Strategic Export to a Growing Market

In August 2025, Linghon Machinery successfully loaded and shipped a batch of 5.5 cubic meter self-loading concrete mixers to Turkey. This delivery marks a significant step in our international expansion and reflects the strong recognition of our technical capabilities and product quality by global customers.

The order stems from in-depth collaboration with local Turkish construction firms, who are actively engaged in the country’s rapid infrastructure development and require reliable, high-performance equipment.

Why Our Self-Loading Mixers Stand Out

Our 5.5m³ self-loading concrete mixers combine efficiency, intelligence, and convenience, offering unmatched advantages on the job site:

• Self-loading design – eliminates dependency on external loaders, drastically reducing material handling time.
• Advanced mixing system – ensures uniform, high-quality concrete that meets strict construction standards.
• High operational efficiency – accelerates project timelines by minimizing waiting and setup time.
• Energy-efficient performance – lowers fuel consumption and operating costs, supporting green construction practices.

Comprehensive Product Portfolio

Beyond the 5.5m³ model, Linghon Machinery offers a full range of self-loading concrete mixers from 0.5 to 6.5 cubic meters to suit diverse project scales.

We also manufacture a complete line of compact construction machinery, including loaders, forklifts, and wood handlers (models ZL-910 to ZL-940), serving industries from construction to logistics and forestry.

Our equipment is not only widely used across China but also exported to dozens of countries—including Uzbekistan, Russia, Australia, and now Turkey—building a strong international reputation for reliability and innovation.

Looking Ahead

Linghon Machinery remains committed to advancing R&D, enhancing product performance, and delivering exceptional after-sales service worldwide.

With high-quality machinery and a customer-first philosophy, we will continue to support global infrastructure development and contribute to a more efficient, sustainable construction future.