Sistema idraulico di presa del serbatoio

Intelligent tank lifting jack based on screw drive Introduction This machine is an intelligent lifting jack designed for handling large flavoring storage tanks in production lines, such as those in the tobacco industry. It was developed to overcome the safety risks of traditional chain hoists, which could lead to tank crashes if braking systems fail. The core of this machine is a ball screw lifting mechanism that provides precise positioning and a self-locking function to

Glass-Lined Vessel Lifting 15t Bolted Electric Lead Screw Screw Jack System-Tank Lifting Construction Equipment Petroleum storage tank is an important storage facility in the petroleum industry, and its construction quality directly affects the safe operation and service life of the storage tank. In the installation and maintenance of petroleum storage tanks, jacking operations are particularly critical, requiring precise control and a high degree of safety. With the

Explosion-Proof Synchronous Lifting Electric Hoist for Tank Building This Explosion-Proof Synchronous Lifting Electric Hoist is a specialized, high-performance system designed for the critical and demanding task of building large storage tanks in hazardous environments. It is primarily used for the "jack-up" method of tank construction, where the roof is lifted simultaneously by multiple hoists acting as synchronized jacks. Certified for use in explosive atmospheres, this

5~15 T Capacity Electric Hoist for Tank Lifting The Standard Electric Hoist for Tank Lifting is a robust and reliable material handling solution engineered specifically for the construction, maintenance, and installation of large-scale storage tanks in industries such as petroleum, chemical, and water treatment. This hoist is designed to provide precise control and powerful lifting capability, ensuring the safe and efficient vertical positioning of tank roofs, walls, and

WINCOO TCT Series represents the pinnacle of power and reliability for the most demanding agricultural and industrial lifting applications. Designed for mega grain bins and heavy silos, this hydraulic jack system delivers unparalleled strength and control. It features a reinforced body and a precision-machined piston to handle extreme loads with absolute stability. For projects where failure is not an option, the HD-SLJ Series is the trusted choice for engineers and

Granary Synchronous Lifting Jack System in Stock The WINCOO TCT series Granary Lifting Jack is an engineered hydraulic system designed specifically for the safe and efficient elevation of grain bins and silos during foundation repair, relocation, or maintenance. This system eliminates the need for manual jacks and risky lifting methods, providing a controlled and synchronized solution. Built with durability and user safety in mind, it ensures a smooth and stable lift,

Simple 10t Hydraulic Lifting Jacks for Tank Construction Equipment Overview The Model SQD-XXX-100S.F represents a high-performance chuck type hydraulic jacking system designed for demanding heavy-lift applications. Engineered for reliability and precision in industrial environments, its dual-wedge chuck system ensures a secure, non-slip grip on climbing columns for maximum safety under extreme loads. Technical Specifications Parameter Specification for TTJ-300 Unit Model

Simple Chuck Type Hydraulic Jacks for Heavy Tank Lifting Construction Introduction to the Equipment The Chuck Type Tank Hydraulic Jacking System is an engineered, synchronized lifting solution designed specifically for vertical elevation of large-scale storage tanks, vessels, and other heavy structures during construction, maintenance, or relocation. Featuring a specialized chuck mechanism that grips temporary steel columns or permanent tank legs, this system enables

Simple Chain Type Hydraulic Jacks for Tank Construction in Stock Introduction In the construction of large storage tanks, such as fixed-roof tanks, floating-roof tanks, and spherical tanks, the chain-type hydraulic jacking system plays a critical role in ensuring efficient and safe assembly. This system is particularly vital in the "inverted construction method," where the tank roof and upper wall panels are assembled first and then lifted sequentially to weld lower sections.