High-performance SMC, BMC materials and composite molded products engineered for the energy industry, delivering superior durability, insulation, and reliability in power generation, transmission, and storage applications.
Components for solar inverters, mounting systems, combiner boxes, and PV panel enclosures in utility-scale and residential installations.
Electrical enclosures, insulator components, and control system housings for wind turbine nacelles and tower systems.
High-voltage switchgear components, transformer housings, and distribution box enclosures for electrical grid infrastructure.
Battery enclosures, thermal management components, and safety systems for lithium-ion and renewable energy storage solutions.
A leading solar energy company implemented our SMC enclosures for central inverters in utility-scale solar farms, achieving IP66 protection, 50% weight reduction compared to metal enclosures, eliminating corrosion issues, and reducing installation costs by 35% while maintaining operation in -40°C to 65°C environments.
An energy storage company adopted our SMC-based battery PACK cover and end plate solutions, replacing traditional metal components. This upgrade enhanced system integration, achieved IP67 protection, increased safety, and significantly reduced costs, driving both performance and efficiency improvements.
Extreme Environment Resistance
Superior performance in harsh conditions including UV exposure, temperature extremes, humidity, and corrosive environments.
High-Voltage Insulation
Excellent dielectric properties ensuring safe operation in high-voltage energy applications up to 110kV.
Weight Optimization
30-70% lighter than metal alternatives, reducing structural loads, installation costs, and energy consumption.
Fire Safety
Flame-retardant formulations (UL94 V0) with low smoke emission for enhanced safety in energy systems.
Long Service Life
20+ year service life in outdoor energy applications, reducing replacement cycles and lifecycle costs.
Design Integration
Complex geometries with integrated features reduce part count and assembly time in energy systems.