Vibra-TITE 137 High Strength Anaerobic Threadlocker, 1 Liter Jug, Red

Description

The Vibra-TITE 137 High Temp-High Strength Threadlocker is a premium red anaerobic threadlocker designed for high-temperature applications. It effectively locks and seals threaded parts, ensuring they remain secure even under extreme conditions.

This single-component threadlocker is formulated to endure operating temperatures up to 450°F, making it ideal for applications where conventional locking methods may fail. The enhanced chemistry of Vibra-TITE 137 allows it to outperform other threaded locking products by over 150°F. It is particularly effective for securing studs, nuts, screws, bolts, and fittings against leakage, contamination, and corrosion.

Key Features:

• High temperature resistance: Operates effectively at temperatures up to 450°F.
• Enhanced locking performance: Superior to traditional locking methods like lock washers and bevel washers.
• High viscosity: Suitable for large diameter, coarse threaded parts.
• Difficult disassembly: Ideal for parts that do not require routine maintenance; heat may be necessary for disassembly.
• Quick fixture speed: Sets in less than 5 seconds with primer; 30 minutes without primer at 77°F.
• Long shelf life: 12 months at 68°F; extended to 18 months when stored optimally at 22°C ± 4°C.
• Torque strength: Offers 300 lbs. Break and 250 lbs. Prevailing torque strength.

The Vibra-TITE 137 Threadlocker is designed for industrial applications where reliability and durability are paramount. It is particularly useful for automotive, aerospace, and manufacturing sectors where threaded fasteners are subjected to vibrations and thermal cycles. By ensuring a secure hold under high-stress conditions, this threadlocker minimizes maintenance needs and enhances safety.

In summary, the Vibra-TITE 137 High Temp-High Strength Threadlocker is an essential tool for professionals needing a reliable locking solution for threaded fasteners. Its unique formulation and proven effectiveness make it an excellent choice for high-performance applications where conventional locking methods may not suffice.