120 M3/h Concrete Batching Plants This product [120 M3/h Concrete Batching Plants" is adopt pl series batching machine can be customized according to the needs of users. It is divided into single metering and accumulative metering, and is measured by electronic scale. High precision of ingredients and reliable use.This product(concrete batching plant) is equipped with the storage, batching, conveying, stirring, control and other devices of various raw materials required for precast concrete, and various aggregates, powders, admixtures, water, etc. A complete set of equipment for supplying concrete in a concentrated manner than by a mixer.The overall steel structure of the mixing station is made of high-quality steel, which has high overall structural strength and strong stability.The mixing machine adopts the twin-shaft forced mixing main machine, which has strong mixing performance, uniform mixing and high productivity.Excellent pneumatic components, electrical components, etc.; to ensure the reliability of the equipment, accurate metering performance.Each maintenance and repair site is provided with a walking platform or a check ladder, and has sufficient operation space. Easy maintenance and repair. 120M3H Concrete Batching Plant,Mini 120M3H Concrete Batching Plant,Bucket Type Concrete Batching Plant,Hzs120 Concrete Mixing Plant Shandong Zeyu Heavy Industry Science and Technology Co.,Ltd. , https://www.sdjsseriesconcretemixer.com
In recent years, under the continuous development of biological sciences, information sciences, and materials sciences, biosensor technology has also developed rapidly and is widely used in many fields such as fermentation technology, environmental monitoring, food engineering, clinical medicine, military, and military medicine. Biosensors have also evolved from years ago using enzyme electrodes to using microbial electrodes. In addition, optical fiber biosensors, DNA biosensors, etc. have also been gradually developed and have received attention.
Biosensors are currently used in many fields. For example, it is used in the fermentation industry for the determination of raw materials and metabolites, the determination of the total number of microbial cells, and the identification of metabolic assays. It has also been widely used in the aquaculture and wastewater treatment fields. Microbiological sensors can be used to determine the content of nonyl-phenol etoxylate (NP-80E) in surface water to determine the detection of molecular surfactants in contaminated surface water. . In addition, biosensors can also be used to detect the concentration and bioavailability of heavy metal ions in sewage.
In addition, biosensors can also detect toxic substances such as neurotoxins produced by phytoplankton and jellyfish organisms. The use of DNA biosensors can measure cryptospores and other water-borne pathogens in water samples. In clinical medicine, military and military medicine, there are also biosensors.