Insufficient Capacity in Cassava Starch Processing, 40m³/h Centrifugal Sieve Improves Section Processing Efficiency

In large-scale cassava starch processing in Indonesia and other major cassava-producing countries, insufficient capacity in the separation section is a common pain point for large and medium-sized starch plants, directly restricting the overall production efficiency of the whole line. There are two core causes: the low processing capacity of traditional separation equipment fails to match the slurry treatment demand after cassava rasping, leading to section connection delays; unreasonable power and structural design with limited sieve basket separation area makes it hard to achieve efficient continuous industrial slurry separation.

Cassava starch processing demands large-scale and continuous production, and the separation section is a key link in slurry treatment. Its equipment capacity directly determines the overall line efficiency. Choosing a Centrifugal Sieve with adaptive processing capacity is the core solution to solve the capacity shortage.

Targeting the large-scale capacity demand of Indonesian cassava starch processing, the Centrifugal Sieve with a single-unit processing capacity of 40m³/h improves the separation section capacity from structural and process dimensions, perfectly adapting to the industrial production needs of large and medium-sized cassava starch plants.

This Centrifugal Sieve offers sieve basket diameters of 850mm, 1000mm and 1200mm. The larger separation area provides hardware support for high throughput, and the continuous working mode enables uninterrupted cassava starch slurry processing without material waiting. It features precise power-processing capacity matching with a model-specific power range of 15kw-45kw, ensuring stable operation under high-capacity conditions without efficiency attenuation caused by insufficient power, and achieving a stable slurry processing capacity of 40m³/h.

In addition, the equipment is equipped with a stainless steel multi-layer composite screen with high separation efficiency, which completes the efficient separation of cassava starch milk and fiber in a single pass without repeated operations, further ensuring continuous capacity output of the separation section.

To effectively solve capacity shortage with a Centrifugal Sieve in Indonesian cassava starch plants, grasp two core selection points to adapt to local large-scale processing conditions:

1. Prioritize a Centrifugal Sieve with single-unit processing capacity ≥40m³/h, and select the corresponding sieve basket diameter model according to the line’s rasping capacity to ensure capacity connection between the separation section and the preceding process and avoid bottlenecks;
2. Confirm the equipment has a continuous working mode and a model-specific power configuration of 15kw-45kw, ensuring stable long-term high-capacity operation to meet the mass and uninterrupted production demand of Indonesian cassava starch plants.

Meanwhile, select a Centrifugal Sieve with stainless steel parts in contact with materials. It meets food hygiene standards, adapts to Indonesia's local production environment, reduces equipment failures, and ensures continuous and stable capacity output.

This 40m³/h Centrifugal Sieve has become the preferred equipment for starch plants in Indonesia and other major cassava-producing countries to solve insufficient separation section capacity. Through dual optimization of hardware structure and process design, it effectively improves the processing efficiency of the separation section, promotes the capacity upgrading of the entire cassava starch production line, and adapts to local large-scale processing needs.