
Loctite® Fixmaster® 209827 PC 7222 2-Part Wear Resistant Putty, 3 lb Kit, Paste Part A/Solid/Paste Part B Form, Dark Gray Part A, Gray Part B, Part A: 1.07/Part B: 2.228
OUT OF STOCK
Features:
- - Ceramic fibers that give this trowelable putty excellent wear and abrasion resistant properties under typical dry service temperatures of -29 to 107 deg C
- - Provides smooth, low friction finish for equipment exposed to wear, erosion, and cavitation
- - Renews worn surfaces fast reduces downtime
- - Small ceramic bead filled resists fine particle sliding abrasion, prolongs equipment life
- - D 89 shore hardness
- - 45 to 55 gel time at 25 deg C
- - Epoxy hardener part A, epoxy resin part B
- ABS Approved|CFIA Approved|ISO Certified|NAVSEA|NEHC|OSHA 29 CFR 1910.1200|GHS Certified
Part number:
Manufacturer Part No.: | 209827 |
UPC: | 079340987432 |
OUT OF STOCK
Specifications
Temperature Rating | -30 to 105 deg C |
Applicable Materials | Aluminum, Brass, Concrete, Iron, Plastic, Steel, Wood |
Application Time | 30 min |
Series | PC 7222 |
Specific Gravity | Part A: 1.07/Part B: 2.228 |
Container Size | 3 lb |
Flash Point | Part A: > 93 deg C, Part B: 250 deg C |
Composition | Part A: Aluminum Oxide, Diethylenetriamine, Alkyl Phenol, Silicon Dioxide, Epoxy Polyamine Adduct, 4,4'-Isopropylidenediphenol, Triethylenetetramine, Substituted Piperazine, Titanium Dioxide, Aluminum, Alkyl Phenol, Benzyl Alcohol, Benzyldimethylamine ; Part B: Silicon Carbide, Epoxy Resin, Aluminum Oxide, Treated Fumed Silica, Cristobalite, Carbon Black, Aluminum |
Base Type | Epoxy |
Color | Dark Gray Part A, Gray Part B |
Mixing Ratio | 2:1 By Volume/2:1 By Weight |
Shear Strength | 2440 psi |
Form | Paste Part A/Solid/Paste Part B |
Tensile Strength | 3020 psi |
Coverage | 342 sq-cm at 6 mm THK/0.45 kg |
Odor/Scent | Part A: Ammoniacal, Part B: Slight/Epoxy |
Container Type | Kit |
Type | 2-Part |
Curing Time | 6 hr |
Certifications/Standards
ABS Approved |
CFIA Approved |
ISO Certified |
NAVSEA |
NEHC |
OSHA 29 CFR 1910.1200 |
GHS Certified |
References
SDS |