Double Mast Aerial Work Platform
Product introduction: The price of the twin mast aluminum alloy lifting platform series is 50% cheaper than that of the boom type lifting platform. In addition to the low price, the flexibility of the twin lift platform series in narrow passages enables it to complete many tasks that cannot be completed by the boom type lifting platform. It can be operated by one or two persons. The wide platform provides enough space for operators to work and place tools. It has the most rigid lifting mast system, which is characterized by: high-strength aluminum alloy mast, interlocking system, retractable mast and high-strength lifting chain with a safety factor greater than 10:1, and a steel wire safety protection system that can be used to enhance strength and reliability and facilitate maintenance. Its welded high-strength steel base is suitable for harsh working environment.
Product application: The twin mast aluminum alloy lifting platform has beautiful appearance, small size, light weight, flexible and convenient operation; Up and down two sets of control lifting system, stable lifting, safe and reliable. It is applicable to the repair, maintenance and cleaning of shopping malls, hotels, restaurants, interior decoration, exhibition, space light lines, pipelines, doors and windows, as well as space operations in workshops with narrow areas or spaces. It is an ideal lifting machine and is welcomed by the majority of users.
Product features: double mast aluminum alloy lifting platform The double mast aluminum alloy lifting platform is a unique product of our company. It is driven by electro-hydraulic transmission, safe and reliable. The maximum working height can reach 18 meters, and the maximum load is about 200KG. It is a new type of product that needs to enter the design of ordinary passenger lifts. It has the characteristics of compact size, safety, firmness, and ease of use. Its quality and performance exceed JC5099-1998, JG/T5103-1998 doors, CE and other safety standards in all aspects.
