NO SWEAT Aerosol
Prevent Condensation and Moisture Damage
NO SWEAT is the professional’s choice for applying instant insulation and condensation control in challenging environments. This ready-to-use aerosol delivers a durable, waterproof modified acrylic coating specifically designed to end dripping and sweating on all your cold lines and surfaces. The formula contains millions of micro air cells that act as a superior thermal break, instantly separating warm, moisture-laden air from cold pipes. Unlike messy wraps or prefabricated insulation, NO SWEAT’s precision spray application easily conforms to and coats complex contours like valves, tees, and fittings. It’s the perfect tool for insulating those hard-to-reach areas where traditional insulation simply cannot go. It adheres quickly and dries to a hard, flexible white finish that prevents cracking or peeling, creating a permanent moisture barrier on refrigeration, A/C, and cold water lines. Users can easily build up the thickness by applying multiple coats to meet specific insulation requirements. Once dry, the white, stipple-effect finish is paintable and stable up to 120°F (49°C). One can covers approximately 10 feet of 1-inch pipe or 8 square feet of flat surface with two coats.
Key Features and Benefits:
- Durable and Long-Lasting: Provides long-term protection against condensation.
- Instant Moisture Barrier: Stops sweating and dripping with durable, waterproof coating.
- Flexible & Hard-Drying: Adheres quickly and remains flexible enough to resist cracking.
- Custom Thickness: Multiple coats can be applied to build up the insulation as needed.
- Paintable: Can be painted to match surrounding surfaces, dries to a white finish.
- Coverage: One can covers approximately 10 feet of 1-inch pipe or 8 square feet of flat surface with two coats.
Part Number; Size
Directions:
This product must be used in accordance with the following directions and by professionals only.
- Prep: Ensure surface is clean and completely dry. Product application is ideal when the can is at room temperature 70°F – 75°F and the surface is cold.
- Shake: Shake the can vigorously for one minute before and occasionally during use.
- Spray: Hold the can 6-10 inches from the surface and apply with a smooth, sweeping motion.
- Coat Thinly: Apply several thin coats rather than one thick coat. If the coating runs, the can is too close.
- Dry: Allow each coat to dry thoroughly for several minutes before applying the next coat.
- Clean Nozzle: To prevent clogging, invert the can and spray briefly after use to clear the nozzle.
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SDS
⚠️ NO SWEAT SDS – DOWNLOAD
1. Identification & Supplier Details
| Product Name |
No Sweat Aerosol – MeCl Free |
| Product Number |
NS-1 |
| Recommended Use |
Pipe insulation coating |
| Supplier |
Vapco Products, Inc. |
| Address |
401 Marshall Road, Valley Park, Missouri 63088, United States |
| Emergency Phone |
(800) 255-3924 |
2. Hazard Identification & Composition
| GHS Classification |
Acute toxicity (inhalation/oral) Cat. 4; Flammable aerosols Cat. 1; Gases under pressure (liquefied gas) |
| Signal Word |
DANGER |
| Hazard Statements |
Extremely flammable aerosol; Contains gas under pressure, may explode if heated; Harmful if swallowed or inhaled; Harmful to aquatic life with long lasting effects |
| Hazardous Components |
CAS No. |
Concentration |
| Trans-1,2-dichloroethylene |
156-60-5 |
30 – 60% |
| Petroleum gases, liquified, sweetened |
68476-86-8 |
15 – 40% |
3. Physical & Chemical Properties
| Appearance |
Aerosol spray / Colorless liquid |
| Odor |
Chlorinated solvent odor |
| Flammability |
Extremely flammable aerosol |
| Flash Point |
42°F (trans-dichloroethylene) |
| Vapor Pressure |
> 100 mmHg |
| Density |
1.1-1.3 g/ml |
4. Stability & Reactivity
| Reactivity |
Stable under normal conditions of use |
| Incompatible Materials |
Reacts with some plastics, strong oxidizing agents, acids, and chemically active metals (Al, Mg, Na, K, Li) |
| Conditions to Avoid |
Excessive heat and sources of ignition |
| Hazardous Decomposition |
Carbon oxide(s), hydrogen chloride, and phosgene |
5. Toxicological Information
| Acute Inhalation |
Harmful if inhaled. High concentrations may cause CNS depression, dizziness, and narcotic symptoms |
| Cardiac Sensitization |
Chlorinated solvents may cause cardiac sensitization; avoid epinephrine |
| Skin/Eye Contact |
May cause dermatitis, defatting, and mild eye irritation (redness, tearing) |
6. First-Aid Measures
| If Inhaled |
Remove person to fresh air. Get medical attention. Observation for 48 hours is recommended |
| If Swallowed |
Rinse mouth. Do NOT induce vomiting. Obtain medical attention |
| Note to Physician |
Do not administer adrenaline or epinephrine to victims of chlorinated solvent poisoning |
7. Fire-Fighting & Accidental Release Measures
| Extinguishing Media |
CO2, alcohol-resistant foam, or dry chemical |
| Firefighting Hazards |
Explosion hazard; containers may rocket or burst in heat. Vapors are heavier than air |
| Spill Cleanup |
Eliminate ignition sources. Ventilate area. Contain spills with dikes or absorbents |
8. Handling, Storage & PPE
| Safe Handling |
Do not spray on open flames. Avoid breathing vapors. Wash hands thoroughly |
| Storage |
Store in a cool, well-ventilated place. Keep away from sunlight. Do not exceed 50°C/122°F |
| PPE |
Chemical safety goggles, fire/flame resistant clothing, and protective gloves. Use NIOSH-approved SCBA if limits exceeded |
9. Transport & Regulatory Information
| DOT/IMDG/IATA |
UN1950, Aerosols, flammable, Class 2.1 |
| SARA 311/312 |
Acute Health, Fire, Sudden Release of Pressure, Aquatic Hazards |
| TSCA Inventory |
All chemicals are listed or exempt |
10. Disposal & Ecological Information
| Disposal Method |
Dispose of in accordance with local/national regulations. Do not pierce or burn container |
| Ecological Hazard |
Harmful to aquatic life with long-lasting effects. Avoid release to environment |
| Biodegradability |
Components are not biodegradable |
11. Disclaimer & Preparation Information
| Prepared By |
Jessica Wilson |
| Date Prepared |
12/10/2024 |
| Disclaimer |
Information is accurate to the best of our knowledge. Suitability is the sole responsibility of the user |