About Epoxy Based Potting Compound For Electrical Circuit And PCBs
Discover the ultimate solution for PCB protection with our Epoxy Based Potting Compound for Electrical Circuits and PCBs. Combining cost-effectiveness with unmatched dielectric strength (>18 kV/mm), this exceptional compound ensures reliable insulation and outstanding thermal conductivity (0.8 W/mK). The noteworthy 100:10 mix ratio (Resin:Hardener), instant checkout, and best price guarantee make it your glorious choice. With a pot life of 30 minutes at 25C and self-extinguishing flame retardancy, its ideal for commercial use. Superior adhesion, moisture resistance, and excellent hardness (Shore D 80) define its performance.
Application Methods and User Segments
This epoxy-based potting compound is applied by mixing the resin and hardener in a 100:10 ratio, followed by pouring or injection directly onto electrical circuits and PCBs. Its high viscosity ensures deep penetration and full coverage. The application media typically include commercial electronic enclosures and PCB housings. Used by manufacturers, exporters, service providers, and wholesalers across industries, its versatility meets the needs of various sectors seeking durable and moisture-resistant electrical protection.
Logistics, Delivery, and Payment Terms
This product is responsibly handed over through Indias leading logistics channels, ensuring safe and timely delivery. Standard FOB port options are available, with flexible payment terms to cater to your business needs. Our noted supply ability guarantees consistent availability, regardless of order size. The compound, packed in plastic jars, is shipped securely so that you receive it in pristine condition, ready for immediate commercial application. Enjoy streamlined order fulfillment and dependable service.
FAQs of Epoxy Based Potting Compound For Electrical Circuit And PCBs:
Q: How is the epoxy potting compound applied to electrical circuits and PCBs?
A: Mix the resin and hardener in a 100:10 ratio, then pour or inject the prepared compound onto the desired area, ensuring even distribution for complete coverage.
Q: What are the key benefits of using this potting compound for PCBs?
A: Its exceptional dielectric strength, excellent adhesion, and self-extinguishing flame retardancy ensure superior protection, electrical insulation, and safety for sensitive PCB components.
Q: Where should the product be stored to maintain its shelf life?
A: Store the compound in a cool, dry place away from direct sunlight to preserve its effectiveness and maintain a 12-month shelf life.
Q: What is the typical curing time for this compound at room temperature?
A: It cures fully in 24 hours at room temperature, ensuring efficient processing and quick turnaround times for commercial production.
Q: Who commonly uses this potting compound and what is it best suited for?
A: Manufacturers, service providers, exporters, and wholesalers use this compound primarily for electrical potting and PCB protection in commercial applications.