Acid Dedicated Dryer Jiangsu Zhenxing Drying Equipment Co., Ltd. introduced the rotary quick dryer technology of Danish Anhydyo Company in 1993. After several years of experience accumulation, structure improvement and design optimization, the comprehensive performance of such equipment is better than that of Danish Anhydyo. The company's products are characterized by large dry volume, high drying strength, effective prevention of material deposition and sticking, and strong adaptability to heat sensitive materials. The scope of application also extends from chemical engineering to food, pharmaceuticals, mining, and processing of agricultural and sideline products.
Organic materials such as dyes, pigments, and pharmaceutical intermediates are mostly flammable, explosive, and heat-sensitive. In the drying process, if the material deposits or sticks to the wall, it will oxidize and degenerate or even spontaneous combustion. The carbon black particles generated by minor autoignition will be entrained in the material and affect the product quality. In severe cases, there may be severe combustion and explosion.
During the long-term operation of the hot blast stove, it is inevitable that cracking and leakage of the weld seam will occur. At this time, flue gas will enter Mars in flash dryer, which may lead to material contamination, material burning, bag burning and system explosion. In view of this situation, the factory has carried out a large amount of technical development work, and for the first time completely solved the technical difficulties of the oxidation, decomposition, and deterioration of materials due to deposition and sticking when the flash dryer treats high-temperature, high-viscosity materials. In the country's first company, “even if the hot blast stove leaks, the flue gas will not break into the drying airflowâ€, which effectively improves the safety of the organic materials in the drying process. The improved heat-sensitive material-specific drying system has been successfully applied to D-acid, J-acid, scarlet acid, H-acid, brightener VBL, indigo blue series pigments, rubber red, rubber purple, Lisolol, red benzidine Yellow and naphthalene dyes and intermediates, cyanuric acid, sodium dichloroisocyanurate, sodium trichloroisocyanurate, trichloroxin, organic flame retardants and other industries have achieved remarkable results.
Flash dryers are equipment that consumes relatively large amounts of energy. Today, as energy is becoming increasingly tight and prices are rising, energy saving and consumption reduction are more important. The factory creatively applied fuzzy theory and neural network integration theory to the design of flash dryers, which increased the production capacity of conventional flash dryers by 50% and energy consumption by 30%, especially flash dryers and coal-fired stoves. The optimized combination has increased the energy efficiency of the flash dryer to a whole new level.
Organic materials such as dyes, pigments, and pharmaceutical intermediates are mostly flammable, explosive, and heat-sensitive. In the drying process, if the material deposits or sticks to the wall, it will oxidize and degenerate or even spontaneous combustion. The carbon black particles generated by minor autoignition will be entrained in the material and affect the product quality. In severe cases, there may be severe combustion and explosion.
During the long-term operation of the hot blast stove, it is inevitable that cracking and leakage of the weld seam will occur. At this time, flue gas will enter Mars in flash dryer, which may lead to material contamination, material burning, bag burning and system explosion. In view of this situation, the factory has carried out a large amount of technical development work, and for the first time completely solved the technical difficulties of the oxidation, decomposition, and deterioration of materials due to deposition and sticking when the flash dryer treats high-temperature, high-viscosity materials. In the country's first company, “even if the hot blast stove leaks, the flue gas will not break into the drying airflowâ€, which effectively improves the safety of the organic materials in the drying process. The improved heat-sensitive material-specific drying system has been successfully applied to D-acid, J-acid, scarlet acid, H-acid, brightener VBL, indigo blue series pigments, rubber red, rubber purple, Lisolol, red benzidine Yellow and naphthalene dyes and intermediates, cyanuric acid, sodium dichloroisocyanurate, sodium trichloroisocyanurate, trichloroxin, organic flame retardants and other industries have achieved remarkable results.
Flash dryers are equipment that consumes relatively large amounts of energy. Today, as energy is becoming increasingly tight and prices are rising, energy saving and consumption reduction are more important. The factory creatively applied fuzzy theory and neural network integration theory to the design of flash dryers, which increased the production capacity of conventional flash dryers by 50% and energy consumption by 30%, especially flash dryers and coal-fired stoves. The optimized combination has increased the energy efficiency of the flash dryer to a whole new level.
Konica Minolata 1250,Konica Minolata 1050,Refacturing Konica Minolata,Konica Minolata C1085
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