Industrial adhesives

Industrial adhesives are crucial in various fields, providing the ability to bond different materials under diverse conditions. They are used to secure ceramic linings on industrial equipment, work in high-temperature environments, and resist chemical exposure.

Below is a brief classification of adhesives with the main types used in various industries:

1. Epoxy adhesives:

Properties: High strength, excellent chemical resistance, durability.
Application: Bonding ceramics, metals, and plastics, suitable for industrial equipment.
Features: Available in one- and two-component forms, ideal for applications requiring high strength.

2. Cyanoacrylate adhesives (super glue):

Properties: Fast curing, strong bond, suitable for various materials.
Application: Quick bonding of ceramics, metals, and plastics.
Features: Not suitable for high temperatures, great for quick fixes.

3. Polyurethane adhesives:

Properties: Flexible bond, good resistance to impact and vibration.
Application: Bonding dissimilar materials such as ceramics and metal.
Features: Provides flexibility, suitable for applications with thermal cycling.

4. Silicone adhesives:

Properties: Excellent flexibility, high-temperature resistance.
Application: Sealing and bonding in high-temperature environments.
Features: Resistant to extreme temperatures, chemicals, and UV radiation.

5. Phenolic adhesives:

Properties: Heat resistance, high strength.
Application: Bonding ceramics, laminates, and metals.
Features: Suitable for high-temperature applications, often used in aerospace and automotive industries.

6. Acrylic adhesives:

Properties: Fast curing, good impact resistance.
Application: Bonding metals, plastics, and ceramics.
Features: Suitable for applications requiring fast curing and structural strength.

7. Heat-activated adhesives:

Properties: Activated by heat, providing strong bonds.
Application: Laminating and bonding in industrial settings.
Features: Requires controlled temperature during application.

8. Chemically resistant adhesives:

Properties: Resistant to chemicals and solvents.
Application: Suitable for use in aggressive chemical environments.
Features: Maintains bond integrity in chemically aggressive environments.

9. Ceramic adhesives:

Properties: Designed for bonding ceramics.
Application: Securing ceramic inserts to moving parts of industrial equipment.
Features: Takes into account the specific requirements of ceramic bonding.

10. High-temperature adhesives:

Properties: Designed to withstand high temperatures.
Application: Bonding in high-heat environments.
Features: Provides stability and strength at extreme temperatures.

IMPORTANT!

• Reliable fixation of lining material is achieved by choosing the right adhesive and following surface preparation and fixation procedures.
• It is necessary to consider the temperature conditions to which the adhesive will be subjected.
• Different adhesive mixtures have different curing times. Some adhesives require specific curing times to achieve optimal properties.

The choice of the appropriate adhesive depends on the specific application requirements, including the materials to be bonded, operating conditions, and desired properties. Always follow the manufacturer's recommendations for the best results.