description
Applying: The substrate must be free from contamination, i.e. dirt, oil grease, etc. Clean the surface by wiping with a suitable solvent/cleaning agent and dry thoroughly. Handling strength is achieved in 24 hours at 75°F (24°C) (loads on the product should be limited until full cure is achieved). Curing: Dapco 2100 is generally cured at ambient temperatures above 55°F (13°C). Moisture helps develop final properties (a relative humidity ranging between 30% - 70% is preferred). Optimum physical properties are developed when the product is cured a minimum of seven days for sealing applications, and 14 days for faying surface applications at 75°F (24°C) and 50% R.H. Cure may be inhibited by proximity or contact with a variety of materials including old RTV silicone sealant of the tin-cure variety, polysulfide, sulfur, amine and amide compounds, natural, nitrile or other organic rubbers, paper masking tape, plasticizers, lubricants, release agents or solvents. Cleanup: Before the material has cured, the excess may be removed using commercial solvent. For optimum removal of silicone residue prior to paint or coating application, Dapco 2000 diluent is recommended.
features
- Excellent fire resistance to 3500°F (1927°C)
- Service temperature of -65°F to 400°F (-54°C to 204°C)
- Universal primerless adhesion to diverse substrates
- Offers non-inhibition curing characteristics against other sealants and adhesives
- Good resistance to aerospace chemicals
- Extended application time
- One part premixed room temperature stability
- Non-Volatile Content of 96%
- Qualified to BMS 5-63, AMS3374, BAMS 552-004, and CMNP009
applications
- Dapco 2100 is most commonly used as a coating, sealant, or filleting material in the construction, repair and maintenance of all types of aircraft.
specifications
- BMS 5-63
- AMS3374
- BAMS 552-004
- CMNP009
availability
Kit Sizes: 2.5 oz, 6.0 oz
properties
Color | Grey |
Consistency | Thixotropic Paste |
Viscosity | >20,000 poise (>2,000 Pa-s) |
Cured Specific Gravity | 1.37 |
Thermal Conductivity ASTM E 1225 | 0.224 W/m-K |
Shore Hardness ASTM D 2240 | Shore A: 50 |