Novagard G624 Dielectric Silicone Compound, Mil-S-8660C, 5.3 oz Tube

Novagard G624 Dielectric Silicone Compound, Mil-S-8660C, 5.3 oz Tube Review

Novagard G624 Dielectric Silicone Compound, Mil-S-8660C, 5.3 oz Tube Feature

• Great dielectric properties and resistance to moisture, corrosion, and oxidation
• Excellent o-ring,gasket,rubber and plastic lubricant
• Wide temperature range -55ºC to 150ºC (-65ºF to 300ºF)
• Conforms to SAE AS-8660 (formerly Mil-S-8660C)
• Smooth consistency for easy application

Novagard G624 is an amorphous fumed silica thickened, polysiloxane based compound. Originally formulated to conform with the specifications outlined in SAE AS-8660; G624 is an excellent water barrier with superior corrosion protection properties. Novagard G624 is a general purpose compound formulated specifically for use as a water repellant coating to prevent corrosion, especially in critical applications that require good dielectric properties. G624 offers superior corrosion protection to many metal substrates, and proven compatibility with a wide range of plastics and elastomeric materials. By combining silicone-lubricating fluids with various thickeners, grease and grease-like compounds with unique physical properties and performance characteristics are created. Novagard is a leading manufacturer of these silicone greases and compounds, which are ideally suited for use in hostile environments and critical lubrication applications. Under most circumstances, silicone-based products provide for a longer service life than many other materials currently available. Extremely versatile products, these compounds offer benefits in a variety of applications. Novagard uses only non-reactive polysiloxane fluids and inorganic fillers to produce very stable, chemically inert, silicone compounds with outstanding physical properties. Choose Novagard silicone compounds for lubrication of plastic and rubber parts, to provide a moisture barrier or seal with good dielectric properties, as a non-corrosive protective coating for high-voltage insulators, or as a heat transfer agent. Each compound will offer specific performance advantages. While more than one product may function in your application, full examination of your specific operation and specifications will usually determine which product is best for you. Do not use in or around highly oxidative chemicals such as liquid oxygen, chlorine, or peroxides.