-temperature conditions and solidifies into a high-performance elastomer. It is a high strength, low modulus, and increased resilience sealant. It will not pollute the surrounding environment of the place of use. The cured sealant has excellent physical and electrical properties of silicone materials.
DB41812 is a microporous filler specially designed for fuel cell graphite bipolar plates, with excellent filling properties, chemical stability, easy cleaning, single-component, highly cost-effective, suitable for assembly line production, and applicable to the use environment of fuel cell graphite plates.
DB394
DB394 series products are specially used for fuel cell water bonding fields. It is a modified epoxy adhesive that meets the requirements of various service environments of fuel cells and is suitable for dispensing and screen printing processes.
DB9682H
DB9682L is a one-component modified thermosetting silica gel specially designed for fuel cells. It reacts under medium and high-temperature conditions and solidifies into a high-performance elastomer. It is a high strength, low modulus, and increased resilience sealant. It will not pollute the surrounding environment of the place of use. The cured sealant has excellent physical and electrical properties of silicone materials.