The Huaqiang Heavy Industry factory has been bustling with activity recently; a complete double-roller extrusion granulation production line ordered by a Malaysian client has finished loading and is ready for shipment overseas. The main granulator, drum screener, crusher, and various belt conveyors were systematically loaded into containers. Wear parts were individually wrapped, and the equipment received anti-rust treatment to ensure safety during the long sea voyage.

Malaysia boasts large-scale palm plantations that generate massive quantities of palm residue and fibers annually—excellent raw materials for producing bio-organic fertilizer. Many local enterprises wish to process agricultural and forestry waste into fertilizer but lack suitable processing equipment. Tailoring the solution to the characteristics of the local raw materials, Huaqiang Heavy Industry customized this dry-process double-roller extrusion granulation line. It enables direct granulation without the need for drying, thereby helping the client reduce initial plant investment and operational energy consumption.
The production line features a clear workflow: raw materials are fed into a crusher and then transported to the double roller press granulator for extrusion into granules. The resulting granules enter a drum screener for classification; qualified granules are discharged as the final product, while undersized fines are recirculated back into the granulation process. This closed-loop system maximizes raw material utilization.
Huaqiang Heavy Industry specializes in the manufacture of complete fertilizer equipment sets, providing one-stop solutions to overseas markets such as Southeast Asia and Africa. The successful shipment of this Malaysian order demonstrates the trust overseas clients place in Chinese-made fertilizer machinery. Moving forward, Huaqiang will provide remote technical support to assist the client with installation and commissioning, helping them launch production quickly and realize the resource utilization of agricultural and forestry waste.