Produkte Beschreibung
When it comes to improving the efficiency of solar modules, the Silane Coupling Agent for Solar POE Film has a number of distinct characteristics and benefits that are not found in other products. It improves the longevity, energy efficiency, and reliability of solar photovoltaic (PV) films by virtue of its outstanding adhesion promotion, weatherability, moisture resistance, and thermal stability features. The incorporation of this coupling agent into the manufacturing process of solar modules results in a number of advantages, including an increase in power generation, an extension of the module’s lifespan, and cost reductions. Companies that manufacture solar photovoltaic modules can improve their overall performance and longevity by integrating the Silane Coupling Agent, which allows them to obtain higher energy yields, lower maintenance costs, and improve overall performance.
Fortschrittliche Ausrüstung!
Ausgestattet mit fortschrittlichen Produktionslinien und einem experimentellen Testzentrum zur Gewährleistung der Produktqualität.
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Mehr als 10 erfahrene technische F&E-Mitarbeiter sorgen für kontinuierliche Innovation.
Charakteristisch
| Leistung | Wert | Prüfverfahren |
| Dichte | 0.87g/㎤ | ASTM D792 |
| Schmelzpunkt（DSC） | 72℃(161.6℉) | COACE-Methode² |
| MFR（190℃2.16kg） | 10-20g/10min | ASTM D1238 |
| Silangehalt | Hoch | COACE-Methode¹ |
Hinweis: Die oben genannten Daten sind typische Testwerte und sollten nicht als Spezifikationen interpretiert werden.
Empfohlene DosierungJe nach der tatsächlichen Anwendung, unter Berücksichtigung der Kosten, den entsprechenden Betrag der Erhöhung oder Senkung.
Verpackung und Transport :20kg-Plastiksack, entsprechend ungefährlicher Ware, Sonnenlicht und Regen vermeiden.
- Superior Adhesion Promotion:The Silane Coupling Agent for Solar POE Film demonstrates remarkable adhesion promotion qualities throughout its range of applications. This makes it possible for the solar POE film to form a strong binding with a variety of substrates, which in turn enables adhesion that is dependable and resilient over time. Because of this, the film will maintain its integrity over the duration of the solar module’s lifetime.
- Enhanced Weatherability: This coupling agent, which possesses good weather resistance capabilities, ensures that solar photovoltaic oxide (PoE) films are effectively protected from degradation that is brought on by ultraviolet light, temperature variations, and environmental variables. The deterioration, staining, and loss of physical characteristics that might occur as a result of prolonged exposure to harsh weather conditions are reduced considerably as a result of this procedure.
- Increased Capacity to Resist Moisture: The product offers solar POE films the ability to resist moisture to a greater extent. The formation of a protective barrier that prevents moisture from entering the structure of the film is achieved by it. Even in humid situations, this helps to maintain the film’s dimensional stability, mechanical strength, and electrical insulating capabilities. This is because of the composition of the film.
- The Silane Coupling Agent improves the thermal stability of solar photovoltaic (PV) films, which enables these films to survive high working temperatures. This result is referred to as optimal thermal stability. The thermal deterioration is reduced to a minimum, which guarantees that the film will keep its integrity and performance even when subjected to difficult thermal conditions, which are typical in solar module applications.
Vorteil
Increased Energy Efficiency :The Silane Coupling Agent improves the performance of solar photovoltaic (PV) films, which ultimately results in an increase in energy efficiency. The film is able to retain greater contact with the solar cells as a result of improved adhesion, which in turn reduces the amount of electrical losses and maximises the amount of power output.
Increased Power Generation The Silane Coupling Agent makes it possible for the solar POE film and photovoltaic cells to adhere to one another more effectively, which results in an increase in the amount of power that is generated. Through the enhancement of overall module performance, the reduction of series resistance losses, and the guarantee of appropriate electrical contact, it leads to an increase in the amount of energy that is produced.
Prolonged Module Lifespan: The coupling agent helps to add to the prolonged lifespan of solar modules by preventing the degradation of the solar photovoltaic (PV) film and ensuring that its physical features are preserved. As a result, solar power plants will maintain their operations for a longer period of time and will provide a higher return on investment.
Unser Vorteil
Globale Lieferkette!
Solide Lagerung und Logistik Supply Chain System
Technische Unterstützung
Schutz nach dem Verkauf
Fokus - Leistung - Exzellenz!
Maßgeschneiderte Produkte
Fokus auf F&E
Globale Dienstleistungen
Coace-Zertifizierung!
ISO9001:2015 Zertifizierung
ISO14001:2015 Zertifizierung
EU REACH-Registrierung
Korea K-REACH Vorregistrierung
Vorteil für Unternehmen!
Layout im In- und Ausland, wunderbar zum Mischen
Gestaltung der Inlandsvermarktung
Layout für die Vermarktung in Übersee
Anmeldung
Solar Photovoltaic Modules:
The Silane Coupling Agent was developed with the sole purpose of serving applications in solar photovoltaic module technology. It is compatible with a wide range of modules, including monocrystalline, multicrystalline, and thin-film technologies, among others. These modules make use of solar photovoltaic (PV) films, which are successfully enhanced in terms of their performance and durability by the coupling agent.
Advantages of the Application:
The Silane Coupling Agent provides greater adhesion and protection against environmental conditions, which contributes to an increase in the overall dependability of solar modules. This is due to the fact that it boosts the overall reliability of the modules. Even when subjected to severe working conditions, it guarantees that the solar photovoltaic (PV) film will continue to be firmly attached to the components of the module.
