Introduction: Because anhydrous AⅡ has the characteristics of high late-stage strength and strong water resistance, it has greater advantages compared with semi-hydrated gypsum. Many companies have started or are planning the production of high-temperature anhydrous gypsum, and even some companies are already using anhydrous gypsum. Production products, such as anhydrous gypsum self-leveling, mixed-phase plastering gypsum, etc., the construction gypsum used in these products contains anhydrous AⅡ phase, if the detection is still limited to the three-phase analysis of gypsum, then it cannot be scientific To guide the production and application of anhydrous gypsum, gypsum three-phase analysis can only analyze the content of anhydrous AⅢ, semi-aqueous HH, and dihydrate DH contained in construction gypsum. Therefore, the three-phase analysis of gypsum can no longer meet the testing needs of the industry. The rapid development trend of the industry cannot be ignored. The gypsum four-phase analyzer can not only analyze the content of the three phases of gypsum, but also the content of anhydrous AⅡ, which has great guiding significance for the production and application enterprises of anhydrous gypsum, and meets the rapid development of anhydrous gypsum detection need. Technical parameter: Weighing range: 0.0001g-120.0000g; Measuring range of gypsum four-phase: 0.0001%-100%; Test mode: automatic; Possess functions: Comes with operating steps, fully automatic conversion of four-phase, purity, adhesion water, crystal water, AⅡ and other indicators; Sample quality: 0.0001g-120.0000g; Heating temperature range: ambient temperature -249.9℃; Temperature error: ≤0.4℃; Temperature resolution: 0.1℃; Heating source: molecular source; Heating mode: constant temperature heating; Display: color 7-inch LCD touch screen; Temperature window: display the current ambient temperature in real time; Equipment data storage: 100 sets of data (capacity expansion: accept customization); Printing function (optional): thermal, needle type; Sample tray: dedicated; Weight: F1 level; USB communication (optional): upper data analysis software; Relative humidity: ≤80%RΗ; Power supply: 220V±20V, 50Hz±1Hz; Net weight: 4.5Kg.
Introduction: Because anhydrous AⅡ has the characteristics of high late-stage strength and strong water resistance, it has greater advantages compared with semi-hydrated gypsum. Many companies have started or are planning the production of high-temperature anhydrous gypsum, and even some companies are already using anhydrous gypsum. Production products, such as anhydrous gypsum self-leveling, mixed-phase plastering gypsum, etc., the construction gypsum used in these products contains anhydrous AⅡ phase, if the detection is still limited to the three-phase analysis of gypsum, then it cannot be scientific To guide the production and application of anhydrous gypsum, gypsum three-phase analysis can only analyze the content of anhydrous AⅢ, semi-aqueous HH, and dihydrate DH contained in construction gypsum. Therefore, the three-phase analysis of gypsum can no longer meet the testing needs of the industry. The rapid development trend of the industry cannot be ignored. The gypsum four-phase analyzer can not only analyze the content of the three phases of gypsum, but also the content of anhydrous AⅡ, which has great guiding significance for the production and application enterprises of anhydrous gypsum, and meets the rapid development of anhydrous gypsum detection need.
