Introduction
Threaded connections offer several advantages: convenient disassembly, frequent use of a screw, and safe reassembly. To take full advantage of all these benefits without running into problems related to the equipment and its reliability, proper lubrication through lubricating pastes or anti-seize pastes is important.
These industrial lubricants or pastes help prevent:
- Inconsistent coefficients of friction, resulting in inconsistent bolt tension
- Jerky feed rates
- Stress corrosion
- Fretting
- Wear
- Seizing
Principal usage
Lubricating pastes aid the proper functioning of threaded connections, both during initial assembly and in all subsequent disassembly operations. In fact, they are designed to withstand complicated conditions, multiple service temperatures, and the stresses of high loads, salt spray and other contaminants.
Composition of anti-seize pastes
Advantages and applications of anti-seize lubricating pastes
- Providing a constant coefficient of friction
- On mating surfaces, this allows designers and applicators to minimize the difficulty of achieving adequate connector preload forces and torque specifications
- Limit the effects of temperature and load variations, reducing the chances of fatigue failure
- Create barriers between substrates and the atmosphere
- Prevent unwanted oxide formation on thread surfaces – Create protective layers on mating surfaces
- Decrease the effects of wear, and fretting
- Reduce exposure to corrosive, hydrogen-rich environments with low melting point metals
MD POLAND TECHNICIANS KNOW HOW TO IDENTIFY AMONG THE MOST PRESTIGIOUS BRANDS IN THE WORLD WHICH LUBRICANT IS PERFECT FOR YOUR APPLICATION
respecting all the technical requirements to support your design and production.
Test our Specialty Lubricants
Oils
High-performance oils are produced with a patented hydrogen treatment cycle, which guarantees a high level of saturated bonds and virtually no contaminants with a new generation of additives for increased performance.
Greases
High Performance Greases are designed and engineered for use in extreme conditions such as high pressures, aggressive chemical environments, temperature very high or low and at all possible speed