Solar Battery Potting Compounds for Alternative Energy Manufacturers

Urethane and Polyurethane Electronics Potting Materials Custom Formulated for Solar Battery Systems

Solar battery epoxy encapsulant with exceptional thermal conductivityWhen choosing an electronics potting material for your battery or battery system, requirements vary depending on the battery technology. Epic Resins has experience in a wide range of battery technologies, systems and battery configurations. We can work with you to determine the most cost-effective solution for your particular needs.

UL-Recognized Resins for Solar Battery Packs

Solar energy battery systems require encapsulants able to withstand the stresses of operating temperatures higher than most other applications. Epic Resins has an entire line of Underwriters Laboratory (UL) recognized resin compounds for use in the elevated temperature environments common in the solar energy industry. With characteristics like low-mixed viscosity for tight-fitting PCBs, minimum high-temperature weight loss and longer gel times, Epic Resins has the temperature resilient potting solution for your solar power components.

Get in touch with our resin experts to learn more about the best encapsulants for battery systems.
 

Electronic Potting and Casting Materials for Solar Power Systems

Epic S7253 - 2-Component, UL 94V-0 Recognized Polyurethane

Epic S7253 series products are two-component, UL 94V-0 recognized polyurethane compounds designed for electronic applications requiring encapsulation. The low weight loss of S7253 series at elevated temperature suggests this product is suitable for applications that can reach up to 125°C. The S7253 series is currently utilized in a variety of applications, including automotive applications that require thermal cycling between -40°C and 85°C. The S7253 series of products feature good thermal conductivity and good adhesion to metals and plastics. The S7253 series of products meets RoHS requirements.

Epic S7302 - Tough Urethane Material for Electronic Potting

Epic S7302 is a tough urethane material designed for electronic potting applications. The chemistry of S7302 lends itself well to products that are exposed to a wide range of temperatures. S7302 is adequate for applications that are thermal cycled between -40°C and 135°C with excursions up to 160°C. S7302 also features good moisture resistance and good adhesion to various metals and plastics.

Customized Resins for Solar Battery Systems

Epic Resins has a long history of working with OEMs to create custom potting compounds and adhesives designed specifically for their product applications. Our technicians dig deep into the requirements of your component, testing your resin formulation in environmental simulations to ensure the product will operate efficiently and safely. We consider the application method of your resin, as well as the end purpose to give you a potting compound or adhesive that is as simple to use as possible, all while maintaining the industry-leading quality we're known for.

Why Epic Resins?

 

Contact the solar battery potting compound formulators for the best renewable energy battery protection equipment.

Epic Resins epoxy resin formulations and applications

Epoxy Resin Materials

  • 1 component
  • 2 component
  • Polyurethane potting compounds
  • Electrical potting compounds
  • Thixotropic epoxy compounds
  • Anhydride cure
  • Battery potting compounds
  • Adhesives and bonding materials
  • Polyurethane elastomer
  • Flame Retardant Polyurethane
  • Electronic encapsulation
  • Low hardness polyurethane
  • Aliphatic polyurethane compound
  • UL-Recognized potting compound
  • Thermally conductive epoxy

Benefits of polyurethanes over silicone potting

  • Lower cost of materials results in a more economical polymer
  • Better bond strength to substrates and cases
  • Durable and efficient in optimal operating temperatures range
    • Low temperature: -60°
    • High temperature: 150°C
  • Higher chemical resistance to more chemical compounds
  • Reduced water vapor permeability increases water-resistance of sensitive components
  • More flexible formulation allows polyurethanes to be formulated soft or rigid
  • More strength, elongation, and abrasion resistance
  • Reduced outgassing from material
separation and air filter adhesives