Enhance your nuclear radiation detection capabilities with this high-quality Glass Geiger Counter Tube, designed for precise measurement of X rays, γ rays, and β rays. Crafted from superior glass material, this radiation detector tube offers excellent transparency and strong corrosion resistance, ensuring durability and reliable performance for various radiation detection applications and DIY projects. Key Features: · Accurate Radiation Detection: Measures X rays, γ rays, and β rays with a sensitive measurement range of 0.005-5 cGy/h, providing dependable monitoring for radiation levels. · Premium Glass Construction: Made from high-transparency glass with excellent corrosion resistance, offering durability and long-lasting performance in diverse environments. · Compact and Portable Design: Lightweight and compact size allows for easy installation and convenient transport, making it suitable for on-the-go use and flexible placement. · Reliable and Stable Operation: Engineered with fine workmanship and subjected to strict testing standards to ensure stable, consistent, and accurate operation. · Versatile for DIY Projects: Ideal for various nuclear radiation detection applications, making it an excellent choice for hobbyists, researchers, and educational projects. · Wide Operating Conditions: Functions efficiently within a temperature range of -20℃ to 55℃, suitable for various working environments. Specifications: · Item Type: Geiger Counter Tube · Material: Glass · Slope: ≤0.3%/V in the range of 380-450V · Measurement Range: 0.005-5 cGy/h · Energy Response: Within ±30% (50KeV-3MeV) · Accuracy: 0.01 µSv/h · Starting Voltage: ≤350V · Discharge Voltage: ≥550V · Measurement Temperature: -20℃ to 55℃ · Lifespan: >1×10¹⁰ pulses This Glass Geiger Counter Tube is an essential component for precise and reliable nuclear radiation measurement. Its robust build, compact design, and excellent accuracy make it ideal for scientific, educational, and DIY applications, providing users with confidence and safety in radiation monitoring.