Vacuum Thermocouple CF250-Φ4

This product is a high-precision temperature measurement module specifically developed for ultra-high vacuum and wide-temperature-range operating conditions. Its core features include CF250 standard flange compatibility, a rigid Φ4 mm probe, precise temperature measurement across a broad temperature range, and superior sealing for ultra-high vacuum applications. It provides stable performance in extreme vacuum and extreme temperature environments, making it ideally suited for large vacuum chambers, high-temperature vacuum furnaces, large-diameter semiconductor process equipment, and high-end scientific research vacuum experimental setups. It delivers highly reliable hardware support for accurate temperature acquisition and process temperature control in ultra-high vacuum environments. 
Key features: 
1. Ultra-High Vacuum Compatibility: 1×10⁻⁸ Pa-class vacuum sealing, low outgassing and zero volatilization, perfectly suited for ultra-high vacuum large-aperture systems. 
2. Precise Temperature Measurement: The Φ4mm probe features high rigidity and resistance to deformation, minimizing thermal field interference. This ensures accurate temperature readings, rapid response, and excellent long-term stability. 
3. Stable and Durable: Metal hard-seal design allows for repeated high-temperature baking, offering excellent vibration resistance, corrosion resistance, long service life, and maintenance-free operation. 
4. High versatility: The standard CF250 flange allows direct connection to various large-diameter vacuum equipment, offering excellent interchangeability and convenient installation. 
5. Excellent anti-interference performance: The armored construction combined with high-quality insulating dielectric effectively shields electromagnetic interference, ensuring stable temperature-sensing signals and making it suitable for precision temperature-control applications. 
6. Wide adaptability: The probe material, thermocouple type, and lead configuration can be flexibly customized to meet the requirements of various high-temperature and high-vacuum operating conditions. 
     
Scope of application: 
1. Vacuum high-temperature system: internal temperature measurement components such as the vacuum chamber and vacuum reactor vessel. 
2. Precision vacuum experimental equipment: temperature monitoring components for laboratory vacuum systems and vacuum simulation equipment. 
3. Industrial vacuum equipment: temperature acquisition components for vacuum smelting, vacuum coating, and vacuum testing equipment. 
4. Scientific research vacuum equipment: temperature monitoring components for vacuum experiments, space environment simulation chambers, and other applications. 
5. High-requirement vacuum applications: Various vacuum systems that impose stringent requirements on temperature measurement accuracy and vacuum sealing.