As electronic systems become more compact and powerful, effective thermal management is becoming increasingly important. Conventional potting compounds often fail under continuous high-temperature exposure. Aremco-Bond™ 2315 has been specifically developed for demanding industrial applications requiring excellent heat dissipation, electrical insulation and long-term reliability.
Aremco-Bond™ 2315 is a low-viscosity, thermally conductive epoxy potting compound designed for encapsulating electrical and electronic assemblies operating at temperatures up to 185 °C. It combines excellent thermal conductivity, high chemical resistance and outstanding electrical insulation in one advanced material.
Key Benefits
- Continuous operating temperatures up to 185 °C
- Thermally conductive epoxy system
- Excellent electrical insulation
- Low viscosity for complete encapsulation
- Low curing shrinkage
- Outstanding chemical resistance
- High mechanical strength
- Long-term thermal stability
- Reliable protection of sensitive electronic assemblies
Typical Applications
Aremco-Bond™ 2315 is ideal for:
- Power electronics
- Transformers
- Sensors
- Relays
- Power supplies
- Semiconductors
- Hybrid circuits
- Electrical feedthroughs
- Industrial automation
- Aerospace electronics
- Automotive electronics
- Medical equipment
- High-temperature electrical systems
Protecting Electronics in Harsh Environments
The material protects sensitive components against:
- Moisture
- Dust
- Chemicals
- Corrosion
- Mechanical vibration
- Thermal cycling
At the same time, its thermal conductivity improves heat dissipation, extending component lifetime and increasing overall system reliability.
KAGER – Your Partner for High-Temperature Adhesives and Potting Materials
KAGER supplies advanced high-temperature materials for demanding industrial applications worldwide. Our specialists help customers select the most suitable adhesive, potting compound and thermal management solution for every application.
Learn more about Thermally Conductive Potting Compound