preventExplosion high-pressure blowerWidely used in various industries, such as filling equipment full air high-pressure fan, sewage treatment full air high-pressure fan, aquaculture oxygenation fan, oxygenation pump, electroplating equipment full air high-pressure fan, hot spring equipment high-pressure fan, textile equipment full air high-pressure fan, dental equipment full air high-pressure fan, printing machine full air high-pressure fan, woodworking machinery full air blower, high-pressure exhaust fan, high-pressure air supply fan, cooling forced air supply fan, high-pressure ventilation fan, suction machine vortex high-pressure blower, air ring vacuum pump aquaculture high-pressure fan, sewage treatment high-pressure blower, filling equipment high-pressure blower, electroplating equipment high-pressure fan, hot spring equipment high-pressure fan, textile equipment high-pressure fan, dental equipment high-pressure fan High pressure fans are widely used in paper cutters, combustion oxygen reducers, cigarette filter forming machines Electroplating tank stirring, atomization drying machine, water treatment aeration, aquaculture, screen printing machine, photographic plate making machine, injection molding machine, automatic feeding drying machine, liquid filling machine, powder filling machine, welding equipment, film machinery, paper transportation, dry cleaning clothes, cleaning purposes, air dust removal, dry bottle, gas transmission, feeding, collection, environmental protection water treatment, dust collection environmental protection, aquaculture, screen printing, electroplating, dust removal, food, packaging, filling, glass products, airflow transportation and other industries.

Working principle of explosion-proof high-pressure blower：
Our fan impeller is directly installed on the motor rotor for non-contact compression. Due to the installation of motor bearings outside the compression chamber, even under the largest pressure difference, the maximum operational reliability of the machine can be ensured. Gas is sucked in through the suction port ①, and when it enters the side channel ②, the rotating impeller ③ gives the gas a velocity in the direction of rotation. At the same time, the centrifugal force on the blades accelerates the gas outward and increases the pressure. As the rotation progresses, the kinetic energy of the gas increases, causing the gas pressure along the side channel to further increase. As the side channel narrows at the beginning of the outlet, gas is squeezed out of the blades and discharged into the pump body through the outlet silencing device cotton ④.