Non methane total hydrocarbon detector PID detector agent

Description :

　　The main features of VOC detector are:

　　1. Using sensors with high accuracy;

　　2. The instrument contains a filtering device that efficiently filters impurities such as oil, water, and dust, even in harsh industrial environments;

　　3. 3.5-inch high-definition color screen, can be detected when turned on, pure hardware one click power on/off, reduces power consumption, optional long handle suction probe tube;

　　4. Sports car design;

　　5. Simultaneously display implementation data and concentration curves;

　　6. Supports switching between multiple gas display units of ppm mg/m3, with concentration values automatically converted by the system;

　　7. Large capacity fast storage function, customizable storage space;

　　8. Can detect gases in high temperature, high humidity, and high dust environments (requires sampling probes);

　　9. It has audio alarm and visual alarm functions, and the status bar can also display the alarm status.

　　Application areas of VOC detectors:

　　1. Detection of chemical weapons of mass destruction agents;

　　2. Emergency response to leakage of highly toxic hazardous materials;

　　3. Detection of TVOC in Indoor Air Quality (IAQ);

　　4. Detection of volatile organic compounds in new building materials;

　　5. Health protection for individuals exposed to highly toxic compounds;

　　6. Aerospace fuel leak detection using hydrazine and dimethylhydrazine tablets;

　　7. Confirmation of Personal Protective Equipment (PPE);

　　8. Environmental survey instruments.

　　The VOC detector can detect the following gases:

　　Including: benzene, ethylene, styrene, vinyl chloride, nitric oxide, nitrogen dioxide, dichloroethylene, trichloroethylene, tetrachloroethylene, tetrachloroethylene, acetylene, carbon disulfide, methanol, ethanol, phosphine, acetone, gasoline, petroleum gas, bromomethane, ammonia, dichloromethane, ammonia, and other gases.

　　What is a VOC detector: In fact, a VOC detector is widely used in various chemical sites because of its high value, making it suitable for air detection and easy to carry. Often used to measure toxic and organic gases in hazardous environments. The detection methods for VOC gases include hydrogen flame (hydrogen flame), PID (photoionization), chromatograph, and semiconductor. At present, most VOC detectors use PID optical ion sensors. Therefore, in the gas detector industry, PID detectors are actually VOC detectors.

AfterSalesService :

• Non methane total hydrocarbon detector