Recently, the first-phase production line of a 100,000-ton-per-year biodegradable masterbatch project, a key local industrial project, completed equipment installation.

As an important equipment partner, Lingood Technology (Stock Code: 920284) supplied key systems including material storage and feeding systems, loss-in-weight dosing systems, and integrated material handling solutions, providing reliable upstream equipment support for the smooth implementation of the project.

From Resource Advantages to Industrial Advantages

A Key Local Project Enters the Implementation Stage

The project is a key industrial investment introduced by the local government to strengthen and extend the regional industrial chain.

The project will be developed in three phases with a total of 20 production lines, focusing on the R&D, production, and sales of biodegradable materials. Once fully completed, the project is expected to reach an annual production capacity of 100,000 tons.

According to publicly available information, the project is designed to build an integrated industrial chain covering the entire process from powder raw materials to finished biodegradable film bags.

Raw materials will be sourced locally. Upstream local companies will supply calcium-based raw materials, while bamboo-processing waste generated in the region will be recycled into bamboo powder for reuse.

This localized supply model supports resource recycling and green development while filling a gap in the local production of high-end biodegradable materials.

Biodegradable Masterbatch Production

The Challenge Is Not Only the Formulation, but Also Its Stable Execution

In actual biodegradable masterbatch production, different materials can vary significantly in:

• Flowability

• Bulk density

• Moisture content

• Bridging tendency

• Dust characteristics

• Metering stability

If upstream material handling is unstable, several downstream problems may occur:

• Unstable feeding can interrupt continuous extrusion and pelletizing.

• Inaccurate dosing can cause deviations in formulation ratios.

• Poor powder discharge can reduce overall production efficiency.

• Excessive manual intervention can increase the risks of incorrect feeding, missed additions, and dust leakage.

For a continuous production project at the tens-of-thousands-of-tons scale, the material handling system is no longer simply an auxiliary part of the line.

It becomes a fundamental system for ensuring stable operation of the entire production process.

Lingood Technology

Supporting Continuous Production Through Integrated Material Handling

Based on the project’s production requirements, Lingood Technology developed a systematic configuration covering key processes including storage, feeding, metering, and dosing.

The solution was designed according to the customer’s plant layout, material characteristics, formulation requirements, and capacity planning, with a focus on maintaining stable coordination among multiple material components during continuous production.

Material Storage and Feeding

The system ensures smooth material transfer from temporary storage to the feeding process, helping reduce production fluctuations caused by bridging, blockage, and uneven discharge.

Loss-in-Weight Dosing

Through continuous weighing and dynamic control, the system steadily feeds different components into the downstream process according to the required formulation ratios.

This provides more controllable and stable material feeding conditions for extrusion and pelletizing.

Phase I Recognized by the Customer

Further Cooperation Continues

With the equipment performance, system adaptability, and service response demonstrated during the first phase, Lingood Technology received positive recognition from the customer.

As the project moves toward production preparation, the two sides continue technical discussions regarding the construction of subsequent production lines, providing support for system configuration at a larger production scale.

For Lingood Technology, this project also represents another practical application of its precision material handling systems in the industrialization of biodegradable materials.

From storage and feeding systems to loss-in-weight dosing, and ultimately to a stable green-material production line, the project connects equipment capability, process understanding, and industrial upgrading.

Looking ahead, Lingood will continue to focus on key application areas including biodegradable materials, modified plastics, and polymer composites, providing customers with more stable, efficient, and intelligent material handling systems.