Flat Disc Motor Potting Compound High Thermal Conductivity UL1446

Disc Motor Potting Compound Flat Motor Potting Compound Frameless Torque Motor Potting Compound High Thermal Conductivity Class H Insulation UL1446

New Energy Vehicle IGBT Module Potting Compound High Voltage DC Contactor Potting Compound High Temperature Resistance Low Shrinkage 

Deep Well Pump Potting Compound Submersible Pump Potting Compound  Toroidal Stator Potting Compound

Wilkon / EFI Polymers

On the vast application stage driven by disc motors, flat motors, and torque motors—from precision equipment to efficient industrial manufacturing, humanoid robots, from green energy conversion to smart mobility systems—every moment of stable rotation carries an endless pursuit of efficiency and safety. Wilkon has specially developed high-performance potting compounds tailored for disc motors, flat motors, and torque motors, aiming to provide superior protection for your equipment and ensure every moment of power transmission is precise and flawless.

Application Scenarios:

Disc motors and disc torque motors, with their compact structure, high energy conversion efficiency, and precise torque output, are widely used in electric vehicles, wind power generation, industrial automation, and precision instruments. They operate continuously under high speed, high load, and variable conditions, placing extremely high demands on the electrical insulation, thermal conductivity, and mechanical strength of potting materials.

Wilkon Disc Motor Potting Compound/Flat Motor Potting Compound/Torque Motor Potting Compound Features and Performance:

• Excellent Low Viscosity, Long Working Time: Unique low-viscosity formulation ensures a smooth and unobstructed potting process, maintaining stable fluidity and adhesion even during prolonged operation, enhancing production efficiency and quality control.
• High Thermal Conductivity, Efficient Heat Dissipation: Thermal conductivity up to ～W/m·K and above, rapidly conducting internal heat, effectively preventing performance degradation due to overheating, and extending equipment service life.
• High Voltage Resistance, Excellent Insulation: Maintains superior electrical insulation performance even in high-voltage environments, providing reliable electrical isolation for disc motors and torque motors, ensuring system safety.
• High Temperature Stability: Hardness remains unchanged even under high-temperature conditions; the potting compound maintains high hardness and rigidity, with excellent dimensional stability, effectively resisting thermal expansion and deformation.
• Balanced Rigidity and Flexibility, High Toughness: While maintaining high hardness, it exhibits good toughness, effectively absorbing vibration and impact, ensuring the precise operation of disc motors and torque motors.

Certifications, Quality Assurance:

Wilkon Disc Motor Potting Compound/Flat Motor Potting Compound/Torque Motor Potting Compound has passed UL1446 certification, with an insulation rating of Class H (180°C), and complies with the self-extinguishing flame-retardant standard UL94V-0, providing comprehensive assurance of product safety and reliability.

Choosing Wilkon Disc Motor Potting Compound/Flat Motor Potting Compound/Torque Motor Potting Compound means choosing efficiency, stability, and safety. We are committed to being the strong backbone of your equipment performance, jointly driving innovation and development in disc motor, flat motor, and torque motor technologies. Contact us now to open a new chapter in power transmission!

Wilkon / EFI Polymers

Disc Motor Potting Compound Flat Motor Potting Compound Frameless Torque Motor Potting Compound High Thermal Conductivity Class H Insulation UL1446

Humanoid Robot Motor Potting Compound Humanoid Joint Motor Potting Compound Humanoid Arm Motor Potting Compound 

New Energy Vehicle IGBT Module Potting Compound High Voltage DC Contactor Potting Compound High Temperature Resistance Low Shrinkage 

Deep Well Pump Potting Compound Submersible Pump Potting Compound  Toroidal Stator Potting Compound