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WEICON Easy-Mix RK-7000 can be used to bond numerous materials such as plastics, metals and ceramics with high tensile, shear and peel strength. It is particularly suitable for structural bondings where high strength connections are required. It is highly viscous and is therefore suitable for processing on vertical surfaces. WEICON RK-7000 is universally applicable and can be used, for example, in plastics technology, in metal construction, in car body and vehicle construction, in mechanical engineering, in electrical engineering, in wood processing or in trade show and exhibition construction.
LOCTITE® AA 330 is a 2 step, acrylic-based multipurpose structural bonder, perfect for dissimilar substrates like PVC, phenolic and acrylic compounds. Applications include tool handles, appliances, sporting goods and decorative trims. It is a medium- to high-viscosity product with good impact resistance and a service temperature up to 100°C (212°F). It requires LOCTITE® SF 7649 to activate.
| WEICON SPESIFICATION | ||
| Base | Methyl Methacrylate | |
| Texture | Viscous | |
| Colour | Off-white, Milky | |
| Processing | ||
| Processing Procedure | Easy-Mix | |
| Processing Temperature | +10°C to +40°C | |
| Curing Temperature | > +16°C | |
| Mixing Ratio by Weight | 1:1 | |
| Viscosity of the Mixture | 40,000-60,000 mPa·s | |
| Density of the Mixture | 0.98-1.02 g/cm³ | |
| Gap Bridging | Up to max. 5 mm | |
| Curing | ||
| Pot Life | at 20°C | 15 min. |
| Handling Strength | (35% Strength) | 40 min. |
| Working Strength after | (50% Strength) | 60 min. |
| Final Strength | (100% Strength) | 12 h |
| LOCTITE SPESIFICATION | |
| Agency approvals / certificates / specifications | NSF P1 |
| Applications | Structural bonding |
| Color | Yellow |
| Cure type | Activator cure |
| FEA (finite element analysis) | Finite strain, Viscoelastic |
| Fixture time | 3.0 min. |
| Key characteristics | Mix: no mix required |
| Number of components | 1 part |
| Viscosity, Brookfield - RVT, @ 25.0 °C Spindle 7, speed 20 rpm | 45000.0 - 90000.0 mPa·s (cP) |
