DH6100 radioactive water sample evaporation concentration and acid driving instrument
Introduction: The traditional pre-treatment process of radioactive water samples includes a series of steps such as sampling, concentration, transfer, washing, evaporation, burning, ashing, and weighing; In the water sample concentration process, the sample volume should not exceed half of the beaker. The concentration process requires slight boiling, and the concentration step requires multiple manual liquid addition, transfer, and washing. The heating power is difficult to control during the concentration process, and personnel are required to be on duty throughout the entire process; The sulfuric acid sulfonation process of water samples is prone to splashing during the evaporation and drying process, which is difficult to control, inconvenient for electric furnace burning, and has poor safety; The entire experimental process must be carefully operated, and the pre-treatment process of the water sample is quite lengthy and cumbersome, which brings a lot of inconvenience to the experimental personnel. The DH6100 fully automatic radioactive water sample evaporation concentration and acid driving instrument, based on national standard methods, realizes the evaporation concentration and acid driving of various samples without the need for personnel to be on duty, greatly improving experimental efficiency, and ensuring safe and efficient operation without sample loss during the transfer process. The instrument is suitable for the water quality and tap water industry, with total radioactivity α、β Automatic pre-treatment of water sample evaporation, concentration, and acid driving during the detection process of other radioactive water samples; Automatic evaporation and concentration of environmental air dust samples; Evaporative concentration of dissolved total solids (TDS) and other large volume water sample concentration processes. Features: 1. A maximum of 50L of water sample can be evaporated and concentrated to 50ml without anyone on duty. After evaporation is completed, the concentration and acid driving process can continue without the need for transfer; 2. It can process up to 6/10 samples at the same time, meeting the needs of users for large sample volume concentration; 3. One click start unmanned operation, the instrument intelligently adds supplementary water samples, records the evaporated amount in real time, and stops working when the set amount is reached; 4. Using an evaporating dish as the evaporating container eliminates the need for acid transfer, reducing the loss of the substance to be tested; 5. Equipped with power-off protection function, it can continue to work after power-off and startup, with no data loss and no damage to the sample; 6. Far infrared ceramic radiation heating, uniform heating to avoid water splashing.
Introduction: The traditional pre-treatment process of radioactive water samples includes a series of steps such as sampling, concentration, transfer, washing, evaporation, burning, ashing, and weighing; In the water sample concentration process, the sample volume should not exceed half of the beaker. The concentration process requires slight boiling, and the concentration step requires multiple manual liquid addition, transfer, and washing. The heating power is difficult to control during the concentration process, and personnel are required to be on duty throughout the entire process; The sulfuric acid sulfonation process of water samples is prone to splashing during the evaporation and drying process, which is difficult to control, inconvenient for electric furnace burning, and has poor safety; The entire experimental process must be carefully operated, and the pre-treatment process of the water sample is quite lengthy and cumbersome, which brings a lot of inconvenience to the experimental personnel. The DH6100 fully automatic radioactive water sample evaporation concentration and acid driving instrument, based on national standard methods, realizes the evaporation concentration and acid driving of various samples without the need for personnel to be on duty, greatly improving experimental efficiency, and ensuring safe and efficient operation without sample loss during the transfer process. The instrument is suitable for the water quality and tap water industry, with total radioactivity α、β Automatic pre-treatment of water sample evaporation, concentration, and acid driving during the detection process of other radioactive water samples; Automatic evaporation and concentration of environmental air dust samples; Evaporative concentration of dissolved total solids (TDS) and other large volume water sample concentration processes.
