Produkte Beschreibung
Coace® R1030 ist ein silanfunktionalisiertes Ethylen-Octen-Copolymer mit hohem Silangehalt und hoher Transparenz.
Additives for photovoltaic (PV) POE films are crucial ingredients in the creation of encapsulating films for PV modules. These additives improve the performance, robustness, and dependability of PV modules by providing unique qualities, traits, and benefits.
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Charakteristisch
| Leistung | Wert | Prüfverfahren |
| Dichte | 0.87g/㎤ | ASTM D792 |
| Schmelzpunkt（DSC） | 46℃(115℉) | ASTM D3418 |
| MFR（190℃ 2.16kg） | 8-15g/10min | ASTM D1238 |
| Silangehalt | Hoch | Interne Methode |
Hinweis: Die oben genannten Daten sind typische Testwerte und sollten nicht als Spezifikationen interpretiert werden.
Empfohlene DosierungJe nach der tatsächlichen Anwendung und unter Berücksichtigung der Kosten wird der entsprechende Betrag erhöht oder gesenkt.
Verpackung und Transport：20kg-Plastiksack, entsprechend ungefährlicher Ware, Sonnenlicht und Regen vermeiden.
PV POE film additives have several qualities that make them useful and appropriate for encapsulating PV modules:
- Material Compatibility: These additives can be easily integrated into the current PV module production processes because they are compatible with polyolefin-based encapsulating films.
- Thermal Stability: PV POE film additives have exceptional thermal stability, guaranteeing that even in high-temperature environments, the encapsulant will maintain its characteristics and functionality throughout the module’s operating lifespan.
- Processability: The additives are made to be simple to work with during the lamination process, which enables the manufacturing of PV modules in an effective and dependable manner.
- Environmental friendliness: PV POE film additives are designed to comply with industry requirements and are low in volatile organic compounds (VOCs), meeting environmental laws.
Vorteil
a. The special combination of these chemicals increases light transmission, lowers reflection losses, and boosts the PV module’s overall energy conversion efficiency.
b. Enhanced Reliability: The additives improve adhesion, UV stability, and moisture resistance, which reduces the possibility of performance degradation and guarantees long-term durability.
c. PV POE film additives offer exceptional flexibility to the encapsulant, resulting in improved resilience to external influences such temperature changes and mechanical vibrations, reduced mechanical stress, and improved module conformance.
d. Optimal Optical Performance: The high optical clarity and light transmission qualities of the additives lead to an improved optical performance, which increases the PV module’s capacity for energy conversion and light absorption.
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Application Details
PV POE film additives are made especially to be used in the encapsulation of PV modules. Some important details about this application are as follows: a. Lamination Process Compatibility: These additives are designed to work with lamination processes, making it simple to integrate and produce PV modules quickly.
b. Encapsulation Films: When integrated into the encapsulation layer, PV POE film additives perform best because they are designed to work with polyolefin-based encapsulating films.
c. Manufacturing Flexibility: By providing flexibility in dose and formulation, the additives enable producers to tailor the encapsulant’s qualities to match certain performance standards.
d. Compatibility with Module Components: Solar cells, backsheet materials, and other connectivity materials are just a few of the module components that PV POE film additives are made to work with.
Typische Anwendung
1. Photovoltaische Einkapselungsfolie
2. Glaskleber
