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PFPE Grease

P-EG 3000 Non-Flammable PFPE Grease for Clean Rooms and Electronics

P-EG 3000
minimum order
1 piece
Supply Ability
10000piece / Month
Country of Origin
China
Stock Time
3Day
Quantity:
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P-EG 3000 Non-Flammable PFPE Grease for Clean Rooms and Electronics

P-EG 3000 grease has an Oil Viscosity of 500 cSt at 38°C and the estimated useful temperature range is -29°C to 316°C.
Non-Reactive- Non-Flammable lubricant series
Category: EG Greases
Tags: PFPE grease, non-flammable clean room lubricant, high temperature electronics grease, perfluoropolyether grease, chemically inert bearing lubricant.

Detailed Information

- Product Type: Perfluoropolyether Grease
- Appearance: White, creamy texture

Performance Characteristics

P-EG 3000 grease is a semisolid material that uses a thickener to hold the oil in place. The base oil is the largest component of any grease, but the grease's thickener and additives can also have a large impact on contamination of a clean room. Commonly used thickeners are metallic soaps of lithium and aluminum, solids like clay and silica, or solid polymers such as polytetrafluoroethylene (PTFE) and polyurea. P-EG 3000 grease reduces the volume of lubricant needed from what would be typical in an oil system. Lubricants for use in clean rooms require base oils that have been specially distilled to remove the more volatile, lighter molecules that might evaporate easily. In addition, the use of special thickeners that do not contain metals, reactive compounds, or large particles is also necessary to meet some clean room standards.
Hydrocarbon, polyalphaolefins (PAO), synthetic esters, silicones, polyphenyl ethers (PPE), and perfluoropolyethers (PFPE) are a few common base oils used in the clean room environment. The least expensive choice is hydrocarbon- or PAO-based lubricants. These common base oils have good wear properties and can accept common additives, but often, they don't handle high temperatures and minimal outgassing requirements. In addition, the additives necessary to keep them stable are reactive and can cause problems if they get on critical components. Synthetic ester base oils have higher thermal stability, but are more reactive and cannot be used with some elastomer seals and plastic materials.

Application Areas

Electronics
Circuit Boards
Bearings
Valves
Chains
Rollers
O-Rings