Silmore Group the official agent of the world-leading brand ARALDITE®, provides comprehensive bonding solutions ranging from frame assembly and carbon fiber bonding to precision component fixation. Whether it is the aerodynamic performance required for road bikes or the impact resistance needed for mountain bikes, ARALDITE® offers a wide range of viscosities and finishes to meet the diverse needs of modern bicycle manufacturing.
ARALDITE® Core Product Series:
✅ ARALDITE® 2011: Two-Component Epoxy Adhesive
Reliable Encapsulation with High Flowability This low-viscosity adhesive features a long pot life, effectively preventing air entrapment. It ensures components are completely sealed and void-free, offering excellent self-leveling properties and dynamic impact resistance.
- Key Features:
- Bonds a wide variety of metals and plastics.
- Exceptional resistance to dynamic loads and vibrations.
- Superior self-leveling performance.
- Low shrinkage for high precision.
✅ ARALDITE® 2012: Two-Component Epoxy Adhesive
Multipurpose & Rapid Curing for High-Efficiency Assembly Designed for speed and versatility, ARALDITE® 2012 is suitable for bonding dissimilar materials including metals, plastics, glass, and rubber. It allows for the completion of complex bonding applications within a short processing time.
- Key Features:
- Rapid curing for fast-paced production lines.
- Versatile bonding across multiple metals and plastics.
- Excellent dynamic load resistance.
- Outstanding self-leveling capabilities.
✅ ARALDITE® 2014-2: Room Temperature Curing Structural Adhesive
High-Temperature Resistance & Precision Positioning This structural adhesive ensures accurate positioning with a non-sagging property for gaps up to 5mm. It maintains reliable and long-lasting bond strength even under harsh environmental conditions and high temperatures.
- Key Features:
- High-temperature resistance up to 140°C.
- Superior chemical resistance against cleaners and lubricants.
- KIWA certified, suitable for specialized applications such as filter bonding.