| Boiling Point | : | 104 deg F |
| Color | : | Cloudy White |
| Composition | : | 30 to 60% Methylene Chloride, 10 to 30% Propane, 7 to 13% Isobutane, 1 to 5% Octadecanoic Acid and Octadecanoic Acid, Zinc Salt, 0.1 to 1% Benzene, Ethyl |
| Container Type | : | Aerosol Can |
| Form | : | Gas |
| Net Content | : | 18 oz |
| Odor/Scent | : | Ethereal |
| Specific Gravity | : | 1.37 to 1.41 |
| Vapor Pressure | : | 45 to 55 lbf/sq-in |
| Viscosity | : | 7 sq-mm/s at 25 deg C |
Pipe-Dri is an aerosol insulation which provides a moisture barrier to stop sweating and dripping on refrigeration lines, air conditioning lines, and other cold surfaces. Quickly adheres and dries to a hard water proof coating. Pipe-Dri's spray pattern permits spraying of odd shaped fittings and makes it possible to insulate hard to reach areas. Sweating and dripping are eliminated by this durable, waterproof protective barrier. It separates the warm moist air and the cold surface, preventing condensation from occurring. Pipe-Dri offers the ability to apply on odd shaped fittings and hard to reach areas. Reapplication will continue to build thickness as required. One can will normally cover approximately ten ft of 1 in water pipe or eight square ft of flat surface area with two coats. Ideally, the product should be at room temperature (70- 75 deg F) and the surface to be coated at a lower temperature. A thick application is hard to form on warmer surfaces (above 80 deg F), however, a thicker coat may be achieved by applying 2 or more light coats. Once a coating has been allowed to dry and harden, it will be stable at temperatures up to 120 deg F.
Nu-Calgon Pipe-Dri® Cold Pipe Insulation Spray, 18 oz Net Content, Aerosol Can Container, Composition: 30 to 60% Methylene Chloride, 10 to 30% Propane, 7 to 13% Isobutane, 1 to 5% Octadecanoic Acid and Octadecanoic Acid, Zinc Salt, 0.1 to 1% Benzene, Ethyl, Gas Form, Cloudy White, Ethereal Odor/Scent, 1.37 to 1.41 Specific Gravity, 104 deg F Boiling Point, 7 sq-mm/s at 25 deg C Viscosity, 45 to 55 lbf/sq-in Vapor Pressure