Advanced Materials for New Energy - Youxing Shark (Shanghai) Science and Technology Co., Ltd.

Battery Anode Binder Solution

A binder for lithium-ion battery anodes, compatible with graphite or silicon systems. Provides high polarity and structural strength. Increases energy density at low loading, enhances CNT/SP wetting and dispersion, reduces cycling expansion, improves electrode brittleness and material shedding, and optimizes performance across temperatures.

Mechanical Bonding: Maintains electrode integrity; prevents active material loss

Electrochemical Stability: Stable in electrolyte; does not decompose or hinder ion/electron transport

Volume Change Adaptation: High elasticity or self-healing. Specific versions for silicon-based anodes

Interface Compatibility: Promotes stable SEI formation; reduces side reactions

Process & Cost: Suitable for slurry coating; low toxicity, eco-friendly, cost-effective
Cell-to-Baseplate & Module-to-Cold-Plate Bonding Solution

Self-developed modified polyurethane resin combines the high toughness and elasticity of polyurethane with the high strength and bonding of epoxy, offering excellent mechanical properties with consistent viscoelasticity across the -40°C to 60°C range demanded by new energy vehicles.

Thermal conductivity: 2.0 W/(m·K)

Room-temperature curing, lap shear strength (Al-Al): 10 MPa

Boosts thermal efficiency by 27% under identical cooling conditions versus 0.5 W/(m·K) materials
Cell Potting Solution

After potting, it forms a foam barrier that protects adjacent cells, provides good thermal insulation, reduces thermal influence between cells, and enhances PACK integrity with good impact and shock resistance.

Low density and lightweight

Cured density: < 0.3 g/cm³

After self-leveling: begins self-foaming in 3-5 minutes

Curing time: 10-60 minutes
Low-Altitude UAV Lightweight Solution

This solution features self-developed high-performance composite adhesives that balance structural strength with lightweight requirements. It meets the comprehensive demands of UAV and low-altitude economy products for high durability, weather resistance, and efficient heat dissipation, thereby optimizing both flight performance and reliability.

Lightweight Structural Adhesive: Density as low as 0.75 g/cm³, tensile shear strength > 8 MPa

Versatile Platform Potting Compound: Density controlled at ~0.8 g/cm³, providing insulation protection while enabling easy maintenance

Ultra-High Thermal Conductivity Gel: Thermal conductivity up to 6 W/(m·K ), ensuring stable operation of high-power devices

Transparent Potting Adhesive: Suitable for batteries and power modules, offering both aesthetic appeal and reliable encapsulation