High-Strength Everglue Threadlocker for Maximum Security

The high-strength Everglue Threadlocker is designed to secure metal connections permanently and reliably. This green, anaerobic adhesive cures in the absence of oxygen upon metal contact, providing a vibration-resistant bond that meets the highest industrial standards. With a viscosity of 300 to 900 mPa·s at +25 °C, it is ideal for threads up to M20 and operates within a temperature range of -55 °C to +180 °C. The product is PFAS-free, environmentally friendly, and highly durable.

Versatile Applications

The Everglue Threadlocker is suitable for a wide range of industries:

Automotive Industry: Securing engine and transmission components under extreme conditions.

Mechanical Engineering: Essential for threaded connections in machinery and systems.

Building Services: Suitable for heating, ventilation, air conditioning systems, and sanitary installations.

Electronics: Protects electrical connections against loosening and corrosion.

Precision Mechanics: Ideal for permanently fixing small connections, such as glasses screws.

Bicycle Manufacturing: Prevents loosening of screws in frames and components.

Outstanding Product Features

High Vibration Resistance: Ensures a secure hold even under extreme conditions.

Effective Sealing: Protects against moisture and increases corrosion resistance.

Fast Curing: Handling strength in approx. 5–15 minutes, full functional strength within 1–3 hours.

Extended Temperature Range: Reliable from -55 °C to +180 °C.

PFAS-Free: Environmentally friendly and safe to use.

Maximum Thread Diameter: Suitable for threads up to M20.

Simple Application for Optimal Results

Applying the Everglue Threadlocker is straightforward. Thoroughly clean the surfaces to remove grease, oil, and dirt. Evenly apply the adhesive to the threaded surfaces, assemble the parts, and allow the bond to cure. For optimal results, the processing temperature should be between +10 °C and +40 °C. Once fully cured, the bond achieves high mechanical strength.