Welcome to official website of Shandong Revive Technology！

2020-05-07

Shandong Revive Technology Co.,Ltd.founded in 2010, is located in Yantai, a well-known Chinese tourism city. The Company has acquired the qualification for manufacturing pressure vessel A1 and A2 from Quality Supervision and Inspection and Quarantine (AQSIQ). The Company is dedicated to design, manufacturing and installation of chemical vessels; development and application of hydrometallurgy technology; design and service of packaged industrial gas solutions; development and manufacturing of magnetic transmission blender. The self-priming blender independently developed by the Company has national invention patent (Patent No. ZL201210550062.2 and Utility Model No. ZL201220706123.3). The Company has passed ISO9001-2000 International Quality Management System Certification.

Structural Characteristics of Material Automatic Feeding Device for Magnetic Reactor

2020-05-18

The automatic feeding device of the magnetic reactor has a bracket, the silo is fixed on the bracket, the upper part of the silo is provided with a feed inlet, and a feeder is arranged at the bottom of the silo. The feeding device also includes a temperature measuring device, Measuring the temperature inside the reactor; and the discharge control device for comparing the temperature measured by the temperature measuring device with the set temperature of the reaction vessel and controlling the operation of the feeder according to the comparison result. Magnetic material reactor automatic feeding device can be based on the reaction temperature in the reactor for real-time tracking and feeding, the material is not easy to agglomerate, feeding uniform, accurate measurement, suitable for chemical and pharmaceutical fields need to add powder materials in the process to promote the application. The upper side wall of the reactor is equipped with a ring-shaped annular waterproof retaining ring with a channel, and the annular waterproof protective ring has a concrete concrete protective layer on each side. A number of drains are connected at the lower end of the annular waterproof retaining ring. The reactor water retaining ring protection device can effectively prevent the liquid and the reactor from contact with the waterproof protection ring to reduce the liquid on the reactor and waterproof protection at the corrosion, improve the life of the reactor and waterproof retaining ring. The discharge protection device of the magnetic reactor includes a cylinder, a discharge port provided on the lower side of the cylinder, a butt joint provided at the center end of the upper end of the cylinder, and an air outlet formed in the end face of the cylinder, And a resilient washer is provided on the upper end face of the columnar floating body, and the other end of the butt is connected to the bottom of the columnar floating body. Excessive protection device, not only temporary overflow, but also in a certain range to prevent overflow, feedback control feeding device or alarm signal.

Requirements and Development Trend of Magnetic Production Reactor for Chemical Production

2017-06-20

1, magnetic reactor large volume, which is to increase production, reduce the quality of mass production between the error, reduce the cost of effective ways and development trends. Dye production with magnetic reactor domestic more than 6000L, other industries up to 30m ³; foreign dye industry has 20000 ~ 40000L, while other industries up to 120 m³. 2, magnetic reactor stirrer, has been developed from a single agitator to use a double agitator or external pump forced circulation. Abroad, in addition to equipped with a stirrer, the magnetic reactor body is still rotating along the horizontal line, thereby increasing the reaction rate. 3, to produce automation and continuous replacement of bulky gap manual operation, such as the use of program control, can guarantee stable production, improve product quality, increase revenue, reduce physical labor, but also to eliminate environmental pollution. 4, the magnetic reactor to rational use of heat, select the best operating conditions, strengthen the insulation measures to improve the heat transfer efficiency, so that heat loss to a minimum, heat or heat generated after the reaction is fully integrated. The application of heat pipe technology will be the future development direction.