Loctite 62070 Retaining Compound, 250 mL Bottle, Green, Medium Strength
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Retaining Compound: 250 mL Bottle, Green, Liquid Medium Strength, 450 °F Max Operating Temp, Series 620, Form: Liquid, Container Size: 250 ml, Strength: Medium, Container Size Range: 1 to 15.9 oz, Container Type: Bottle, Color: Green, Series: 620, Series Part Number: 62070, Full Cure Time (Hours): 24.00, Removal Method: Heat, Minimum Operating Temperature F: -65.00, Maximum Operating Temperature F: 450.00. Loctite 620 is designed for the bonding of cylindrical fitting parts. The product cures when confined in the absence of air between close-fitting metal surfaces and prevents loosening and leakage due to shock and vibration. Typical applications include locating pins in radiator assemblies, sleeves in pump housings and bearings in auto transmissions. Particularly suitable for applications where temperature resistance up to 200°c is required. Specific uses: metal joints, securing, preventing corrosion and fretting, sealing against leakage.
- Country of Origin : United States
- Package Weight: 0.355 kilograms
- Package Dimensions: 26.4 H x 7.8 L x 17.8 W (centimetres)
- High temperature resistance
Specifications:
| Materials & Construction | |
| Color | Green |
| Material | Most Metals |
| Product Details | |
| Compatible Material | Most Metals |
| Container Size | 250 ml |
| Container Size Range | 1 To 15.9 oz |
| Container Type | Bottle |
| Item Form | 250ml |
| Item model number | 62070 |
| Product Service Code | 8040 |
| Series | 620 |
| Series Part Number | 62070 |
| Specific Uses For Product | Metal joints, Securing, Preventing corrosion and fretting, Sealing against leakage |
| Sizing & Dimensions | |
| Height | 10.39 inches |
| Length | 3.07 inches |
| Product Weight | 0.7600 |
| Size | 250 ml |
| Weight | 0.78 pounds |
| Width | 7.01 inches |
| Technical Specifications | |
| Full Cure Time (Hours) | 24.00 |
| Maximum Operating Temperature F | 450.00 |
| Minimum Operating Temperature F | -65.00 |
| Product Service Code | 8040 |
| Removal Method | Heat |
