Wire and cable management on the photovoltaic backplane is critical for safety and electrical continuity. Why jeopardize an entire PV installation with cable ties made from substandard polymers such as nylon and polyethylene? Even behind photovoltaic panels, nylon and polyethylene cable ties fail in reflected UV radiation and exposure to zinc chloride. It’s only a matter of time. Start out with the right solar panel cable tie and avoid problems later on. Our Strong-Ty™ solar panel cable tie with Kynar® PVDF is designed for long-term harsh environments.
Arkema, the manufacturer of Kynar® PVDF, has completed a 10,000-hour Xenon arc accelerated weather exposure. The results show that all versions of Kynar Flex® have very little change in either tensile strength or elongation. Strong-Ty cable ties are made from Kynar Flex® are the most UV resistant cable ties available today and an ideal choice for PV installations.
This long-term UV exposure study builds on a 50-year history of Kynar 500® performance in sunlight at a south Florida testing center. Video showing test results from this ongoing study can be seen here. Strong-Ty™ cable ties are made from 100% Kynar® PVDF and provide the maximum UV resistance for PV wire and cable management. Available in a natural color, Strong-Ty™ cable ties do not require the addition of carbon black or other UV inhibitors to provide long-term dependable outdoor performance. Unlike a polyamide or polyethylene cable tie, our solar panel cable tie is made from Kynar® PVDF and provides excellent corrosion resistance to long-term salt exposure associated with weathered galvanized steel frames.
Additional information about Strong-Ty™ PVDF solar cable ties and PVDF in general can be found on the following pages:
Strong-Ty™ Cable Tie TDS
Strong-Ty™ Cable Tie Engineering Drawing
Kynar® Chemical Resistance Chart
Accelerated Weathering of Kynar® PVDF – A Case For Better PV Cable Ties
10,000 Hour UV Test Results