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Provides reliable performance under extreme conditions

Whether it's causing frictional corrosion, stick-slip or adhesive wear: harsh production conditions can adversely affect mechanical components, creating significant wear and tear that often leads to costly repair work. But you can combat these problems effectively with assembly pastes from Norbert Lubricants. Our assembly pastes provide reliable and effective protection under the most extreme conditions, helping you to extend the life of your components.

Overview: Assembly pastes from Norbert Lubricants

  • High performance under extreme conditions: for example, high temperatures up to 1200°C or high compression loads.
  • Effective assistance during assembly: such as rigid connections or power-locked connections.
  • Reliable protection: against corrosive wear, micro-movement corrosion or stick-slip.
  • Quality solutions: competence and expertise based on 90 years of research, development and experience.

 What is industrial assembly paste?

Assembly pastes are grease-like lubricants with a high solid lubricant content. They form a very effective lubricating film that reliably separates parts and provides long-lasting protection even under the most severe conditions. Because of their excellent thermal stability, they provide outstanding performance even at extremely high temperatures.

Advantages of assembly pastes:

Assembly pastes are particularly suitable for situations where friction points are exposed to harsh environments. They are the preferred choice when high load carrying capacity, especially emergency runnability or sustainable media resistance is required.

Advantages of lubricating and assembly pastes:

  • Effective protection against a wide range of wear risks, such as corrosive wear, adhesive wear, abrasion and micro-movement corrosion
  • High performance at both ambient and high temperatures
  • Stable operation under high pressures in bolted joints
  • No stick-slip at high surface pressures and low speeds
  • Supports a wide range of mechanical and component break-in operations