Dow 94-011 Fluorosilicone Channel Sealant

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Description for Dow 94-011 Fluorosilicone Channel Sealant

Superior sealing characteristics under exposure to fuels and oils; non-curing; good tack adhesion; essentially unaffected by shock, vibration and thermal cycling.

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Application Type	Coat, Seal, Bond, Repair
1 Part or 2 Part	1 Part
Material Form	Putty
Substrate	2024 Clad aluminium
Manufacturer	Dow
Chemistry	Silicone: Fluorosilicone
Cure Temperature (°C)	90
Cure Time (min)	1,440
Viscosity (cPs)	Putty
Color	Gray
Chemical Resistance	Fuel, Oil
High Temperature Resistance (°C)	200
Low Temperature Resistance (°C)	-55
Density (g/cm³)	0.002

Best Practices for Dow 94-011 Fluorosilicone Channel Sealant

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Technical Data for Dow 94-011 Fluorosilicone Channel Sealant

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Overview

Application Type
- Coating - Coat
- Adhesive - Bond
- Repair & Maintenance - Repair
- Sealant - Seal
1 Part or 2 Part
- 1 Part or 2 Part - 1 Part
Material Form
- Putty
Substrate
- Metal - 2024 Clad aluminium
Industry
- Other Transportation - Aircraft fuel tanks
Chemistry
- Silicone: Fluorosilicone
Application Method
- Dispenser - Air-gun, No.223 Grover air operated aircraft sealant gun
Cure Method
- None - Non-Curing
Color
- Gray

Specifications

Cure Specs

Cure Temperature (°C)	90	Test Method
Cure Time (min)	1,440	Test Method
Viscosity (cPs)	Putty

Bond Strength

General Bond Strength (psi)	Good tack adhesion

Material Resistance

Chemical Resistance	Fuel, Oil
High Temperature Resistance (°C)	200
Low Temperature Resistance (°C)	-55

Other Properties

Density (g/cm³)	0.002	Test Method

Business Information

Shelf Life Details	When stored at or below 32°C in the original unopened containers, this product has a usable life of 60 months from the date of production.
Shelf Life Type	from the date of production
Shelf Life (mon)	60

Best Practices for Dow 94-011 Fluorosilicone Channel Sealant

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1. Application
  
  Although any high pressure sealant gun may be used, the No. 223 Grover air operated aircraft sealant gun is recommended by the U.S. Navy and Air Force, and is covered by a national stock number for both branches. The gun is made by Grover Manufacturing Corporation, Montebello, California 90640. To utilise the cartridge, the sealant container supplied with the Grover gun must be replaced with a special Semco Cartridge Adapter Kit, available from Semco P.O. Box 61037, South Station, Los Angeles, California 90061. The adapter is easily attached and has been assigned national stock numbers.
  
  DOW CORNING 94011 Fluorosilicone Channel Sealant is injected from the gun directly into the channel, port by port, so the channel is filled sectionally. Starting at either end of the wing, the first two ports are opened. The sealant is injected in the first port, travels the length of the channel between the ports (usually 1015cm), and exits from the second port. The first port is then closed and the third opened. The sealant is then gunned into the second port until it exits from the third port. The procedure is followed until the entire wing channel has been sealed, section by section. With the exit ports opened, the sealant will not be forced to the faying surface or into the fuel tank, the exiting sealant indicates a fully sealed, leak free channel section. When injecting DOW CORNING 94011 Fluorosilicone Channel Sealant, the gun nozzle should be in direct contact with the port. The use of a hose connection between the gun and injection port should be avoided, as it considerably reduces outlet pressure. If it is impossible to place the gun nozzle directly into the port, and a hose must be attached, the following suggestions should be followed: Use as short a hose as possible.
  
  Increase the input pressure to permit the maximum allowable output pressure at the nozzle if it can be done safely and is permitted by the aircraft manufacturer.
  
  Inject over as short a distance as possible.
  
  Usually the port diameter is smaller than the channel is wide. This diminishes the sealants flow rate from the port. The size of the grease fitting used to inject the sealant and the exit port diameter may contribute to a slower flow rate. For example, if the exit port is 6mm in diameter and the I.D. of the grease fitting is 1.5mm, the exit bead will be very large compared with the injected bead. The operator should consider a reduced rate of exit normal. Do not skip ports. DOW CORNING 94011 Fluorosilicone Channel Sealant should not be injected beyond the next port because of lack of back pressure that develops. Laboratory tests have demonstrated that forcing the sealant 30cm through a channel can take seven times as long as it would to move the sealant 15cm along the same channel.
Comparable Materials for Dow 94-011 Fluorosilicone Channel Sealant

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Spec Engine^® Results
- Dowsil Q4-2805 Fluorosilicone Channel Sealant(Dow)
  Superior sealing characteristics under exposure to fuels and oils; non-curing; good tack adhesion; essentially unaffected by shock, vibration and thermal cycling.
- 94-031 Fluoro CHN(Dow)
  One part, fuel-and oil-resistant compound. Superior sealing characteristics under exposure to fuels and oils. Easily injected and reinjected. Good tack adhesion.
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