Meet TianLi, a port crane and bulk handling equipment manufacturer in Wuxi, China. Explore product families, overseas project photos and quotation requirements.

Meet TianLi, a port crane and bulk handling equipment manufacturer in Wuxi, China. Explore product families, overseas project photos and quotation requirements.

A TianLi domestic project reference for two bucket wheel stacker reclaimers in Zhenjiang, China, with an equipment photograph and stockyard inquiry requirements.

Explore seven TianLi crane export project references across five countries: 13 portal, fixed and floating cranes, with models, quantities and equipment photos.

As the development of smart ports progresses, traditional manually operated portal cranes are evolving toward intelligent, energy-efficient, and unmanned operations, fundamentally transforming conventional port workflows. These new-generation smart portal cranes are equipped with advanced systems—including intelligent controls, high-definition surveillance, radar-based ranging, automatic limit controls, and remote O&M terminals—enabling functions such as automatic positioning

Portal cranes are specialized, heavy-duty pieces of equipment that operate in high-risk environments. They function continuously outdoors under challenging conditions—exposed to sea breezes, humidity, and dust—where their metal structures, drive mechanisms, and electrical systems endure prolonged cyclic loading. These conditions make them susceptible to issues such as component wear, structural fatigue, and wiring degradation, all of which directly impact operational safety a

Portal cranes—often referred to simply as "portal machines"—are core pieces of heavy equipment for loading and unloading bulk, break-bulk, and general cargo at ports. Thanks to their unique structural design featuring a portal-style base and a slewing jib, they can perform three-dimensional operations—including vertical hoisting, horizontal luffing, full-machine slewing, and rail-mounted travel—making them suitable for the loading, unloading, stacking, and transfer of diverse

Prepare a port equipment inquiry with crane load cases, bulk material data, vessel dimensions, site interfaces and a clear supply scope.

Portal cranes—a key type of port hoisting machinery—are essential equipment for port loading and unloading operations. Driven by the development of smart and green ports, the trend toward larger vessels, and shifting global trade patterns, the industry is encountering new opportunities while simultaneously facing multifaceted challenges regarding technology, supply chains, markets, and costs. I. Development Opportunities 1. Port upgrades and modernization drive demand for new

I. Operating Principles The screw type ship unloader is a type of continuous, enclosed bulk material unloading equipment. It achieves continuous unloading through a combination of a vertical screw, a horizontal screw, and a counter-rotating intake head at the bottom. It is suitable for powdery and small-particle loose materials—such as cement, fly ash, grain, mineral powder, and fertilizers—but is not suitable for large lumps or highly cohesive, caked materials. 1. Material I

Compare Chinese port crane manufacturers by equipment fit, load at radius, project references and supply scope, with TianLi examples and an RFQ checklist.

Deck crane, derived from the English word "crane," are specialized lifting and loading/unloading equipment mounted on ships and in ports, and are core equipment in shipping logistics and marine engineering. As the "arms" of ship and port operations, deck cranes have been integral to the century-long development of the global shipping industry. From rudimentary human-powered mechanical devices to hydraulically automated equipment, and now to intelligent energy-saving equipment

As a core loading and unloading equipment on ship decks, deck cranes are indispensable key equipment in shipping, marine engineering, and port operations. Their performance, technological level, stability, and reliability directly determine the efficiency of ship operations, navigation safety, and operational economy. With the upgrading of the global shipbuilding industry, the accelerated construction of smart ports, and the rapid localization of marine engineering equipment,

With the reshaping of the global maritime trade landscape and the accelerated construction of smart ports, port cranes, as core equipment for terminal loading and unloading operations, are at a critical stage of transformation from mechanization to intelligentization and from traditional manufacturing to service-oriented manufacturing. For domestic port crane manufacturers, market expansion and technological innovation bring new development opportunities, while multiple real

The traveling mechanism of a portal crane is responsible for the movement and positioning of the entire machine. It consists of components such as a traveling motor, reducer, wheel sets, brakes, rails, rail clamps, buffer devices, and transmission couplings. It is subjected to heavy loads, sea breezes, salt spray, and bumpy impacts over long periods, making it a high-risk area for malfunctions. Proper daily maintenance can prevent problems such as traveling mechanism jamming,

Portal cranes, as core lifting equipment in ports, docks, and industrial and mining yards, are widely used in critical operation scenarios such as cargo loading and unloading and material transfer due to their advantages of large operating radius, strong load-bearing capacity, and flexible operation. Scientific and standardized maintenance is a key measure to ensure stable equipment operation, prevent safety accidents, extend equipment lifespan, and reduce operation and maint

Portal cranes operate under complex conditions of long-term exposure to the elements, heavy loads, dust, salt spray, and weathering. This leads to aging of the metal structure, wear and tear of mechanical parts, and malfunctions in the electrical system. Scientific and standardized maintenance is crucial for ensuring stable equipment operation, preventing accidents, extending equipment lifespan, and reducing operating costs. I. Metal Structure Maintenance: Preventing Rust and

Portal cranes are core heavy lifting equipment in ports, factories, mines, and infrastructure projects. With their large operating radius, high load-bearing capacity, and flexible operation, they are widely used in cargo loading and unloading, equipment hoisting, and material transfer. This equipment is classified as special equipment due to its complex structure and high dynamic operation risks. Improper operation can easily lead to equipment damage, cargo falling, and perso

Ports, as core hubs of global logistics and transportation, are crucial nodes for cargo distribution and domestic and international trade. Port hoisting machinery are the "core backbone" of terminal operations. The research, design, and iteration of port cranes have always revolved around four core needs: practical working conditions, efficient operation, cost reduction and quality improvement, and stability and durability. Their practicality permeates all dimensions, includi

In the new era of low-carbon transformation of infrastructure and intelligent manufacturing upgrades, the construction machinery industry is bidding farewell to the traditional high-energy-consumption and high-pollution model, and is undergoing a comprehensive iteration towards green, intelligent, and efficient development. Electric mobile tire cranes, as an innovative benchmark in the lifting equipment field, are gradually replacing traditional diesel tire-mounted cranes due