Retaining Compound, 567 Series, Green, Liquid, 50ml, Bottle MPN:56750
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Free Shipping
In Stock
SKU
510-G6280027
Retaining Compound, 567 Series, Green, Liquid, 50ml, Bottle
The Vibra-Tite 567 Series Retaining Compound is a high-performance liquid adhesive designed for use in a variety of applications. Suitable for bonding aluminum, plated metals, stainless steel, and steel, this compound excels in high-temperature environments up to 450°F and resists oil and moisture. Its fast working time of 15 minutes and high shear strength of 3,500 psi make it ideal for use in aerospace, automotive, and industrial applications. This reliable compound fills gaps up to 0.015 inches and cures in one day, providing a strong and durable bond that withstands extreme temperatures and conditions.
Top product features:
- High Temperature Resistant
- Oil Tolerant
- Shear Strength of 3,500 psi
Top product applications:
- Sealing threads on aluminum components to prevent loosening due to vibration or thermal expansion
- Retaining and securing plated metals in high-temperature applications
- Bonding stainless steel parts together or to other materials in high-temperature environments
Retaining Compound, For Material Type Aluminum, Plated Metals, Stainless Steel, Steel, Retaining Compounds Properties High Temperature Resistant, Oil Tolerant, Series 567, Container Size 1.7 fl oz, Container Type Bottle, Maximum Gap Fill Size 0.015 in, Working Time 15 min, Maximum Operating Temperature 450 Degrees F, Minimum Operating Temperature -65 Degrees F, Color Green, Full Cure Time 1 day, Shear Strength 3,500 psi, Standards GM-1183024, Compatible Primer Series Excel 612, Excel 611
Additional Information
- Country of Origin: US
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 3.00
- Package Width: 1.50
- Package Height: 6.70
- Package Weight: 0.18
Product info last updated on January 13, 2026 10:15am UTC
Category: Threadlockers and Retaining Compounds