Prodotto

Inserire l'uso del prodotto o la natura del prodotto
bisogno, chiedetelo al vostro
contatto. 

Additivi per film di incapsulamento solare

Modello n.: R1120

Introduzione:

Coace ® R1120 additivi può essere realizzato partita certo applicazione specifiche, come richiesto adesione, spessore, rifrattivo indice.
 
Caratteristiche Valore Unità Metodo di prova
Densità 0.87 g/cm3 ASTM D792
Temperatura di fusione 46 DSC
Portata di fusione (190℃2,16kg)) 8- 15 g/10min ASTM D1238
Gruppo funzionale Contenuto Alto wt% Metodo COACE
Aspetto Granuli / /
Colore Traslucido o bianco / /
Descrizione dei prodotti

 

Solar encapsulation film additives are very significant and valuable in the solar sector because of their many special features, benefits, and application qualities. These additives improve the efficiency, cost-effectiveness, and protection of solar panels with their adhesion promotion, UV resistance, and optical clarity. The fact that they are compatible, processable, and customizable emphasizes even more how adaptable they are to various encapsulation film materials and production techniques. Solar encapsulation film additives are anticipated to be crucial in improving the efficiency and robustness of photovoltaic systems as the demand for solar energy keeps rising.

 

Attrezzature avanzate!

Dotata di linee di produzione avanzate e di un centro di prove sperimentali per garantire la qualità del prodotto.

Forte forza tecnica!

Più di 10 esperti tecnici di R&S guidano l'innovazione continua.

 

Caratteristica

 

Caratteristiche Valore Unità Metodo di prova
Densità 0.87 g/cm3 ASTM D792
Temperatura di fusione 46 DSC
Portata di fusione (190℃2,16kg)) 8- 15 g/10min ASTM D1238
Gruppo funzionale Contenuto Alto wt% Metodo COACE
Aspetto Granuli / /
Colore Traslucido o bianco / /

The performance of solar encapsulation film additives in the solar business is attributed to a number of unique qualities. Among these characteristics are:

  • UV Resistance: The underlying solar cells are shielded from the detrimental effects of extended exposure to sunlight by the superior UV resistance provided by solar encapsulation film additives. This keeps the performance of solar panels from declining and guarantees their long-term dependability.
  • High optical clarity provided by these compounds enables maximum light transmission through the encapsulation coating. As a result, the solar cells will absorb energy as efficiently as possible, increasing the panel’s overall energy conversion efficiency.
  • Weatherability: The remarkable weatherability of solar encapsulation film additives allows them to endure harsh weather conditions, including high temperatures, high humidity, and thermal cycling. This extends the longevity and robustness of solar panels, especially under challenging conditions.
  • adhesive Promotion: By strengthening the adhesive between the solar cells and the encapsulating layer, these chemicals guarantee a solid connection and stop moisture infiltration or delamination. This characteristic enhances the solar panels’ long-term performance and dependability

 

Vantaggio

 

Enhanced Protection: By adding another layer of defense, these additives shield the solar cells from external elements, moisture, and physical harm. As a result, panels last longer and are more reliable.

Enhanced Efficiency: Additives to solar encapsulation films maximize light transmission through the film, lowering reflection and enhancing the solar cells’ ability to absorb energy. Higher total power production and improved energy conversion efficiency are the outcomes of this.

Cost-effectiveness: By making solar panels more dependable and durable, these additives help lower the lifetime maintenance and replacement expenses of the panels. Additionally, they aid in lessening the effects of possible performance losses brought on by environmental deterioration.

Better Aesthetics: By making flaws on the encapsulation film surface less visible, such as discolouration or scratches, solar encapsulation film additives can improve the way solar panels look. This enhances the panels’ visual appeal, especially in settings where architecture and aesthetics are important considerations.

 

Il nostro vantaggio

Catena di approvvigionamento globale!

Sistema di stoccaggio e logistica della catena di approvvigionamento
Assistenza tecnica
Protezione post-vendita

Concentrazione - Risultati - Eccellenza!

Prodotti personalizzati
Focus su R&S
Servizi globali

Certificazione Coace!

Certificazione ISO9001:2015
Certificazione ISO14001:2015
Registrazione REACH UE

Corea K-REACH pre-registrazione

Certificazione Coace!

Certificazione ISO9001:2015
Certificazione ISO14001:2015
Registrazione REACH UE

Corea K-REACH pre-registrazione

 

Applicazione

 

Additives for solar encapsulation films are used in a number of photovoltaic system-related businesses, such as:
Installing Solar Panels for Homes and Businesses: These additions are frequently utilized in solar panels to boost their longevity, efficiency, and aesthetic appeal.

Utility-Scale Solar Projects: The use of solar encapsulation film additives in large-scale solar projects is beneficial due to the project’s increased power output, dependability, and cost-effectiveness.

Building-Integrated Photovoltaics (BIPV): These additions’ enhanced performance and aesthetics are advantageous for BIPV applications like solar roof tiles and facades.

Off-Grid and Remote Power Systems: Reliability, durability, and energy efficiency are critical in off-grid and remote power systems, where solar encapsulation film additives are useful.

 

Modulo di richiesta

Potrebbe piacerti

Agente di accoppiamento per composti di polipropilene

Modello n.: B1C

Introduzione:

B1C è un tipo di agente di accoppiamento specificamente progettato per l'uso in composti a base di polipropilene.


Per saperne di più →

Additivi per film fotovoltaici funzionali al silano ad alta velocità di trasferimento

Modello n.: R2120

Introduzione:

Gli additivi per film R2120 presentano un'eccellente compatibilità con diversi materiali per film fotovoltaici, ottimizzando il tasso di trasferimento della luce incidente.


Per saperne di più →

Compatibilizzatori di elastomeri poliolefinici modificati con anidride ad alto tasso di innesto

Modello n.: W1A-5

Introduzione:

Coace® W1A-5 is an anhydride modified polyolefin elastomer as compatibilizers to improve the compatibility between polyamideandpolypropylene, or polyethylene with high graftingrate, which has low glass transition temperature.


Per saperne di più →

Compatibilizzatore di profili in plastica e legno

Modello n.: W1H

Introduzione:

W1H as plastic wood profile compatibilizer can improve the interface affinity between polyolefin substrate and inorganic substances such as metal powder, glass fiber, wood powder, mineral powder, starch, etc., so as to achieve the effect of enhancing the strength of composite materials.


Per saperne di più →

LASCIATECI UN MESSAGGIO