Adhesives

Three Bond Anaerobic Adhesives

Three Bond 1375B

Anaerobic adhesive sealant / assembly adhesive with high strength

The product Three Bond 1375B is a one-component, solvent-free anaerobic reactive adhesive sealant specially designed for fastening and sealing tight-fitting surfaces with low clearance. It is applied in liquid form at room temperature to one of the mating surfaces to be joined. After the assembly of the parts, a strong adhesive sealant is formed within a very short time, completely conforming to the surface structure of the mating surfaces. All micro-level roughness such as machining marks and scratches, as well as macro-level irregularities (surface waviness), are filled, ensuring absolute conformity. At the same time, the high-resistance chemical properties and good cohesion result in a high strength within the adhesive sealant.

Properties:

  • As it is one-component and solvent-free, it can be easily applied with fully automatic dispensing systems.
  • Anaerobic curing begins immediately after the assembly of the mating parts due to air exclusion and metal contact (almost all metals are suitable for this).
  • Since solidification does not occur through heat, assembled parts can be easily separated during machine repairs.
  • Excellent chemical and thermal resistance as well as outstanding vibration and shock resistance due to its good mechanical properties.


Typical Properties:

  • Color: Green
  • Viscosity at 25°C: 800 mPa·s
  • Density at 25°C: 1.11 g/cm3
  • Optimal Gap Tolerance: 0.01 mm
  • Maximum Gap Tolerance: 0.3 mm
  • Functional Cure at 25°C: 2 hours
  • Full Cure at:
    • 25°C: 24 hours
    • 80°C: 20 minutes
    • 100°C: 15 minutes
    • 120°C: 10 minutes
  • Shear Strength:
    • Fe*: 30 ~ 35 MPa
    • SUS*: 25 ~ 35 MPa
    • Brass*: 10 ~ 20 MPa
  • Temperature Range: -40°C ~ +150°C
  • Shelf Life at 25°C: 12 months*

* Fit: Pin 15 mm / Ring d=6 mm / Gap Tolerance 0.01 mm / Measurement Speed: 10 mm/min


Please refer to the complete technical data in the TDS.

This website uses cookies. Here you can choose which cookies you want to accept and change your selection at any time. If you click on 'Agree', you agree to the use of cookies.