3M.8897
Dry Version Silicone Lubricant, Solvent, Transparent, 122 Deg F, 8.5 Oz, Aerosol Can
- Manufacturer: 3M
- Brand Name: 3M™
- Part#: 3M.8897
- MPN: 051135-08897
- UPC: 051135088975
- Min. Order Qty: 1
- Max. Order Qty:
- Qty. Interval: 1
-
Standard Pack:
-
PITTSBURGH
Availability:
- Notes: THIS ITEM HAS BEEN DISCONTINUED BY THE MANUFACTURER.
-
3M.8897
-
Price:
List Price:
| Branch Name | Available |
|---|---|
| No Records Found | |
3M™ silicone lubricant eliminates rubber squeaks, prevents sticking and seals out moisture. Our lubricant contains no petroleum oils to stain fabrics. Formulated for extreme conditions, it will not freeze at -28 deg F nor degrade at 350 deg F. Silicone lubricant is available in both wet and dry formulas.
3M™ Dry Version Silicone Lubricant, 8.5 oz Net Content, Aerosol Can Container, Silicone Polymer Base, Composition: Acetone, Hydrotreated Light Naphtha (Petroleum), Propane, Poly(Dimethylsiloxane), Methylcyclohexane, Solvent Naphtha (Petroleum), Light Aliphatic, Liquid Form, Transparent, Solvent Odor/Scent, Density: 0.65 g/mL, 0.65 Specific Gravity, -20 deg F Flash Point, <=548 g/L VOC, >=1 Vapor Density, Applicable Materials: Leather, Plastic and Rubber, 122 deg F
| Applicable Materials | : | Leather, Plastic and Rubber |
| Base Type | : | Silicone Polymer |
| Color | : | Transparent |
| Composition | : | Acetone, Hydrotreated Light Naphtha (Petroleum), Propane, Poly(Dimethylsiloxane), Methylcyclohexane, Solvent Naphtha (Petroleum), Light Aliphatic |
| Container Type | : | Aerosol Can |
| Density | : | 0.65 g/mL |
| Flash Point | : | -20 deg F |
| Form | : | Liquid |
| Net Content | : | 8.5 oz |
| Odor/Scent | : | Solvent |
| Specific Gravity | : | 0.65 |
| Temperature Rating | : | 122 deg F |
| VOC Content | : | <=548 g/L |
| Vapor Density | : | >=1 |
- High-quality silicone lubricant works for many applications
- Lubricant eliminates rubber squeaks and prevents sticking
- Formula contains no petroleum oils to stain fabrics
- Cold hardy formula will not freeze at -28 deg F
- Heat-resistant formula will not degrade at 350 deg F
SDS
