Products

TDSWith TDS

RTU Product Type:2K (2 component) Adhesive, Encapsulant
Application Area:Electric Vehicle (EV), Battery Cells, Batteries
Chemical Family:Polyurethanes (PU)
Features:Soft, Fast Curing, Room Temperature Curing, Excellent Flow Properties, Highly Flexible, Flame Retardant, Low Viscosity, Reduces Thermal Propagation, Good Thermal Conductivity

H.B. Fuller EV Protect 300 is a two-component, low viscosity polyurethane encapsulating system that is designed for potting and encapsulating of battery cells in battery modules. This product offers battery designers the ability to enhance safety and protection from thermal propagation.

H.B. Fuller EV Protect 5006

RTU Product Type:2K (2 component) Adhesive, Encapsulant
Application Area:Electric Vehicle (EV), Battery Cells, Batteries
Chemical Family:Polyurethanes (PU)
Features:Non-Outgassing, Vibration Resistance, Good Volume Expansion, Fast Cure, Room Temperature Curing, High Impact Resistance, Light Weight, Self-Leveling, Flame Retardant, Low Viscosity, Reduces Thermal Propagation, Good Processability, Rapid Cycle Time, Cost Effective, High Insulation Properties

H.B. Fuller EV Protect 5006 offers battery designers the ability to integrate high-level structural performance characteristics into their battery system, which is ideal for cell to pack applications. This ultra-lightweight material minimizes weight addition to the battery pack and, when exposed to a thermal event, significantly reduces or delays thermal propagation. With a reduced viscosity and improved curing speed, the EV Protect 5006 is especially advantageous for those with unique, complex, or intricate battery design architecture. Works in all types of battery cell form factors (cylindrical, prismatic, or pouch).

H.B. Fuller TL0600 A/B

RTU Product Type:2K (2 component) Adhesive, Potting Compound
Application Area:Hemodialysis, Medical Applications
Chemical Family:Polyurethanes (PU)
Features:High Purity, High Viscosity

H.B. Fuller TL0600 A/B is a 2K urethane with an amber color and high viscosity. H.B. Fuller TL0600 A/B is commonly used for potting filters and applications where the adhesive is exposed to blood. Its uses also include filter potting.

H.B. Fuller EV Protect 5008EXP

RTU Product Type:2K (2 component) Adhesive, Encapsulant
Application Area:Electric Vehicle (EV), Battery Cells, Batteries
Chemical Family:Polyurethanes (PU)
Features:Non-Outgassing, Vibration Resistance, Good Volume Expansion, Fast Cure, Room Temperature Curing, High Impact Resistance, Light Weight, Self-Leveling, High Fire Retardancy, Low Viscosity, Reduces Thermal Propagation, Rapid Cycle Time, Good Processability, High Insulation Properties

H.B. Fuller EV Protect 5008EXP is the next generation of our lightweight, fire retardant, protective encapsulant. It offers battery designers the ability to integrate high- level structural performance characteristics into their battery system which is ideal for cell to pack applications.

H.B. Fuller EV Protect 4006

RTU Product Type:2K (2 component) Adhesive, Encapsulant
Application Area:Electric Vehicle (EV), Batteries
Chemical Family:Polyurethanes (PU)
Features:Vibration Resistance, Good Volume Expansion, Room Temperature Curing, Good Weather Stability, High Impact Resistance, Fire Proof, Non Corrosive, Light Weight, Self-Leveling, Flame Retardant, Excellent Substrate Adhesion, Low Viscosity, Reduces Thermal Propagation, Good Processability, Cost Effective, Low Density, High Insulation Properties, Non-Outgassing

H.B. Fuller EV Protect 4006 is a liquid-applied, two-component, flame-retardant, low-density polyurethane foam material designed for the potting and encapsulation of battery cells in EV battery modules. EV Protect 4006 SFR offers battery design engineers the ability to increase the power density of their modules while enhancing safety and protection from thermal propagation. The ultra lightweight nature of the EV Protect 4006 SFR minimizes the weight impact to the battery modules. The semi-structural properties of the material also provide noise, vibration, and harshness benefits to the battery system by unitizing the battery module and absorbing external environmental impacts.