Raytech Magic Power Gel: Powerful Lubricant Sealant Insulator and Protectant
Although the marketplace is abounding in various types of potting gels, the dielectric gel by Raytech is a class of its own. These gels are designed as tune-up greases and are silicone-based fluids that protect electrical connections from the elements of nature. It has a wide range of applications, including underwater wiring in pumps, swimming pools, ponds, underground sewerage systems, and tunnels. Also, outdoor lighting schemes, campers, communication towers, satellite dishes, streetlights, and many more.
Formulation of Dielectric Gel
Like any other gel, dielectric gel is formulated from multiple components. Dielectric gel is formulated with a silicone base and a thickener. It comes in different looks; however, Raytech Magic Power Gel is a dense blue gel.
How’s Raytech Potting Gel Unique?
RayTech dielectric gel is differently formulated, unlike common greases on the market. It is designed to protect and insulate electric systems. Dielectric gel is dense and may not dissolve in liquids. Thus, it is most effective for marine and outdoor applications. It acts as a powerful lubricant for the rubber parts of electrical connectors and spark plug wires. Also, helps protect electrical connections on your boat.
Dielectric Gel Has Specific Uses
As mentioned above, the dielectric encapsulating gel has a wide range of applications. Its multi-purpose uses come as a lubricant, a sealant, an insulator, and a protectant. These are some of the specific uses:
- Battery terminals
- Spark plug boots
- Bulb sockets
- Trailer connectors
- General electrical connections
- General plastic or rubber lubrication
Method of Using Dielectric Gel
Raytech Magic Power Gel may be applied to the metal parts of just about all electrical connections that are outdoors. Its purpose is to protect the connection from contamination and corrosion. Make sure the gel doesn’t fill the space between the mating surfaces, as that will cut off the electricity flow. Before using the magic gel, talk to your local dealer.
Designed For Marine Applications
RayTech dielectric gel is an easily curable sealant used for electrical sealing, lubricating, protecting, and insulating. This product seals connectors subjected to the elements and assists the electric current to flow easily during rain, fog, and salt spray. It works in fluctuating temperatures between -60°C to +200°C. Doesn’t melt, freeze or harden. The gel can lubricate without adding bulk, to keep contacts clean. It is also resistant to dirt, moisture, rust, and oil.
Hence, this dielectric gel is used by mariners who apply it to battery terminals, spark plugs, electrical contacts, shore power inlets, and boat electronics connectors. It is also an effective encapsulant for trailer plugs, light bulbs. It allows for a smooth connection and disconnection of fish finders. It is useful for all electrical components that are exposed to the elements.
Features Of RayTech Magic Power Gel
- Ready to use – This contact lubricant requires no additional mixing or chemical additives.
- Exceptional protection from corrosion – Powerfully seals connectors exposed to the elements
- Self-amalgamative – Lubricates, keeps contacts clean, doesn’t wear easily
- Performs well in extreme conditions – Keeps electrical performance intact during rain, fog, salt spray, and temperature extremes. Especially designed for marine applications
- Temperature resistant – Keeps performing in all seasons. Won’t harden, freeze, dry, or melt if the temperature fluctuates
- Multi-surface safety – Won’t damage rubber and plastics.
- Easy to remove – With petroleum distillates
- Is an effective electrical insulator and ensures proper flow of electricity
The Bottom Line
RayTech Magic Power Gel is bestowed with great stress relief properties. That is why this is a revolutionary product which has found extensive use for electronic circuits. It protects the circuit from being damaged by contaminants. Besides providing electrical insulation for high voltages, the dielectric gel also protects electronic circuits from thermal and mechanical stresses.