Product Information - TB1133E
TB1133E
TB1133E is a solventless one-component, anaerobic type liquid gasket with low odour and irritation. The product will cure when compressed between two metallic surfaces and isolated from oxygen, and an elastic gasket is formed within a very short time being completely adapted to the surface structure of the fitting surfaces. The product exhibits many advantages over previous types, including lower irritation and good low temperature curing. TB1133E has been developed specifically as an automotive flange sealant, the cured gasket exhibiting flexibility comparable to that of silicone based gaskets, excellent adhesion to substrates, high temperature and chemical resistance, making this product suitable for sealing aluminium parts and castings as well as rigid steel parts.
Product Information
| Product Number | Series | Product Type | Application(s) | Other Features |
|---|---|---|---|---|
| TB1133E | 1100 series | Sealants |
|
|
Features
Superior chemical resistance after curing.
Flexibility comparable to that of silicone based products.
Superior pressure resistance.
Low temperature curing.
Improved maintenance and removability capabilities.
Superior high temperature performance.
High adhesive strength.
Lower irritation.
Technical
- Colour: Blue
- Disassembly:
- Reaction Type: Anaerobic
- Viscosity: 120 Pa.s
- Specific Gravity: 1.12
- Skin Over Time:
- Shore Harness:
- Elongation: 100%
- Tensile Strength: 18.6 MPa
- Shear Strength: 6.1 MPa (Al)
- Pressure Resistance:
- Effective Temperature Range: -50°C ~ +150°C
- Cured state: 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: 0.5mm
- 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::