Locker Retainers – Anaerobic adhesives

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Description

Locker Retainers – Anaerobic adhesives

Locker Retainers are high-performance anaerobic retaining compounds specifically designed for bonding cylindrical components, including bearings, gears, shafts, and pulleys.

These compounds are particularly effective in:

  • Reducing assembly stresses,
  • Preventing corrosion
  • Mitigating loosening caused by vibration or shock.

Retaining liquids offer a cost-effective and time-efficient solution for assembly processes.

Anaerobic retaining compounds are clean and easy to use, curing directly within the joint. They provide protection against corrosion, leakage, and loosening due to vibration, shock, and thermal expansion.

Additionally, most of these products are fluorescent under UV light, facilitating identification.

 

Locker Retainers also known as Anaerobic adhesives

 1603 Retainer (Green – Medium to High strength)

A green retaining compound providing a permanent bond. Ideal for filling small gaps.

1604 Retainer (Green – High Temperature – Medium to High Strength)

A green retaining compound with high viscosity and high temperature resistance.

1231 Retainer (Green – Oil Tolerant – Ultimate Strength)

A green retaining compound with high viscosity and oil tolerance.

1232 Retainer (Yellow – Medium Strength)

A yellow medium strength, medium viscosity retaining compound. Ideal for bearing fit applications.

1229 Retainer (Green – High temperature – High Strength)

A green, high strength, low viscosity and high temperature resistant retaining compound. Ideal for clearance or press fit applications.

Typical Applications for Locker Retainers:

  1. Automotive Industry:
    • Fastening Panels and Trim: Locker retainers are used to secure interior and exterior panels, such as door panels, dashboard components, and trim pieces, ensuring they remain in place despite vibrations and impacts.
    • Securing Wire Harnesses: In automotive electrical systems, locker retainers help secure wire harnesses, preventing them from shifting and potentially causing electrical issues.
  2. Aerospace Industry:
    • Component Retention: In aircraft, locker retainers are critical for securing various components, such as panels, wires, and other assemblies, to prevent them from coming loose due to vibrations and changes in pressure during flight.
    • Engine Components: Locker retainers help hold together various engine components, ensuring they remain securely fastened under the extreme conditions of flight.
  3. Construction and Heavy Machinery:
    • Equipment Assembly: Locker retainers are used in heavy machinery to secure components like hydraulic lines, control panels, and other critical parts, ensuring they remain in place despite the harsh working conditions.
    • Securing Panels and Covers: In construction equipment, locker retainers help secure access panels, covers, and guards, ensuring they do not come loose during operation.
  4. Electronics and Electrical Systems:
    • Circuit Boards and Components: Locker retainers are used to hold circuit boards, components, and wiring in place, ensuring that everything remains securely fastened, even in environments with significant vibration or movement.
    • Enclosures and Casings: In electronic devices, locker retainers help secure enclosures, preventing them from coming apart due to handling or thermal expansion.
  5. Industrial and Manufacturing Equipment:
    • Securing Fixtures and Tooling: Locker retainers are often used in manufacturing settings to secure fixtures, tooling, and other equipment, ensuring they remain precisely positioned during operations.
    • Conveyor Systems: In conveyor systems, locker retainers help keep components like rollers, belts, and guards in place, ensuring smooth operation and reducing the risk of downtime.
  6. Consumer Products:
    • Home Appliances: Locker retainers are used in home appliances to secure components like panels, knobs, and wiring, ensuring they stay in place during use.
    • Furniture Assembly: In furniture, locker retainers can help secure parts together, particularly in flat-pack furniture that requires assembly by the consumer.

These are just a few examples, but locker retainers are versatile and can be used in many other applications where secure fastening and component retention are critical.

 

Assembly application information:

Slip-Fitted parts:

If assembling slip-fitted parts, apply adhesive around the leading edge of the pin and inside the collar, rotating throughout assembly to ensure good coverage.

Press-Fitted parts:

These parts must have adhesive applied thoroughly to both mating surfaces and assembled at high pressure.

Please see the Locker Retainer comparison chart below:

ProductUV PositiveViscosity Range (cP)Shear Strength (N/mm2 )Gap Fill (mm)Service Temp (°C)Fixture Time
1603 Retainer (Green – Medium to High strength)Yes100-150>15<0.1-54 to 150<10min / 24hr
1604 Retainer (Green – High Temperature – Medium to High Strength)No5000 – 12000 Thixotropic>170.25-54 to 230<30min / 24hr
1231 Retainer (Green – Oil Tolerant – Ultimate Strength)Yes2000 – 3000>250.15-54 to 180<15min / 24hr
1232 Retainer (Yellow – Medium Strength)Yes400 – 800>70.15-54 to 150<15min / 24hr
1229 Retainer (Green – High temperature – High Strength)Yes400 – 600>250.15-54 to 180<5min / 24hr

 

Additional information

WeightN/A
DimensionsN/A
Size

50ml

Product

1603 50ml x1, 1603 50ml x10, 1604 50ml x1, 1604 50ml x10, 1231 50ml x1, 1231 50ml x10, 1232 50ml x1, 1232 50ml x10, 1229 50ml x1, 1229 50ml x10

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