描述
光伏背板用原始PA12材料
PA12塑料材料
良好的抗冲击性机器化学稳定性
良好的耐磨性、自润滑性和耐溶剂性
免费样品和快递
光伏背板用原生PA12材料
产品详细信息
光伏背板用原始PA12材料
PA12是一种高性能特种聚酰胺，具有良好的延展性和可塑性。由于其含碳量低（在0.12-0.16%之间），其硬度相对较低
PA12的优点与其他PA产品相比，PA12在耐水解、耐化学性、尺寸稳定性和耐冲击性方面具有明显优势。目前，基于PA12的背板主要有两种类型：薄膜涂层背板和共挤背板。薄膜型背板APA采用PA12作为保护层，传统PET作为中间层；共挤背板AAA使用非PET材料（改性PA12）作为中间层
目前用于光伏背板的测试标准ISO1924不适用。本标准更适用于测定纸和纸板的拉伸性能。相比之下，S3A标准的拉力测试可以避免更多的拉力测试。“
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Virgin PA12 Material For Photovoltaic Backplane
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PA12 Plastic Material
Good impact resistance machine chemical stability
Good wear resistance, self-lubricating and solvent resistance
Free Sample and express delivery
Virgin PA12 Material For Photovoltaic Backplane
Product Details
Virgin PA12 Material for Photovoltaic backplane
PA12 is a high-performance special polyamide with good ductility and plasticity. Due to its low carbon content (between 0.12-0.16%), its hardness is relatively low.
Advantages of PA12
Compared with other PA products, PA12 has obvious advantages in hydrolysis resistance, chemical resistance, dimensional stability and impact resistance. At present, there are two main types of backplanes based on PA12: film-coated backplanes and co-extruded backplanes. The film-type backsheet APA uses PA12 as the protective layer and the traditional PET as the intermediate layer; the coextruded backsheet AAA uses the non-PET material (modified PA12) as the intermediate layer.
The test standard ISO1924 currently used for photovoltaic backsheets is not suitable. This standard is more suitable for determining the tensile properties of paper and paperboard. In comparison, the polymer test standard DIN53504S3A is more suitable for the tensile strength test requirements of photovoltaic backsheets, which can avoid the impact of clamps. “
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