Utilizing the right thermally conductive epoxy potting compounds is critical for producing quality parts, components, and other products requiring conductivity. Epic Resins manufactures various thermally conductive epoxy potting and encapsulating compounds to meet your electrical insulation needs when it comes to the manufacturing of your relays, capacitors, or resistors. Our thermally conductive epoxy compounds are unparalleled in strength and provide outstanding heat transfer and dissipation. They can replicate different hardness levels ranging from gel to glass.
Epic Resins has decades of experience in specialty epoxy and polyurethane resins. Our professional staff uses superior customer service to work with clients to solidify their manufacturing production process. Our expertise provides clients the ability to maximize proactive product development and supply consistency to achieve maximum value.
Thermal potting compounds are custom formulated by Epic Resins, featuring excellent resistance to shock, vibration, chemicals, and extreme temperatures, to improve the durability of your electronics. Use our thermally conductive epoxy potting compound formulations for all of your relay, resistor, and capacitor application needs as well as LED packaging, power supplies, and other electronic products requiring superior conductivity and durability. With a variety of electric potting compound options which feature low temperature cures, great electrical properties, and excellent structural integrity, Epic Resins has an epoxy resin for every application:
- Relays: Operate as an electrical switch, used to route power to several circuits from one signal
- Resistors: Regulate flow and current levels, among other things, in electronic circuits
- Capacitors: Stores energy and enhances capacitance, and does not dissipate energy
Electronic components can be damaged by moisture, corrosion, and extreme temperatures when not protected. Our thermal potting compounds enable even heat distribution, preventing overheating and short circuits. We carry both one and two component compounds which are all 100% solvent free. After using our thermally conductive epoxy potting compounds on your electronic applications, it will quickly cure and harden, permanently protecting fragile electrical components. Using special techniques you can remove epoxy potting for reasons such as modifying or repairing a component.
Epic Resins thermally conductive potting compounds custom-formulated to fit your requirements for processing and end use. We send in many of our potting materials to be UL rated and certified for enhanced fire resistance. Whether you are looking for a high-temperature potting compound for relays, resistors, and capacitors or an epoxy resin for potting electronics of all types, Epic Resins has the high-quality epoxy compounds for you.
Epic 0154 is a low-temperature cure, thermally conductive epoxy potting compound for electrical components. Epic 0154 features low-temperature cure, good electrical properties, minimal settling characteristics and good heat transfer in a single component epoxy. Epic 0154 thermally conductive epoxy has supreme structural strength and integrity to provide long-lasting, reliable performance. Epic 0154 has excellent shelf-life stability for a one-component heat cure epoxy resin.
Epic S7397-01 is a two-component electrical grade thermally conductive epoxy potting resin. Epic S7397-01 is designed with a convenient 1:1 by weight or volume mix ratio along with a long gel time and slow cure. Epic S7397-01 thermally conductive epoxy combines superior structural integrity with exceptional heat transfer properties for high-quality performance. Epic Resins S7397-01 is non-blushing, resulting in attractive parts when cured. S7397-01 is recognized by UL, meeting the 94 V-0 fire retardancy standard.
Epic S7076 is a two-component, 100% reactive, electrically and thermally conductive epoxy compound. S7076 has been designed as a cushioning compound to act as an interface between the metal pole piece and the rigid epoxy on an electrical bushing. S7076 has a strong, inherently rugged structure to offer superior performance, even under harsh conditions. S7076 eliminates stress fractures in the epoxy compound that results in corona discharge failures. Epic S7076 adheres well to most metals and is designed to prevent running and dripping during application.
Epic S7133 is a general-purpose, two-component, thermally conductive epoxy potting/casting compound. Epic S7133 has been designed with a convenient 1:1 mix ratio by weight or volume and uses a less abrasive filler making S7133 suited for meter-mix dispense applications. Epic S7133 is a thermally conductive epoxy with a strong internal structure to perform in an exceptional way under the harshest circumstances. Epic S7133 lends itself well to applications where good electrical and good thermal conductivity are required in a room temperature curing system.
Epic 0126 is a thermally conductive potting compound and/or adhesive for electrical components featuring good electrical properties, minimum settling characteristics and good heat transfer in a single component epoxy. With strong structural integrity, this thermally conductive epoxy compound offers long-lasting, reliable performance. Applications for 0126 include coils, electronic encapsulation, and relay encapsulation.
EPIC S7188-03A/B is a fire-resistant, two-component, filled epoxy potting and casting system. EPIC S7188-03A/B features a low mixed viscosity to allow for complete air release, a convenient mix ratio, and very low shrinkage. S7188-03A/B is designed to pass UL94V-0.
Epic R1015/H5005 is a thermally conductive epoxy that excels as a potting compound in a variety of electronic applications. The major features of the system include a stabilized filler to reduce settling and minimal development of stresses after curing. The latter feature especially qualifies this system for use with delicate and heat-sensitive electronic packages. Epic R1015/H5005 thermally conductive epoxy offers heavy-duty vibration and elemental protection in a strong, durable structure to provide long-lasting electronic performance.
Epic R1000-01 is a filled high viscosity, modified thermally conductive epoxy resin. The resin is stabilized to permit the successful use of dispensing equipment, as well as manual batch processing. Room temperature and elevated temperature curing options are available. R1000-01 has a high-quality structure designed with exceptional strength and heat transfer properties. When combined with appropriate hardeners, Epic R1000-01 resin has been successfully used in a variety of applications such as capacitors, resistors, diodes and torch heads.
Epic R1009/H5017 is a filled, high viscosity, thermally conductive epoxy resin system. The resin is stabilized to permit the successful use of dispensing equipment as well as manual batch processing. Epic R1009/H5017 thermally conductive epoxy resin is strong and has excellent structural integrity which won’t be compromised by extreme heat or environmental factors. The substantial heat transfer and electrical insulation properties of the R1009/H5017 compound provide exceptional performance. R1009/H5017 is a room temperature electrical potting compound that has been successfully used in a variety of applications such as capacitors, diodes, resistors, and torch heads.
For industries relying on some form of thermal power, our epoxies are made thermally conductive and thermal-shock resistant. The polyurethane potting compound provides the necessary insulating protection for components, maintaining proper part functionality and sustainability for industries like:
To work as efficiently as possible, wind turbines require quality polyurethane potting compounds to insulate components like stators and primary motor windings against extreme heat and constant motor rotation. Our resin spread-loads the heat, minimizing the damaging effects occurring over time. As the turbine’s exposure to heat increases, a cheap resin will crack and expand, failing to do its job. Epic Resin’s polyurethane and epoxy potting compounds are made thermal shock-resistant, ensuring they won’t break down or lose their form due to rapid weather changes. Our resins are reliable in any situation.
Though solar panels are made for prolonged heat exposure, their components still must be protected with our polyurethane potting compound. Made thermally conductive and thermal shock-resistant, our special resin withstands extreme weather conditions, maintaining its shape and chemical structure while protecting vital surface mount technologies and PCB components.
Contact Epic Resins to consult with our thermal potting compound manufacturers and for formula or pricing information.