Sebastian Stasch | DELO Industrial Adhesives: How do UV filters in barrier foils affect the curing process of adhesives used in thin-film solar cells?
00:03:33 - 00:03:41
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How do UV filters in barrier foils affect the curing process of adhesives used in thin-film solar cells?
Artis adhesives in Delo's portfolio are typically cured via UV light. Barrier foils with UV filters are often used to protect the sensitive OPV or perovskite layers from UV damage during the curing process.
These Artis adhesives are modified to cure at specific wavelengths (400-416 nm) that can pass through the UV filter in the barrier foils. This allows the adhesive to cure effectively without harming the underlying sensitive layers of the solar cell.
#UVCuringAdhesives, #BarrierFilmFilters, #PerovskiteEncapsulation, #WavelengthSpecificCuring, #ThinFilmPV, #OrganicPhotovoltaics
This is a highlight of the presentation:
Pioneering the Future: DELO's Advanced Adhesives Enhance Perovskite Solar Cell Protection
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00:00:12 - 00:00:16
How can advanced adhesives specifically enhance the protection of perovskite solar cells?
How can advanced adhesives specifically enhance the protection of perovskite solar cells?
Delo Industrial ATIs offers advanced adhesives designed to enhance the protection and lifetime of perovskite solar cells. The company invests 15% of its revenue in R&D to deliver innovative products.
Delo is also expanding its production capabilities with a new facility in Malaysia to better serve customers in Asia. They offer a variety of curing mechanisms, including UV curable adhesives that cure within seconds, as well as two-component systems that cure at room temperature over several hours.
#PerovskiteSolarCells, #AdvancedAdhesives, #Encapsulation, #Photovoltaics, #RenewableEnergy, #UVCuring
00:05:43 - 00:06:21
What are the key challenges in identifying compatible adhesives for different perovskite solar cell structures?
What are the key challenges in identifying compatible adhesives for different perovskite solar cell structures?
Delo tested a CSFA perovskite structure obtained from a customer on a PET substrate. They conducted extensive screening and modification of various raw materials to develop compatible adhesives.
The challenge lies in the fact that numerous different perovskite structures exist, making it difficult to find a single adhesive chemical composition that works effectively across all of them. This requires careful testing and optimization for each specific perovskite stack.
#PerovskiteAdhesives, #AdhesiveCompatibility, #PerovskiteStructures, #MaterialOptimization, #Photovoltaics, #SolarCells