102 Plastic Bonding Cyanoacrylate Adhesive, Clear
Permabond® 102 is a low viscosity general purpose cyanoacrylate adhesive suitable for bonding close-fitting components. It is fast setting and suitable for use on plastics, rubber, and metals. Cyanoacrylate adhesives are single-component adhesives that polymerize rapidly when pressed into a thin film between parts. The moisture adsorbed on the surface initiates the curing of the adhesive. Strong bonds are developed extremely fast and on a great variety of materials. These properties make Permabond cyanoacrylates ideal adhesives for high-speed production lines.
- Plastic and rubber bonding
- Applications requiring fast fixturing
- Ease of use - no mixing or heat cure
- Bonds most materials
- 100% reactive, no solvents
- Approved to MIL-A-46050C Type II Class 2
Código PAC | C100368 |
---|---|
Marca | Permabond |
Tipo | Cianoacrilato |
Physical Properties of Uncured Adhesive
- Chemical composition: Ethyl cyanoacrylate
- Appearance: Colourless
- Viscosity @ 25°C: 70-90 mPa.s (cP)
- Specific gravity: 1.1
Typical Curing Properties
- Maximum gap fill: 0.15mm (0.006")
- Fixture/handling time* (0.3 N/mm2 shear strength is achieved):
- 10-15 seconds (Steel)
- 5-10 seconds (Buna N Rubber)
- 10-15 seconds (Phenolic)
- 7-10 seconds (PVC)
- 7-10 seconds (ABS)
- Full strength: 24 hours
*Handling times can be affected by temperature, humidity, and specific surfaces being bonded. Larger gaps or acidic surfaces will also reduce cure speed but this can be overcome by the use of Permabond C Surface Activator (CSA) or Permabond QFS 16.
Typical Performance of Cured Adhesive
- Shear strength* (ISO4587):
- Steel 19-23 N/mm2 (2800-3300 psi)
- Aluminium 7-9 N/mm2 (1000-1300 psi)
- Zinc 8-10 N/mm2 (1200-1500 psi)
- ABS >6 N/mm2 (900psi) SF**
- PVC >6 N/mm2 (900psi) SF**
- PC >5 N/mm2 (700 psi)
- Phenolic 12-14 N/mm2 (1700-2000 psi)
- Impact strength (ASTM D-950): 3-5 kJ/m2 (1.4-2.4 ft-lb/in2)
- Dielectric constant @10kHz: 2.5
- Dielectric strength: 25 kV/mm
- Coefficient of thermal expansion: 90 x 10-6mm/mm/°C
- Coefficient of thermal conductivity: 0.1 W/(m.K)
- Hardness (ISO868) 85: Shore D
*Strength results will vary depending on the level of surface preparation and gap.
**SF = Substrate failure