Product Information - TB1102
TB1102
TB1102 (formerly known as ThreeBond #2) is a non-drying liquid gasket on the basis of modified alkyd resin developed for chemical resistance and easy detachment of joined surfaces. ThreeBond 1102 is applied on one of the fitting surfaces and parts assembled 2~4 minutes after application. After assembly of the parts it is completely adapted to the surface structure of the fitting faces. All small indentations, such as tool marks and scratches, are filled in as well as any unevenness of the fitting surface. It exhibits exceptional sealing effect, furthermore joined surfaces are easy to separate and clean, resulting in enhanced working efficiency during disassembly.
Product Information
Product Number | Series | Product Type | Application(s) | Other Features |
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TB1102 | 1100 series | Sealants |
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Features
Non-drying type having strong adhesion. By forming a thin layer, it prevents leakage from metal flanges without adhesion.
Also effective in preventing leakage from threaded fasteners.
Apply with a brush, oiler or flow gun.
Excellent chemical resistance, especially to gasoline.
Particularly suitable for joined surfaces which require repeated separation or threaded joints that require adjustment
Technical
- Colour: Yellow
- Disassembly: Easy
- Reaction Type: Solvent evaporation
- Viscosity: 6,900 mPa.s
- Specific Gravity: 1.33
- Skin Over Time:
- Shore Harness:
- Elongation:
- Tensile Strength:
- Shear Strength:
- Pressure Resistance: 9.3 MPa (15mm flange)
- Effective Temperature Range: -40°C ~ +150°C
- Cured state: Non-drying non-elastic
- Volume Resistivity:
- Dielectric breakdown strength:
- Dielectric constant 1MHz:
- Dissipation Factor 1MHz:
- Thermal conductivity:
- Fixture time:
- Break loose torque:
- 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::