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Aminación Aditivo antiacidificación para película fotovoltaica Eva

Modelo Nº: RM211A

Introducción:

RM211A is an EVA amination anti-acidification additive. It is mainly used in EVA photovoltaic films to improve the aging resistance and acidification resistance of EVA films under high-humidity and gradually high-humidity conditions.
Descripción de los productos

 

RM211A is an amination anti-acidification additive for EVA amination that is used in EVA photovoltaic films to increase their ageing resistance and anti-acidification capabilities under high and gradually increasing humidity.

The “Amination Anti-Acidification Additive for EVA Photovoltaic Films” is a key innovation in the solar energy sector, providing unsurpassed benefits to solar panel lifetime and efficiency. With its anti-acidification qualities, improved weather resistance, and compatibility with the amination process, this additive offers producers a dependable alternative to battle degradation and preserve maximum performance throughout time. From solar farms to residential installations, its adaptability and effectiveness make it an essential component in the manufacture of high-quality, long-lasting, and efficient solar panels. By prolonging the service life of EVA films, this additive not only saves money but also supports sustainability by lowering the environmental impact of solar panel removal.

 

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Característica

 

Rendimiento Valor Método de ensayo
Densidad 1.1 g/㎤ ASTM D792
Punto de fusión(DSC) 66℃(151℉) ASTM D3418
MFR(190℃2,16kg) 10-20 g/10min ASTM D1238
Apariencia Light yellow Granules /

Nota: Los datos anteriores son valores de ensayo típicos y no deben interpretarse como especificaciones.

  • Anti-Acidification Properties: The additive is intended to combat acidification within EVA films, hence preventing deterioration and ensuring long-term stability.
  • Enhanced Weather Resistance: Protects EVA films from UV radiation, moisture, and extreme environmental conditions.
  • Stability Enhancement: Improves EVA films’ thermal and oxidative stability, lowering the danger of performance loss over time.
  • Compatibility with Amination Process: Specifically developed to work with the amination process used in the production of EVA photovoltaic films.
  • Chemical Resistance: Highly resistant to acids, bases, and other chemicals, ensuring durability and lifespan.
  • Improved Adhesion: Improves the adhesion of EVA films to diverse substrates, resulting in better overall product integrity.
  • UV Protection: Provides UV protection to EVA films, preventing yellowing and preserving optical clarity for optimal solar energy conversion.
  • Ease of Incorporation: Simple to incorporate into the amination process, enabling smooth integration and consistent results.
Ventaja

 

Extended Service Life: The anti-acidification ingredient considerably increases the life of EVA photovoltaic films, lowering maintenance and replacement expenses.

Improved Efficiency: By preventing acidification and deterioration, the additive helps solar panels retain their efficiency and performance over time.

Enhanced Durability: Offers better durability and tolerance to external conditions, ensuring consistent performance in a variety of climates.

Reduced Degradation: The additive minimises the danger of yellowing, embrittlement, and loss of optical clarity in EVA films, keeping their functioning.

Cost Savings: By prolonging the service life of EVA films, the additive helps to reduce maintenance and replacement costs.

Environmental Benefits: Reduces the environmental impact of solar panel disposal by extending the life of EVA films and panels.

Optimised Production: The additive is simple to integrate into the amination process, reducing production downtime and maintaining consistent quality.

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Aplicación

 

Aplicación típica

Used in EVA photovoltaic films to improve the aging and acidification resistance of EVA films in high and gradually high humidity conditions.

Industria de aplicación

Solar Panels: EVA photovoltaic films are used to improve solar panel stability, durability, and efficiency.

Solar Farms: Used in large-scale solar farm installations to prolong the life and effectiveness of solar panels.

household Solar Systems: Used in household solar energy systems to assure the long-term stability and efficiency of solar cells.

Commercial Solar Installations: Used in commercial and industrial solar installations to increase return on investment while decreasing maintenance expenses.

Formulario de consulta

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