Industrial machinery such as bridge and gantry cranes operate in industrial atmospheres, coastal high-salt fog, and even extreme marine environments. The coating protection system on their steel structures directly determines equipment service life and maintenance costs. A reasonable coating solution must be based on the correct standard system. Globally, the standards related to crane coating […]...Read More >

In 2026, the global crane industry ushers in a new round of major standard upgrades. The ISO, EN and GB/T standard systems have released significant updates covering key areas including measurement management, operator cabin design, steel wire rope connections and safety limiters. Against this backdrop, understanding the latest overhead crane regulations is essential, as these […]...Read More >

I’ve seen this too many times: an overhead crane, less than five years in service, starts showing rust along the main girder weld seams, coating blistering on the end carriage lower flange, and large paint chips peeling off around bolt holes. When such issues emerge, customers always turn to us to figure out what went […]...Read More >

In one notable port accident, a 40-ton gantry crane was blown off the track end by a sudden gust, causing the whole machine to overturn. Investigation found: the rail clamp was installed, but no one tightened it that day. The wind came too fast—and the lack of a reliable Gantry Crane Wind Protection System left […]...Read More >

A failed brake can be replaced. A damaged gearbox can be rebuilt. But when the steel structure itself begins to crack, deform, or permanently sag, the consequences are far more serious. Overhead crane structural failures are among the most dangerous and costly problems in industrial lifting systems. Structural damage can reduce load-bearing capacity, create alignment […]...Read More >

Overhead crane electrical system failures are one of the leading causes of crane downtime in manufacturing plants, warehouses, steel mills, and heavy industrial facilities. Compared with mechanical faults, electrical failures are often more difficult to diagnose because the symptoms can be misleading. For example, a motor that fails to start may be caused by a […]...Read More >

Common overhead crane mechanical failures are one of the leading causes of production downtime in manufacturing plants, warehouses, steel mills, ports, and heavy industrial facilities. Problems such as wire rope damage, brake failure, wheel wear, gearbox noise, hook deformation, and bearing overheating can quickly reduce crane performance and create serious safety risks. The challenge is […]...Read More >

For overhead and gantry cranes serving across harsh environments—from workshops, yards and coastal ports to chemical, metallurgical and underwater sites—matching Crane Coating Types to the operating conditions is critical. Prolonged exposure to sunlight, rain, salt spray, acids, alkalis and damp dust triggers steel rust and coating failure, threatening structural integrity, safety and service life. As […]...Read More >

For purchasers, equipment managers and on-site operators of gantry cranes, the gantry cranes wind resistance safety of outdoor gantry cranes relies entirely on national wind resistance standards for cranes. These standards serve as the legal basis, compliance bottom line and operating rules for all wind protection measures. From the selection and configuration of wind resistance […]...Read More >

For gantry crane purchasers, site managers and frontline operators worldwide, wind damage remains a critical safety hazard for gantry cranes operating in open-air environments. More than 30% of major gantry crane safety accidents in the industry are directly linked to improper selection or insufficient configuration of windproof device accessories under strong wind conditions. Many industry […]...Read More >

Lifting operations are a critical part of industrial production and engineering construction. The processes are complex and involve significant safety risks. Any violations, equipment defects, or management lapses can easily lead to falling loads, crushing collisions, and casualties, posing serious threats to production safety and personnel health. To strengthen safety management, standardize full-process operations, and […]...Read More >

Within the technical framework of gantry cranes, the cantilever is not a simple optional add-on, but an engineering solution to conflicts between structural design and spatial constraints. From an engineering practice perspective, not all gantry cranes require a cantilever structure. The fundamental reason lies in the fact that different application scenarios impose fundamentally different spatial […]...Read More >