SC120 Construction Hoist – Kazakhstan Project

Project Story (May 2021)

In May 2021, a contractor in Almaty began construction of a large industrial warehouse and logistics center. The project required stable material transportation between multiple working levels while operating under challenging wind and temperature conditions.

Henan Haolu Machinery Equipment Co., Ltd. supplied the SC120 construction hoist configured specifically for material lifting operations. The client selected this model because of its stable rack-and-pinion transmission system and reliable safety performance.

Installation and testing were completed within two weeks, and the hoist entered continuous operation shortly afterward.

Detailed Project Outcome

1. Stable Material Transportation

The SC120 hoist maintained stable operation during continuous material transportation:

• Daily operating time exceeded 10 hours;
• Daily material lifting volume reached approximately 90 tons;
• Transportation efficiency improved by nearly 30%.

The hoist became one of the key equipment systems supporting structural steel installation and warehouse roof construction.

2. Reliable Performance in Low Temperatures

Kazakhstan’s spring temperatures fluctuated significantly during the project period.

The client noted that:

• The motor system maintained stable performance during cold mornings;
• Electrical components operated reliably despite dust and wind exposure;
• The safety system responded accurately during full-load lifting.

The equipment maintained stable operation without major interruptions throughout the project.

3. Reduced Labor Pressure

Before installation of the hoist, workers relied on forklifts and temporary lifting methods for vertical transportation.

After commissioning the SC120:

• Material transportation became more organized;
• Manual labor intensity decreased significantly;
• Construction scheduling became more predictable;
• Material waiting time was greatly reduced.

Simplified Equipment Table

Client Feedback

“The SC120 hoist performed very reliably under difficult weather conditions. It helped us maintain stable construction progress and reduced manual transportation pressure significantly.”