Infrared reflector additives are advanced mineral-based functional fillers designed to improve thermal management, light diffusion, and energy efficiency in greenhouse and specialty films. Products like PHELMAR G and HYPERTHERM UT enhance infrared (IR) reflect
Why IR Additives is the preferred choice for plastics & polymers formulations
Comprehensive range of IR Additives grades for diverse industrial applications
Common questions about IR Additives in plastics & polymers applications
HYPERTHERM UT acts as an advanced infrared reflector additive that improves heat retention and thermal insulation in plastic films and compounds. It reduces IR transmission while maintaining high PAR light transmission, making it highly effective for greenhouse and agricultural films. The additive also enhances light diffusion, improves thermal stability, increases durability against UV exposure, and maintains excellent processing and mechanical performance in PE, EVA, and PVC applications.
PHELMAR G functions as a high-performance IR reflector and antiblocking additive that enhances thermal efficiency and optical performance in plastic films. It improves infrared reflectance, reduces radiative heat loss, and supports better temperature retention in greenhouse films. Its controlled particle size and low impurity content help maintain film strength, transparency, processability, and long-term weather resistance while improving light diffusion and PAR transmission.
HYPERTHERM UT is suitable for a wide range of plastic applications including greenhouse films, PE films, PE/EVA films, PVC films, agricultural films, thermal insulation films, specialty packaging films, and IR-management plastic products requiring improved heat retention and thermal stability.
PHELMAR G can be used in greenhouse films, horticulture films, flexible packaging films, antiblock masterbatches, agricultural films, LDPE and LLDPE film applications, EVA-based films, and specialty plastic films requiring enhanced IR reflectance and optical efficiency.
Our IR additive grades provide excellent thermal insulation and heat retention while maintaining high light transmission and optical clarity. They improve infrared reflectance, reduce radiative heat loss, enhance light diffusion, and support better crop growth in greenhouse applications. These additives also improve UV durability, thermal stability, processing performance, and mechanical integrity while enabling energy-efficient and long-lasting plastic film solutions.
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