Pipe Noise S.T.O.P.™: Vinyl Pipe Soundproofing Wrap
Mass Loaded Vinyl Pipe Wrap Lagging with Decoupler
- Reduces Sound Transmission
- Contains Intrusive Noise
- Improves Health and Safety
- Provides Thermal Insulation
Quieting Noisy Waste Lines
I want to finish part of my basement, but my main waste line runs along one of the walls and it’s very noisy when water goes gurgling through the pipe. How can I reduce the noise?
Noisy waste lines are a more common problem now that most main waste lines are plastic (PVC) rather than cast iron. The fastest and most reliable (but not necessarily the least expensive) solution is to install an acoustic pipe wrap insulation with a foam backing called “noise barrier with decoupler”.
Product Testing & Information
- Product Specs
- Acoustical Test Data
- MSDS
- Flammability
- CSI Specifications
- Installation Instructions
How to DIY Install Mass Loaded Vinyl Pipe Wrap
- Measure and cut: Measure the length of the pipe you want to wrap and cut a piece of soundproofing wrap that is slightly longer than the pipe to ensure full coverage.
- Prepare the surface: Clean the surface of the pipe to remove any dirt, dust, or grease that may hinder the adhesive or reduce the effectiveness of the soundproofing wrap.
- Apply adhesive (if applicable): If your soundproofing wrap has an adhesive backing, peel off the protective layer and apply the adhesive side of the wrap directly onto the pipe. Make sure to press firmly to ensure good adhesion.
- Wrap the pipe: Begin wrapping the soundproofing wrap around the pipe, starting at one end and working your way along the length of the pipe. Apply firm pressure to secure the wrap in place.
- Overlap the edges: As you wrap the pipe, overlap the edges to create a tight seal. This helps to prevent sound or vibration from escaping through gaps in the wrap.
- Secure the ends: Once you have wrapped the entire length of the pipe, secure the ends of the soundproofing wrap with tape or adhesive to ensure they stay in place.
- Repeat if necessary: If additional layers of soundproofing wrap are desired for increased sound treatment, repeat the wrapping process, overlapping the edges of each layer.
Inspect and adjust: After installation, inspect the wrapped pipe to ensure there are no gaps or areas where the wrap has come loose. If necessary, make any adjustments or reapply adhesive to secure the wrap properly.
Product Specs
Material
Mass Loaded Vinyl and PVC Foam with Decoupler
Features
High density limp material with acoustic foam decoupler to reduce noise transmission.
Applications
Reduces noise transmission through ceilings, walls, floors, machinery, & equipment, enclosures, PVC waste pipe, HVAC ducts. Apply on any solid surface or on floor under carpet for effective noise containment.
Thickness
3/8″ lb/sf
Sizes
54″ Wide × 20′ Roll; custom sizes available.
Decoupler
Polyurethane Foam
Colors
Black/Grey
Flammability
UL 94-HFTI Class C (Class A available upon request)
Installation
Metal collars or bands. Pipes can be wrapped and taped in place.
Acoustical Properties
Airborne sound transmission class/STC 27 per ASTM C423.
| Mass Loaded Vinyl Pipe Lagging w/Decoupler – Sound Transmission Loss (STC) | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| 125 | 250 | 400 | 500 | 1K | 2K | 4K | 5K | STC | |
| Pipe Lagging w/Decoupler | 13 | 17 | 19 | 21 | 28 | 33 | 40 | 42 | 27 |
Acoustical Transmission Loss properties are for a single layer of barrier material. Actual STC of acoustic pipe wrap insulation applied to piping or other structures will vary in performance.
Vinyl pipe wrap lagging dramatically reduces the amount of noise that transmits through the walls of ductwork, PVC and cast iron pipes. When a decoupler layer is added to the acoustic pipe wrap insulation, sound transmission is improved.
CAUTION: Polyurethane foam is flammable and may emit toxic fumes when burned. Do not use near open flame. Check local codes for allowed use. Manufacturer assumes no liability.
