Individual Radiation Detector, Portable Nuclear Radiation Dosimeter with 0.1μGy Threshold, Electromagnetic Field Radiation Detector for Pocket Use, Measures X γ β n Rays, ABS Body (Green)

Item Type: Individual Radiation DetectorMaterial:ABSDetection Object: X, Gamma RadiationDetection Object: Neutron RadiationEnergy Response (30KeV to 3MeV Photons): Relative Sensitivity (TLD 100): 62 TimesLinear Range: 100nGy to 12GyDetection Threshold: 0.1μGyPackage List：1 x Individual Radiation DetectorNote:This product does not display any data by itself, it just remembers the amount of radiation in your environmentIf it is for use, you need to go to the local (CDC) to test the data, if it is for industrial detection, you need to go to the local (Environmental Inspection Bureau) to test the data

• High Sensitivity Detection: This individual radiation detector measures X, gamma, beta, and neutron radiation with a sensitivity 62 times higher than TLD‑100, making it ideal for accurate personal or emergency dose monitoring in real-world scenarios like nuclear facilities or medical radiology.
• Wide Application Range: The portable radiation detector supports use across radiobiology, radiomedicine, geology, archaeology, and nuclear power plants, functioning reliably for individual safety, environmental checks, and accident response without complex setup.
• Personal and Professional Use: Designed for first responders, lab technicians, hobbyists, and concerned citizens, this radiation dosimeter fits easily in your pocket to provide peace of mind during travel, work near medical equipment, or after natural disasters.
• Durable ABS Construction: Built with high-quality ABS material, the individual radiation detector for pocket offers impact resistance and stable performance across varying temperatures and humidity, ensuring long-term reliability in field conditions.
• Precise and User-Friendly: With a detection threshold of 0.1μGy and a linear range from 100nGy to 12Gy, this electromagnetic field radiation detector delivers consistent energy response and minimal environmental interference for straightforward, trustworthy readings.