Knowde Enhanced TDS
Identification & Functionality
- Product Type
- Technologies
- Product Families
Features & Benefits
- Labeling Claims
- Ready-to-Use Product Features
Applications & Uses
- Markets
- Applications
- Application Area
- Applications
- Spray Technique: Cross coat - 50% overlap
- Dry to Touch: 30-60 min.
- Min. Recoat Time: 30-60 min.
- Equipment Requirements: Airless/Air
- Substrate: CRS, HRS,GALV,AL.
- Surface Prep: SSPC-SP-6/Remove oil & grease
- D.O.T.: Non-Flammable
- Through dry: 10 - 12 hrs.
Properties
- Typical Properties
| Value | Units | Test Method / Conditions | |
| Filters | 60.0 | Mesh | - |
| Application Temperature | min. 50 | °F | - |
| Application Temperature | max. 85 | °F | - |
| Steel Temperature | max. 85 | °F | - |
| Steel Temperature | min. 50 | °F | - |
| Pump Pressure | 1500 - 1800 | psi | - |
| Required Dry Mils | 87.5 - 100 | micron | - |
| Required Wet Mils | 150 - 200 | micron | - |
| Solids by Volume | 50 - 54 | % | - |
| Solvent Type | Water | - | - |
| Tip Sizes | 6/19; 6/21’s | - | - |
| V.O.C. (Dehydrated) | 0.6 - 1.20 | - | - |
| Viscosity | 40 - 50 | - | J CUP |
Technical Details & Test Data
- Notes
* In coating application, the critical parameters are the relationship between surface temperature and dew point. The surface temperature must be a minimum of 5°F / -15°C above the dew point, with a minimum surface temperature of 50°F / 10°C.
** Aqua-Slip coatings will not lift or wrinkle when recoated. However, if the surface is to be recoated after 24 hours, it should be scuffed or lightly sanded to ensure proper inter-coat adhesion.
*** Aqua-Slip coatings made in Thermalbond polymer blends cannot be frozen. Certain Aqua-lust versions will pass 3-5 freeze thaw cycles. However, as with all waterborne coatings, they should be kept from freezing at all times.
- Dry times depend on humidity and total mils. The greater of either or both together will increase the time for the coating to dry. The reverse is also true, the lesser the humidity or mils decreases the time for the coating to dry. The use of air movement great assists in speeding up dry.
- Waterborne coatings will yield transfer efficiencies as high as 86-90% when proper tip sizes and pump pressures are used.