商品説明
Photovoltaic film modifiers with a high silane content are crucial to the manufacturing of PV films because they provide benefits such enhanced adhesion, interfacial compatibility, moisture barrier qualities, and UV resistance. Coace ® R2120 modifiers lower the danger of delamination, improve energy conversion efficiency, and increase the lifespan of PV modules, all of which improve the modules’ dependability, durability, and performance. The use of photovoltaic film modifiers with a high silane content in the production of PV modules guarantees the creation of high-quality modules appropriate for a range of solar PV industry applications, thereby promoting the expansion and uptake of solar energy as a sustainable and renewable power source.
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特徴
| パフォーマンス | 価値 | 試験方法 |
| 密度 | 0.95g/㎤ | ASTM D792 |
| 融点（DSC） | 69℃(156℉) | ASTM D3418 |
| MFR（190℃、2.16kg） | 5～15g/10分 | ASTM D1238 |
| シラン含有量 | 高い | 内部メソッド |
注： 上記のデータは代表的なテスト値であり、仕様として解釈されるべきものではない。
推奨用量：1日1回実際の用途に応じて、コストを考慮し、適切な増減を行う。
Packing and transportation: 20キロビニール袋、非危険物によると、日光、雨を避ける。
Coace® R2120は、シラン官能基を有するエチレン-酢酸ビニル共重合体で、シラン含量が高く、透明性が高く、結晶点が低い。
- High Silane Concentration: The modifier has a sizable amount of silane compounds in it. These compounds work as coupling agents to enhance the film’s adherence to other PV module components.
- Increased Mechanical Strength and Decreased Delamination Risks: The increased silane concentration improves the mechanical strength and delamination risks by improving the interfacial compatibility between the PV film and encapsulant materials like ethylene vinyl acetate (EVA).
- Moisture Barrier Properties: The modifier improves the PV film’s capacity to withstand moisture intrusion and maintain long-term dependability even in challenging environmental circumstances.
- UV-Resistance: The PV film is exceptionally resistant to UV rays due to the high silane content included into it. This prevents degradation and preserves optimal optical clarity.
- Enhanced Scratch Resistance: By strengthening the PV film’s resistance to scratches, the modifier lowers the possibility of surface damage occurring during handling and installation.
メリット
Outstanding Dispersibility: The modifier with a high silane content shows remarkable dispersibility in the PV film matrix, guaranteeing even distribution and steady performance all the way through the film.
Optimal Film clarity: By reducing light scattering and increasing energy conversion efficiency, the modifier preserves the PV film’s optical clarity.
Enhanced Module Reliability: By strengthening the bond between the film and other components, the high silane content photovoltaic film modifier lowers the possibility of delamination and raises the overall dependability of PV modules.
Extended Lifespan: The UV resistance and moisture barrier qualities of the modifier help the PV film last longer and require less maintenance and replacements over time.
Increased Energy Conversion Efficiency: By reducing energy losses and increasing energy conversion efficiency, the high silane concentration of the film enhances its interfacial compatibility with encapsulant materials.
Enhanced Durability: By mitigating the effects of mechanical damage and environmental stressors, the modifier’s scratch resistance and chemical resistance qualities guarantee the PV film’s longevity.
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申し込み
1.Photovoltaic encapsulation film
Solar Photovoltaic Industry: In order to ensure the dependability and longevity of PV modules used in residential, commercial, and utility-scale solar systems, high silane content photovoltaic film modifiers are widely utilized in the solar PV business.
Renewable Energy Sector: By enhancing the functionality, durability, and energy conversion efficiency of PV modules, these modifiers aid in the expansion and use of solar energy as a sustainable energy source.
2.Glass adhesive
