Peak NanoPlex™ Film for Heavy Equipment & Industrial Operations
Whether you're running presses, pumps, or cranes, Peak capacitor films withstand the brutal loads, heat, and electrical abuse found in today’s motor-driven operations.
Peak NanoPlex film technology raises the bar for durability, precision, and efficiency under extreme heat, vibration, and electrical load.
NanoPlex™: Long Lifecycles in Heavy-Duty Motor Starts
Built for Brute Conditions.
Heavy equipment demands durable, electrical components that thrive in extreme environments. From hot engine compartments to constant vibration on construction sites, traditional capacitors fall short. Peak Nano’s LDF capacitor films are engineered for the harshest operating conditions, delivering 135°C high-temperature performance with no derating, cooler operation under load, and a longer service life that reduces downtime and maintenance costs. Whether powering lifts, bulldozers, mobile fleets, or military-grade equipment, our U.S.-made films help operators run without the risk of capacitor shortages.
- LDF capacitor films maintain full performance with no derating in engine compartments, cabins, or motor housings with elevated temps
- LDF capacitor films reduce internal heat buildup, minimizing thermal runaway risks under inrush-heavy applications like pump or motor starts
- LDF capacitor films reduce maintenance cost of capacitor replacements with extended service intervals under constant vibration, shock, and power surges.
Peak’s NanoPlex™: Built for Motor-Start Environments and Long-Duty Cycles.
Industrial operations depend on electric motors that start, stop, surge, and sustain, often under relentless conditions. From hot, enclosed control panels to inrush-heavy start cycles, capacitor failure can stall production, trigger costly downtime, or even damage equipment. Traditional BOPP capacitors derate at elevated temperatures, degrade with vibration, and struggle to keep pace in harsh manufacturing or utility environments.
- LDF capacitor films maintain full-rated performance inside motor housings, switchgear, HVAC cabinets, or pump enclosures exposed to high ambient temperatures.
- Low Dissipation Factor reduces internal heating and the risk of thermal runaway during frequent starts, intermittent duty, or stalled motor loads common in material handling, fans, blowers, and industrial pumps.
- Built to withstand shock, vibration, dust, and corrosive environments
- Extended lifecycles reduce field maintenance and eliminate premature capacitor replacements in hard-to-reach or high-cost installations.
Ready to Evaluate NanoPlex Films?
Request a sample kit of NanoPlex for in-house qualification, compatibility testing, and grid-level performance validation.