Producing and processing method for flue sheet material prepared by mixing straws
A processing method and flue plate technology, applied in the direction of sustainable waste treatment, solid waste management, climate sustainability, etc., can solve the problems of easy sticking oil in the flue, easy to cause fire, poor high temperature resistance, etc., and achieve waterproof performance Good, reduce labor intensity, strong fire resistance effect
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Embodiment 1
[0015] The batching process in the production process is divided into three processes: processing rice and wheat straw, preparing brine and preparing modifiers.
[0016] (1) Process rice and wheat straw first, and the preparation of rice and wheat straw scraps is a very critical process in the process of manufacturing flue board materials, which is directly related to the performance of flue board materials. Therefore, artificial selection of straw requires that the selected plant straw have a water content of no more than 20% and have no mildew. It is crushed by a pulverizer, and the crushed straw is filtered through a 50-mesh sieve until there are no large pieces of straw. Stop sieving after there are no impurities.
[0017] (2) Prepare brine again. The preparation method of brine is to put magnesium chloride in an acid and alkali resistant container, press MgCl 2 :H 2 O=(85~100): 100, add water and stir. When stirring, the magnesium chloride should be completely dissolved...
Embodiment 2
[0020] The curing of the flue plate material is a special magnesite cement formed by the chemical reaction of magnesium oxide and magnesium chloride solution, and a hydraulic substance is formed to complete the hydration reaction to achieve hardening. The hydration and hardening process is A significant exothermic process, the exothermic heat can reach more than 100°C in summer, and the internal temperature rise should not exceed 60°C during the curing process. Generally, the molding temperature should be controlled at 30-40°C. Due to the exothermic heat preservation measures cannot be taken, otherwise it will If hardening strength is destroyed, if you want to form quickly in winter, the temperature of the drying room can be moderately heated to about 20°C.
Embodiment 3
[0022]For maintenance, after the board is formed and demoulded, the product should be moisturized and maintained. The products can be stacked together, sealed with plastic cloth, and the temperature and humidity of the environment can be maintained by using its own hydration heat and dehumidification. Yes, the strength after 7 days can reach 85-95% of the predetermined strength; then carry out the moisture-proof treatment of the formed board, put the board that has been demolded and cured into an aqueous solution with 0.2% oxalic acid and 0.2 h phosphoric acid and soak for 12-15 n , and then place the product in a dry air for drying, and then cut the edges after drying.
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