In the field of new energy batteries, internal sealing is not only a key step in protecting electronic components and preventing moisture from entering, but also directly affects the thermal conductivity efficiency and system safety performance between the battery cell, module, and liquid cooling plate.
Battery thermal conductive sealing adhesive
For the following application scenarios:
Internal sealing of blade battery
Two wheeled vehicle battery module encapsulation
UAV battery protection encapsulation
Energy storage battery system encapsulation
Solution PUR 1680 A/B SIPA 8250 A/B
Type/Type Polyurethane Sealing Adhesive Non Removable Organic Silicon Sealing Adhesive Removable
Features Features ☑ 100:16
☑ Mixed viscosity 1400 mPas
☑ Hardness A85
☑ Thermal conductivity coefficient 0.8 W/m.k
☑ Temperature resistance -50/130C
☑ High adhesive strength
☑ Flame retardant V0 ☑ 1: 1 additive molding
☑ Mixed viscosity 3500 mPas
☑ Cone penetration degree 40
☑ Thermal conductivity 0.75 W/m.k
☑ Temperature resistance -60/200C
☑ A certain adhesive strength
☑ Flame retardant V0
Recommended ELAPLUS battery thermal sealing adhesive
Whether it is blade battery modules that pursue strong structural adhesion, or BMS and drone batteries that emphasize flexible protection and repair possibilities, ELAPLUS polyurethane/silicone encapsulation solutions can accurately match the needs.
Welcome to contact us for product TDS/SDS, sample testing, and automatic sealing solutions!
Tags: Energy Storage Battery Adhesive Encapsulation · Blade Battery Module Adhesive · Removable Silicone Encapsulation · Thermal Conductive Encapsulation Adhesive · Organic Silicon Encapsulation Adhesive · Battery Encapsulation Adhesive
