This equipment is mainly used for the production and assembly of hydrogen electrolysis cells. It can meet various specifications of electrolysis cell assembly and fully consider the universality of the platform. The complete set of equipment includes a manned lifting platform, a heavy-duty material lifting platform, and supporting power and control equipment. The multi-stage cylinder type hydraulic lifting platform consists of four sets of cylinder type support legs, load platform, lifting oil cylinder, traction chain, pump station, and control system. By driving the oil cylinder through the pump station, four sets of cylinder support legs are lifted and lowered together with the platform. The platform rises and falls smoothly, and can stay at any position within the range of the lifting stroke. And the equipment can be maintained for a long time through the pressure holding and self-locking functions of the hydraulic system. Hydrogen production field: It is widely used in the rapidly developing hydrogen production field in recent years
PRODUCT DESCRIPTION
Multi level lifting platform product structure features: Multi level cylinder type hydraulic lifting platform, consisting of four sets of cylinder type support legs, load platform, lifting oil cylinder, traction chain, pump station, and control system. By using imported integrated or domestically produced high-quality brand designed hydraulic power units through pumps, the reliable hydraulic system should operate sensitively and have no oil or liquid leakage during long-term use.
The electric control unit is simple, and the control method adopts a single key control platform lifting, which can be operated without training. The integrated control box is equipped with an emergency stop button. The platform skeleton is made of high-strength national standard profiles, and the panels are made of embossed anti slip steel plates with a thickness of not less than 2.0.
CUSTOMIZED PRODUCTS
We offer customized cellulose ether solutions to match your specific application, viscosity, setting time, and performance requirements.