Product Information - TB1401
TB1401
TB1401 contains synthetic resins and rubbers as its main components. In a single application it prevents screws, nuts and bolts from loosening, leaking and rusting. Threaded components assembled with TB1401 are designed to be removable with a force approximately 10 ~ 20% greater than that used for fastening. Being an air drying resin TB1401 cures completely even outside the confines of threaded sections. Therefore it can be used to replace conventional low strength anaerobic threadlockers and tamper-proof paints, and is applicable to plastics parts.
For screws which require greater locking and are not subjected to frequent disassembly, ThreeBond 1300 Series thread locking agents are recommended.
Product Information
| Product Number | Series | Product Type | Application(s) | Other Features |
|---|---|---|---|---|
| TB1401 | 1400 series | Adhesives |
|
Features
Cured TB1401 is resilient and provides excellent vibration and impact resistance.
Being of low viscosity, it penetrates into threads to prevent loosening and leakage.
Prevents rusting and corrosion.
Excellent locking effect with easy disassembly with normal tools.
Does not effect plastics or painted parts.
Can be used in a wide range of temperatures.
Maintains locking effect permanently.
Technical
- Colour: Clear
- Disassembly:
- Reaction Type: Solvent evaporation
- Viscosity: 350 MPa.s
- Specific Gravity: 0.9
- Skin Over Time:
- Shore Harness:
- Elongation:
- Tensile Strength:
- Shear Strength:
- Pressure Resistance:
- Effective Temperature Range: -40°C ~ +120°C
- Cured state:
- Volume Resistivity:
- Dielectric breakdown strength:
- Dielectric constant 1MHz:
- Dissipation Factor 1MHz:
- Thermal conductivity:
- Fixture time:
- Break loose torque: 10 Nm (M10 steel bolt)
- Prevailing torque:
- Retaining Strength (Steel):
- Max thread size or clearance:
- Max clearance:
- Tack free time:
- Tack retain time:
- Lap Shear Strength Steel:
- Peel strength Steel:
- Setting time Metal:
- Setting time Rubber:
- Strength:
- Binder:
- Solvent:
- Substrates:
- Curing Conditions:
- Glass Transition Point (°C):
- Pencil Hardness:
- Linear expansion coefficient ppm/°C::