ECS Thermally Conductive Oxime RTV (ECSTCOR)
Maximize Thermal Efficiency and Bonding StrengthECS Thermally Conductive Oxime RTV (ECSTCOR) is a high-performance, moisture-curable silicone specifically designed to enhance heat transfer between critical components and the surrounding environment. Ideal for applications requiring efficient thermal management, ECSTCOR facilitates the transfer of heat from heat-sensitive parts such as thermistors to heat sinks, ensuring optimal performance and reliability.
Key Features:
- Superior Thermal Conductivity: ECSTCOR effectively reduces thermal resistance, improving heat dissipation and preventing overheating in demanding environments.
- Strong Adhesive Bond: With inherent high bond strength, it serves as a reliable thermally conductive adhesive, ideal for components exposed to mechanical stress, vibrations, or temperature extremes.
- Wide Operating Temperature Range: Performs exceptionally well in high-temperature environments, making it suitable for applications subject to temperature fluctuations and thermal cycles.
- Ideal for Precision Applications: The materials rheological properties allow for easy application to sensitive components, ensuring consistent coverage and performance.
- Moisture-Curable: Cures effectively in environments with 50%+ relative humidity (RH), offering flexibility in various manufacturing conditions.
Applications:
- Heat sinks and thermistors
- Electronic devices
- Automotive and industrial applications
- Devices subject to vibration or repetitive motion
Directions for Use:
- Ensure surfaces are clean, dry, and free from contaminants such as grease, dust, or oils.
- ECS offers a range of surface preparation cleaning solutions for best results.
- Apply ECSTCOR in conditions where the relative humidity exceeds 50% RH.
- Test in relevant conditions for assurance of compatibility and performance.
Why Choose ECS Thermally Conductive RTV?
When selecting a thermally conductive material, it's important to note that thermal conductivity values can vary depending on testing methods, material thickness, and application techniques. We always recommend comparative testing to ensure optimal performance based on your unique application requirements.
