Cyanoacrylate Instant Adhesive WEICON Contact VA 2500 HT LOCTITE 4204
Due to its curing with residual elasticity, WEICON Contact VA 2500 HT is particularly suitable under changing climatic conditions. It is insensitive even to prolonged exposure to humidity. Contact VA 2500 HT is suitable for the bonding of the most diverse rubber materials and plastics and also for metal/plastic joints. VA 2500 HT can be used in many different industrial areas.
LOCTITE® 4204 is a transparent, colorless, high viscosity, general purpose ethyl-based instant adhesive. Suitable for metals, rubbers and plastic, it is also suitable for polyolefins in combination with Primer LOCTITE® SF 770 or LOCTITE® SF 7239. It has a fixture time of 10 - 30 secs.
Name
Cyanoacrylate Instant Adhesive WEICON Contact VA 2500 HT LOCTITE 4204
Brand
Condition
New
| WEICON SPESIFICATION | ||
| Base | Ethyl | |
| Color | Beige, opaque | |
| Texture | Opaque | |
| Gap Bridging up to max. | 0.2 mm | |
| Initial Adhesion (seconds) | ||
| - On Aluminium | 40 - 80 sec. | |
| - On NBR Rubber | 25 - 60 sec. | |
| - On Rigid PVC | 25 - 100 sec. | |
| Final Strength | (100% Strength) | 24 hours |
| - Steel Sandblasted | (DIN EN 1465) | 24 N/mm² |
| - Aluminium Sandblasted | (DIN EN 1465) | 18 N/mm² |
| - Rigid PVC | (DIN EN 1465) | 13 N/mm² |
| - ABS | (DIN EN 1465) | 12 N/mm² |
| - NBR | (DIN EN 1465) | > 8 N/mm² |
| Temperature Resistance -55 to +140 degree C (softening temp. +160°C) | ||
| LOCTITE SPESIFICATION | |
| Application method, Recommended | Dispense System, Manual |
| Applications, Recommended | Bonding Close Fitting Parts |
| Color | Ultra Clear |
| Fixture time, Steel | 120.0 sec. |
| Gap fill | 0.2 mm |
| Key characteristics | Temperature: High Temperature |
| Key characteristics, Recommended | Flexible, Gap Filling, Solvent Free, Temperature Resistant, Toughened, Viscosity: High Viscosity |
| Operating temperature | -40.0 - 121.0 degree C (-40.0 - 250.0 degree F ) |
| Shear strength, Mild Steel (grit blasted) | 16.5 N/mm² (2400.0 psi ) |
| Viscosity | 4000.0 mPa·s (cP) |