Energy storage charging pile hot melt adhesive

Which adhesive is suitable for electric cehicles prismatic battery assembly?

Bestry’s two-component structural adhesive is suitable for electric cehicles prismatic battery assembly, which can improve the shock resistance of the battery pack and the safety and stability of the battery module. Battery Management System and Charging Pile Conformal Coating

What is hot melt equipment?

Move those applications into production with five questions about hot melt equipment. Commonly used in end-of-line packaging, pressure-sensitive adhesives (PSAs) are quickly moving into electric vehicle (EV) battery production. The hot melt materials offer the adhesion and flexibility needed for cell-to-pack and pouch-cell lamination applications.

How does a hot melt system work?

The hot melt materials offer the adhesion and flexibility needed for cell-to-pack and pouch-cell lamination applications. In order to be dispensed, PSAs need to be melted down. Traditional hot melt systems work like slow cookers, melting material from the outside in. When melted adhesive sits for extended periods of time, charring occurs.

What happens if you put melted adhesive on a battery pack?

When melted adhesive sits for extended periods of time, charring occurs. Charring causes adhesive degradation, inconsistent application, plugged lines, bad thermal conductivity and safety concerns. Simply put, equipment used to glue cartons shut does not work well for sealing battery packs.

Why do EV batteries need automatic adhesive feeds?

Automatic adhesive feeds transfer new material as needed, eliminating the need for an operator to ever come in contact with hot adhesive hazards. EV battery designers and manufacturers recognise how PSAs bring good adhesion and flexibility to cell-to-pack and pouch-cell lamination.

What is Bestry's reactive hot-melt adhesive series?

Bestry’s reactive hot-melt adhesive series is used for the folding and bonding of the aluminum-plastic film of soft-packed lithium batteries, optimizing the assembling size of the battery cell, and improve the efficiency of assembling space utilization.