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Photovoltaic Encapsulation Fil

Antioxidant Dropout Masterbatch

Grades	Base Resin	Characteristic	Application
anti-acrylate exudation	POE	High grafting rate, low crystal point impurities, high transparency, strong polarity, preventing the exudation of acrylate monomers in POE, enhancing cross-linking effects, and PID resistance performance.	By grafting multiple acrylic ester monomers, the compatibility with commonly used additives (primarily acrylic esters) in the film formulation has been improved, reducing additive exudation. This prevents screw slippage during processing and glass slippage during the use of photovoltaic solar cells. This material is typically applied in photovoltaic POE films and EPE films.
anti-TAIC exudation	POE	High grafting rate, low crystal point impurities, high transparency, strong bonding strength, high polarity, avoiding the exudation of TAIC and other additives in POE, and enhancing cross-linking.	Through graft modification, the compatibility with TAIC in the film formulation has been improved, reducing additive exudation. This prevents screw slippage during processing and glass slippage during the use of photovoltaic solar cells. This material is typically applied in photovoltaic POE films and EPE films.

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Antioxidant Dropout Masterbatch

Grades	Base Resin	Characteristic	Application
anti-acrylate exudation	POE	High grafting rate, low crystal point impurities, high transparency, strong polarity, preventing the exudation of acrylate monomers in POE, enhancing cross-linking effects, and PID resistance performance.	By grafting multiple acrylic ester monomers, the compatibility with commonly used additives (primarily acrylic esters) in the film formulation has been improved, reducing additive exudation. This prevents screw slippage during processing and glass slippage during the use of photovoltaic solar cells. This material is typically applied in photovoltaic POE films and EPE films.
anti-TAIC exudation	POE	High grafting rate, low crystal point impurities, high transparency, strong bonding strength, high polarity, avoiding the exudation of TAIC and other additives in POE, and enhancing cross-linking.	Through graft modification, the compatibility with TAIC in the film formulation has been improved, reducing additive exudation. This prevents screw slippage during processing and glass slippage during the use of photovoltaic solar cells. This material is typically applied in photovoltaic POE films and EPE films.

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