Applicable Standards:
GB 5009.12-2017 National Food Safety Standard - Determination of Lead in Food
GB 5009.17-2014 National Food Safety Standard - Determination of Total Mercury and Organic Mercury in Food
GB 5009.268-2016 National Food Safety Standard - Determination of Multiple Elements in Food
HJ 491-2009 Soil - Determination of Total Chromium - Flame Atomic Absorption Spectrophotometry
HJ 678-2013 Water Quality - Digestion of Total Metals - Microwave Digestion Method
HJ 680-2013 Soil and Sediment - Determination of Mercury, Arsenic, Selenium, Bismuth, and Antimony - Microwave Digestion/Atomic Fluorescence Spectrometry
HJ 832-2017 Soil and Sediment - Digestion of Total Metal Elements Microwave Digestion
Lab Microwave Digester Reactor with Digestion System High Throughput Intelligent Microwave Digestion System Apparatus
Product Description:
This high-throughput intelligent microwave digestion instrument provides a fast, safe, and automated solution for sample digestion. It accelerates sample digestion reactions under high pressure and is widely used in fields such as food, environmental protection, disease control, quality supervision, commodity inspection, and scientific research.
Lab Microwave Digester Reactor with Digestion System High Throughput Intelligent Microwave Digestion System Apparatus
Features:
The instrument utilizes microwave non-pulse continuous automatic frequency control, extending its service life and ensuring uniform electromagnetic wave quality. The chamber is constructed of a large 52L 316L stainless steel. The self-locking, cushioned, explosion-proof furnace door ensures operator safety and door structural integrity in the event of reaction anomalies. The door and chamber are tightly integrated, ensuring microwave leakage complies with national standards. The instrument utilizes a dual temperature and pressure control system to control pressure and temperature during digestion experiments, displaying both in real time. 360° continuous rotation in the same direction ensures uniform microwave conditions for each sample, improving the consistency of experimental results. Microwave heating automatically stops when the pressure in the chamber exceeds the set protection level. The safety explosion-proof membrane has a double insurance function. When the pressure inside the tank exceeds the pressure that the explosion-proof membrane can withstand, the explosion-proof membrane will rupture first and the gas will escape, preventing damage to the tank and harm to the human body.