Silpak, Inc

SILPAK 037.jpg

Silicone Tin RTV

Silicone Deadener Fluid

Attention, open in a new window. PDFPrintE-mail

F-1000 dimethylpolysiloxane fluid is characterized by a high flash point and low surface tension. F-1000 is used to “Deaden” RTV’s and lower hardness by adding it to the Silicone RTV system, providing a unique “feel” that is unachievable with other silicone fluids. With increased amounts of softening agent, gel and cure times will be prolonged with a possible permanent gel state at 250% levels. **NOTE: Catalyst should be calculated at the amount of A-side (Base) only-- prior to the addition of fluid.

The silicone fluid has exceptional properties as indicated below:

· Excellent resistance to oxidation and hydrolysis.

· Chemically inert and non‑corrosive.

· Excellent resistance to atmospheric constituents, such as oxygen, ozone, water and ultraviolet radiation.

· High compressibility.

· Small change in viscosity due to variations in temperature.

· Incompatibility with organic substances.

· Low surface tension.

Typical Properties of Silicone Fluid:



Viscosity @ 25C (77F) in centistokes F-1000

Specific Gravity @ 25C (77F) 0.97

Flash Point, Open Cup F 570F

Refractive Index @ 25C 1.403

Surface Tension, dynes/cm 20 – 21

Shelf Life: 12months

*These properties are typical values and are not intended for use as specifications.
Mixing Instructions

Add F-1000 fluid to the Silicone RTV rubber mix. Catalyst of RTV should be calculated at the amount of A-side (Base) only-- prior to the addition of fluid. The addition of 10-15% fluid will lower the hardness by 5-10 points. RTV performance will decline in terms of strength and increase cure time with higher levels of fluid. Pre-test to ensure satisfactory performance.

The information and data contained herein are based on information we believe reliable. Each user of the material should thoroughly test any application and independently conclude satisfactory performance before commercializing. Suggestions of uses should not be taken as inducements to infringe on any particular patent.