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Delegation Tours Advanced Coconut Shell Mesh Belt Dryer at Guoxin Group

2026-02-06


Zhengzhou City, Henan Province, China – 20260119 – Guoxin Group, a leading provider of advanced drying solutions, recently hosted a visit from key industry clients to showcase its specialized Coconut Shell Mesh Belt Dryer. The event highlighted the dryer's critical role in enhancing efficiency for biomass processing lines.

The visiting delegation, comprising production managers from major activated carbon and biomass fuel manufacturers, received a detailed walkthrough of the dryer's operation. Engineers demonstrated the continuous feeding of wet coconut shells onto the automated mesh belt, its steady progression through controlled heating zones, and the final discharge of uniformly dried material ready for carbonization.


Clients noted the system's robust construction and intelligent heat distribution, which ensures thorough drying without case-hardening—a common challenge with high-fiber materials like coconut shells. "Seeing this precision drying process firsthand is crucial for our planning," stated a client representative. "Consistent moisture removal directly impacts the quality and yield of our final product."

This efficient dryer is designed to handle high-capacity, continuous processing, significantly reducing energy consumption and processing time compared to traditional batch methods. It represents a vital link in sustainable value chains, transforming agricultural waste into valuable resources.


"Demonstrating our technology builds strong partnerships," said Li Pengfei, Chairman at Guoxin Group. "We are committed to delivering reliable equipment that drives our clients' productivity and sustainability goals."
Guoxin Group continues to innovate in industrial drying technology, offering tailored solutions for a global clientele.

About Guoxin Group:
Guoxin Group designs and manufactures high-performance drying systems for the biomass and mineral processing industries, focusing on durability, energy efficiency, and process optimization.