Cell binders
Core, reliability, performance and environmentally oriented series spanning SBR/SAR, hard-carbon, silicon-carbon and cathode systems.
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Find the right material.
Explore cell binders, pack adhesives and complementary materials by category or product code.
PRODUCT SYSTEMThree product platforms.
Three product platforms.
Connected by battery applications.
Explore products and their development stages for electrode binding, module packaging and conductive-material applications.
Pack adhesives
General-purpose and full-pack foam, alongside structural and thermal adhesives for module packaging and system integration.
Explore products ↗Complementary materials
SWCNT dispersants and laboratory-scale R&D of high-purity single-walled carbon nanotubes support battery-material formulation development.
Explore products ↗Core series · Commercially available◌
SBR-5250E
Economical cell binder
Balances basic binding performance and cost for general electrode formulation needs.
Enquire about this product ↗Core series · Commercially available◌
SBR-5151
Modified styrene-butadiene latex
Standardized molecular design balances binding performance and cost for general electrode formulations.
Enquire about this product ↗Reliability series · Commercially available◌
SBR-5240G
Supply reliability latex
Developed around established performance requirements to support supply reliability and material qualification.
Enquire about this product ↗Reliability series · Commercially available◌
SBR-5250S
Processing stability latex
Uses reactive emulsifiers, with a focus on shear resistance and slurry processing stability.
Enquire about this product ↗Reliability series · Commercially available◌
SBR-5040G
Hard-carbon binder
For hard-carbon systems in sodium-ion batteries, with a focus on dispersion stability, process compatibility and cost.
Enquire about this product ↗Reliability series · Commercially available◌
SBR-5240S
Processing-stability cell binder
For electrode processing stability and alternative material selection, with formulation and process support.
Enquire about this product ↗Performance series · Commercially available◌
SAR-5240A
High-adhesion styrene-acrylic latex
Particle-size and film-cohesion design for electrode formulations that require improved peel strength.
Enquire about this product ↗Performance series · Commercially available◌
SBR-5152
High-adhesion modified SBR latex
Carboxyl-functional design supports film cohesion for demanding adhesion requirements.
Enquire about this product ↗Performance series · Commercially available◌
SBR-3191B
High-adhesion modified SBR latex
Formulation design for latex film cohesion and electrode adhesion requirements.
Enquire about this product ↗Performance series · Commercially available◌
7610G
Silicon-carbon binder
Elastic-network and interface design to accommodate volume changes in silicon-based electrode materials.
Enquire about this product ↗Environmentally oriented series · Commercially available◌
7110G
Water-based cathode binder
Modified acrylic system for particle dispersion and slurry processing in water-based lithium iron phosphate formulations.
Enquire about this product ↗Environmentally oriented series · Commercially available◌
7310G
Fluorine-free solvent-based cathode binder
Modified acrylic system for fluorine-free cathode formulations and electrode process validation.
Enquire about this product ↗Thermal bonding · Commercially available▱
8324L
Thermally conductive polyurethane adhesive
For structural and thermal bonding between cells, modules and cooling plates, balancing performance and cost.
Enquire about this product ↗Thermal bonding · Commercially available▱
8324L-1
Thermally conductive polyurethane adhesive
An 8324-series thermal bonding option for battery pack thermal management.
Enquire about this product ↗Thermal bonding · Commercially available▱
8324H
Thermally conductive polyurethane adhesive
For thermal bonding in battery modules and packs. Processing conditions depend on the application.
Enquire about this product ↗Thermal bonding · Commercially available▱
8324G
Thermally conductive polyurethane adhesive
An 8324-series product for thermal management and structural connections in battery systems.
Enquire about this product ↗Structural bonding · Commercially available▱
8325
Polyurethane structural adhesive
For pack structural bonding across substrates including aluminium, plastics and composites.
Enquire about this product ↗Structural bonding · Commercially available▱
8325L
Polyurethane structural adhesive
Structural bonding designed around lightweight assemblies, curing efficiency and automated application.
Enquire about this product ↗Foam potting · Commercially available▱
8131F
Low-density foaming polyurethane potting compound
For 46-series cylindrical, prismatic and pouch-cell modules and packs, with self-levelling before uniform foaming.
Enquire about this product ↗General-purpose foam · Commercially available▱
8131F-1
General-purpose polyurethane foam potting compound
For side and top potting in battery assemblies, supporting sealing and cushioning.
Enquire about this product ↗General-purpose foam · Commercially available▱
8131FM
General-purpose polyurethane foam potting compound
For side and top battery potting, selected around module packaging requirements.
Enquire about this product ↗Full-pack foam · Commercially available▱
8131M
Full-pack polyurethane foam potting compound
For full-pack potting, providing an option for overall protection and structural stability.
Enquire about this product ↗Full-pack foam · Commercially available▱
8131R
Full-pack polyurethane foam potting compound
For full-pack potting and protection across different battery-system configurations.
Enquire about this product ↗Debondable series · Commercially available▱
Debondable thermal structural adhesive
Debondable series
For structural and thermal bonding between cells, modules and cooling plates, with consideration for subsequent disassembly.
Enquire about this product ↗Functional additives · Commercially available▱
SWCNT dispersant
Single-walled carbon nanotube dispersant
Supports SWCNT dispersion and formulation applications. Contact our technical team for system compatibility.
Enquire about this product ↗Conductive materials · Laboratory-scale R&D▱
High-purity SWCNT
High-purity single-walled carbon nanotubes
High-purity SWCNTs are at the laboratory-scale R&D stage, with work on material preparation, dispersion compatibility and evaluation in conductive applications.
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Product performance depends on the formulation, substrates and application conditions. Refer to the latest applicable technical data and application validation for specifications and processing guidance.
2028 / FUTURE DEVELOPMENTPLANNING / EXPLORATORY R&D PLANNING / EXPLORATORY R&D PLANNING / EXPLORATORY R&D
Planned and exploratory products
The following are planned or exploratory directions for 2028 and beyond, not current commercially mature offerings.
Recyclable structural and thermal adhesives
Exploring structural and thermal-management materials for battery recycling and circular material use.
Composite solid electrolytes
Planned materials development and exploratory research for solid-state battery applications.
Polymers for solid-state batteries
Including binder and other polymer-material directions for solid-state batteries.