3M MPP+ 7 X 7 FIRE BARRIER MOLDABLE PUTTY P
Product Overview
3M™ Fire Barrier Moldable Putty Pads MPP+ are a one-part firestop material used in various fire-rated assemblies, such as electrical box protection. Designed to prevent the spread of fire, smoke and noxious gasses, this intumescent material comes ready to use in convenient 1/10" (2.54 mm) thick pads that are conformable by hand with no mixing or tools. Pads are firestop tested up to 2 hours.
- Attributes
- Documents
- Application
- Attribute
- Item Features
- Standards
Brand3M™
ColorRed
CompositionZinc Borate 2335, Polymer NJTS Reg. No. 04499600-7177, Polybutylene, Sodium Silicate, Methyl Esters of Hydrogenated Rosin, Melamine Phosphate, Glass Wool, Butadiene-Styrene-Meta-Divinylbenzene Polymer, Alpha-Methylstyrene-Isoamylene-Piperylene Polymer,
Country of OriginUS
Fire Rating4 hr
Flammability Rating1
FormSolid
Manufacturer Name3M
Odor/ScentPine-Like
Specific Gravity1.25
TypeMoldable
VOC Content<1 g/L
For protection of membrane penetrations for listed metallic and non-metallic electrical boxes, wall opening protective to meet building requirements, seal gaps between cables in multiple penetrations including fiber optic inner duct, insulated pipe, electrical conduit and metal pipe penetrations applications
Composition~Zinc Borate 2335, Polymer NJTS Reg. No. 04499600-7177, Polybutylene, Sodium Silicate, Methyl Esters of Hydrogenated Rosin, Melamine Phosphate, Glass Wool, Butadiene-Styrene-Meta-Divinylbenzene Polymer, Alpha-Methylstyrene-Isoamylene-Piperylene Polymer, 4,4'-Isopropylidenediphenol-Epichlorohydrin Polymer, Water, Rayon Fiber, Amorphous Silica, Rosin
- Provides draft and cold smoke seal, helps reduce noise transfer
- Excellent adhesion to a wide range of construction materials
- Non-corrosive to metal, and compatible with synthetic cable jackets
- Applied by hand, with no mixing or tools
ACGIH Approved|AIHA Approved|ASTM Approved|ECCN: EAR99|EPA Certified|CMRG Certified|IBC Certified|NFPA 5000|NEC Certified|NFPA 70|NFPA 101|OSHA Compliant|UL Listed|CAN/ULC S115