SHEETSOL Private Limited is a leading manufacturer and supplier of high-performance
encapsulant
sheets for solar PV modules, including EVA, POE & EPE variants. With a strong
commitment
to
innovation, performance, and durability, SHEETSOL continues to redefine encapsulation
technology
for modern solar applications. Our encapsulants are engineered to provide exceptional
protection, stability, and energy efficiency, ensuring long-lasting reliability for
every
module.
The SHEETSOL UFC-T100-POE Encapsulant represents the latest advancement in
Polyolefin Elastomer (POE) technology. Designed for next-generation PV modules, this
encapsulant combines superior PID resistance, outstanding moisture barrier
properties,
and excellent chemical stability, delivering unmatched durability and performance across all
climatic conditions.
At SHEETSOL, we believe that the strength of a solar module lies in its protection. The SS-UFC-T100-POE Encapsulant is meticulously developed to safeguard your solar investment with unparalleled reliability and performance. Combining superior moisture resistance, high optical transparency, and long-term PID stability, this encapsulant is built to empower the next generation of solar energy — smarter, stronger, and more sustainable.
Engineered with advanced formulation, the SS-UFC-T100-POE provides excellent resistance to Potential Induced Degradation (PID) — a key factor in preserving long-term module power output. It ensures stable electrical performance even under high voltage and humidity stress
The encapsulant’s low moisture transmission rate offers outstanding protection against water ingress, minimizing risks of cell corrosion, delamination, and electrical leakage, which enhances the overall module lifespan.
With its high dielectric strength and chemical inertness, the encapsulant prevents material degradation, ensuring long-term insulation integrity and consistent power generation in all operating environments.
The SS-UFC-T100-POE provides superior adhesion to glass and backsheet materials, minimizing the chances of delamination and maintaining mechanical stability throughout the module’s operational life.
It maintains optical clarity, flexibility, and transmittance under extreme UV exposure and temperature variations, ensuring the solar cells perform at their peak efficiency for years.