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Solar photovoltaic module sealant
Specially designed for sealing the frames of solar photovoltaic modules and bonding junction boxes. Our company's HY595 silicone has been used in the manufacturing of solar photovoltaic modules for many years. The product meets the special requirements of the photovoltaic industry for polymers: high adhesion, UV resistance, yellowing resistance, waterproof and moisture-proof, hail impact resistance, insulation performance, and long-term outdoor service life.
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& nbsp; nine hundred
& nbsp; & nbsp; HY595 solar photovoltaic module sealant
& nbsp; & nbsp; [Product Information] RTV-1 solar module sealant
& nbsp; & nbsp; Specially designed for sealing the frames of solar photovoltaic modules and bonding junction boxes. Our company's HY595 silicone has been used in the manufacturing of solar photovoltaic modules for many years. The product meets the special requirements of the photovoltaic industry for polymers: passing the Double 85 Test, high adhesion, UV resistance, yellowing resistance, waterproof and moisture-proof, hail impact resistance, insulation performance, and long-term outdoor service life.
& nbsp; & nbsp; Main performance characteristics of solar photovoltaic module sealant:< br />
& nbsp; & nbsp; 1. Neutral organic silicon material, non corrosive to metals, environmentally friendly< br />
& nbsp; & nbsp; 2. Room temperature curing, fast surface drying, fast deep curing, meeting the needs of assembly line production< br />
& nbsp; & nbsp; 3. Unique rheological system, thixotropic paste like, good extrusion performance, and smooth colloidal surface< br />
& nbsp; & nbsp; 4. Good sealing performance, with good adhesion to aluminum, glass, TPU/TPE backing materials, and junction box plastics< br />
& nbsp; & nbsp; 5. Resistant to yellowing, no significant yellowing was observed on the colloidal surface after high-temperature aging at 180 ℃ and UV aging< br />
& nbsp; & nbsp; 6. According to the Double 85 High Temperature and High Humidity Environmental Test, the colloid has good adhesion with aluminum, glass, and EVA< br />
& nbsp; & nbsp; 7. The flame retardant performance reaches UL94 V0 level, UL certificate number: E329851。< br />
& nbsp; & nbsp; 8. Passed the EU ROHS environmental directive and CE safety certification.
nine hundred and two
& nbsp; & nbsp; HY595 solar photovoltaic module sealant
& nbsp; & nbsp; [Product Information] RTV-1 solar module sealant
& nbsp; & nbsp; Specially designed for sealing the frames of solar photovoltaic modules and bonding junction boxes. Our company's HY595 silicone has been used in the manufacturing of solar photovoltaic modules for many years. The product meets the special requirements of the photovoltaic industry for polymers: passing the Double 85 Test, high adhesion, UV resistance, yellowing resistance, waterproof and moisture-proof, hail impact resistance, insulation performance, and long-term outdoor service life.
& nbsp; & nbsp; Main performance characteristics of solar photovoltaic module sealant:< br />
& nbsp; & nbsp; 1. Neutral organic silicon material, non corrosive to metals, environmentally friendly< br />
& nbsp; & nbsp; 2. Room temperature curing, fast surface drying, fast deep curing, meeting the needs of assembly line production< br />
& nbsp; & nbsp; 3. Unique rheological system, thixotropic paste like, good extrusion performance, and smooth colloidal surface< br />
& nbsp; & nbsp; 4. Good sealing performance, with good adhesion to aluminum, glass, TPU/TPE backing materials, and junction box plastics< br />
& nbsp; & nbsp; 5. Resistant to yellowing, no significant yellowing was observed on the colloidal surface after high-temperature aging at 180 ℃ and UV aging< br />
& nbsp; & nbsp; 6. According to the Double 85 High Temperature and High Humidity Environmental Test, the colloid has good adhesion with aluminum, glass, and EVA< br />
& nbsp; & nbsp; 7. The flame retardant performance reaches UL94 V0 level, UL certificate number: E329851。< br />
& nbsp; & nbsp; 8. Passed the EU ROHS environmental directive and CE safety certification.
nine hundred and two
