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D-5671NS
A safe and effective cleaning agent for avionics
Features
-
- Clear and colorless
- Solubilizes a wide range of soils and surface contaminants
- Highly efficient
- Evaporates quickly
- Non-ozone depleting, non-flammable, and plastic friendly
- Exhibits an extremely low solubility of moisture
- Contains low toxicity levels, a low odor, a low surface tension, a low GWP, and a very low surface residue
- Spray at any angle, even upside down without a loss in spray
- Use on electronic components and energized circuits.
- Low moisture solubility of D-5671NS lends it to applications, such as the displacement drying and the cleaning of water sensitive components.
- The high density of D-5671NS coupled with low viscosity and surface tension results in even surface coating and penetration into complex geometries.
- Spray D-5671NS directly into problem areas to loosen, lift, and flush away light to medium deposits of undesirable oils, greases, and oxide build-up.
- The D-5671NS aerosol can be used in conjunction with the Formit® extensions to provide targeted spray to areas that may be difficult to reach but need to be coated. Please refer to our Formit® technical data sheet for more information.
- For applications involving sensitive plastic or rubber components, Zip-Chem® recommends D-5665NS.
- Cadmium Removal Test (ASTM F483) (Meets test method requirements)
- Flash Point (ASTM D56) (Meets test method requirements)
- Hydrogen Embrittlement (ASTM F519-1c) (Meets test method requirements)
- Hydrogen Embrittlement (ASTM F519-77) (Meets test method requirements)
- Immersion Corrosion Test (ASTM F483) (Meets test method requirements)
- Low Embrittling Cd Plate (ASTM F111) (Meets test method requirements)
- Paint Softening Test (ASTM F502) (Meets test method requirements)
- Residue Test (ASTM F485) (Meets test method requirements)
- Sandwich Corrosion Test (ASTM F1110) (Meets test method requirements)
- Appearance: Clear / Colorless
- Boiling Point (°C): 41
- Flash Point (°C): None
- Liquid Density (g/ml): 1.37
- Low Heat of Vaporization (cal/g): 48
- Ozone Depletion: 0.00
- Surface Tension (Dynes/cm): 16.6
- Viscosity (cps): 0.45
- Vapor Pressure @ 23°C (73°F): 383
- VOC: 50% by wt.
- 16 fl oz (473 ml) Aerosol (006538)