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Silicone Elastomers

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Silicone Elastomers

Ready-to-Use Product Features: High Insulation Properties

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4 products

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H.B. Fuller EV Protect 4006

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

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.

H.B. Fuller EV Protect 5006

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

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 1527

RTU Product Type: 1K (1 component) Adhesive, 1K (1 component) Sealant, Encapsulant, Reactive Adhesive, Reactive Sealant
Application Area: Blades, Edge Gluing, Electrical Boxes, Electronic Components, Energy Storage, Frame Sealing, Ingot Bonding, Junction Boxes, Lithium-Ion Battery, Module Installation, Photovolatics, PV Modules, Rail Bonding, Solar Cell, Solar Panel, Turbines
Features: Enhanced Damp Proofing, Excellent Performance, Good Weather Stability, High Insulation Properties, High Performance, UV Resistant

H.B. Fuller 1527, also called 1527SBK, is a black, UL-certified, one-component RTV silicone with super resistance to weathering and ultra violet (UV). This material has very good adhesion without the need for primers to a wide range of substrates. It can be used for a variety of interior and exterior bonding and sealing applications. 1527 Black is formulated to perform at temperatures ranging from -54°C to 210°C.

H.B. Fuller EV Protect 4006 SFR

Foam Type: 2K System
Chemical Family: Polyurethanes (PU)
Physical Form: Liquid

H.B. Fuller EV Protect 4006 SFR is a liquid-applied, two-component flame-retardant, low-density polyurethane foam material engineered for potting and encapsulating battery cells in electric vehicle (EV) battery modules. It allows engineers to increase the power density of their modules while enhancing safety and protection from thermal propagation. Its ultra-lightweight nature minimizes weight impact on battery modules. Additionally, it offers noise, vibration, and harshness benefits to the battery system by unitizing the battery module and absorbing external environmental impacts.

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