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2 TPH Cassava Starch Processing Equipment Order Signed in Myanmar | Jinrui Foodtech

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On October 30, 2026, Jinrui Foodtech (Henan Jinrui) signed a contract with a customer from Yangon, Myanmar, for 2 TPH cassava starch processing equipment . The order covers five types of machinery for cassava crushing, fibre separation and starch purification. Unlike a fully automated production line, this project is designed to combine manual operations with mechanized processing. Before confirming the purchase, the customer visited our factory twice to evaluate equipment quality, processing technology and procurement details. This project demonstrates how Jinrui Foodtech provides customized cassava starch equipment configurations according to customers' production plans and actual requirements. 1. Myanmar Cassava Starch Processing Project Background The customer from Yangon, Myanmar, previously worked in the cosmetics industry and is now developing a cassava starch processing project in cooperation with the chairman of a local cassava association. The planned project has a report...
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Hydrocyclone Unit for Starch Production: Working Principle, Benefits and Selection Guide

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  In a starch processing plant, removing fibre is not enough to achieve the desired starch quality. Fine impurities must also be separated, and the starch slurry needs to reach a suitable concentration before dehydration. A hydrocyclone unit for starch production plays an important role in this process. By using centrifugal force, it separates starch granules from lighter impurities in starch slurry. Through multi-stage separation, washing and starch recovery, the system helps produce purified and concentrated starch milk for downstream dehydration. Under suitable operating conditions, a properly configured hydrocyclone station can produce starch milk at approximately 20–23° Baumé (°Bé) . But how does a hydrocyclone unit work? Why are multiple hydrocyclones connected in series? And what should you consider when selecting a hydrocyclone system for your starch factory? This guide explains the working principle, main advantages and important selection factors for industrial starch pr...
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Can One Starch Line Process Sweet and White Potatoes?

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  Can one starch processing line handle both sweet potatoes and white potatoes? In most cases, yes. A single starch production line can process both crops because they share the same basic starch extraction process. However, using one line does not mean using identical machine settings for both crops . While most of the core equipment can be shared, the front-end preparation, feeding conditions, screen selection and colour-control practices may need to change when switching raw materials. For starch processors planning to handle both crops, the key is to identify which equipment can remain unchanged and which settings need to be adjusted. This helps avoid unnecessary investment in two separate production lines while maintaining stable processing performance. 1. Sweet Potato vs. Potato: Which Starch Processing Equipment Can Be Shared? From the initial cleaning stage to starch refining and drying, sweet potato and white potato processing lines have many operations in common. Raw root...
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How to Choose an Industrial Cassava Chip Slicer: Thickness, Capacity and Drying Requirements

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  Selecting the right industrial cassava chip slicer is an important step in planning an efficient cassava chip processing line. Whether you are producing cassava chips for animal feed, ethanol, biofuel, or other industrial applications, the slicing process directly affects the quality and consistency of the final product. However, choosing a cassava chip slicing machine involves more than checking its rated capacity. Cut thickness determines how quickly and evenly moisture is removed during drying, processing capacity must match your raw material supply, and the slicer must work efficiently with your downstream drying system. So, what should you consider before purchasing an industrial cassava chip slicer? This guide explains the key factors, including slice thickness, machine capacity, drying requirements, equipment types, and practical selection tips. 1. Cassava Chip Slicing Thickness: Why Does It Matter? Cut thickness is one of the most influential specifications because it dir...
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Gas-Fired vs Diesel-Fired Fryer for Garri Processing in West Africa: Which Is More Practical?

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  For garri processors in West Africa, choosing the right heating system is about more than just purchasing a frying machine. Fuel costs, local energy availability, product quality, and equipment maintenance all affect long-term production expenses. So, is a gas-fired garri fryer more practical than a diesel-fired one? In many cases, an LPG-fired garri fryer offers a better balance of operating cost, temperature control, and maintenance convenience , provided that LPG is reliably available at a competitive price. Based on 2026 Nigeria fuel price estimates, gas heating can save approximately $5.40 per ton of finished garri compared with diesel. However, the best option depends on the local market and operating conditions. This guide compares gas-fired and diesel-fired garri fryers in Nigeria and Ghana, covering fuel consumption, frying quality, maintenance, and practical considerations to help you make an informed investment decision. 1. Gas vs. Diesel: Which Garri Fryer Has Lower F...
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Hydrocyclones in Cassava Starch Processing: How They Separate, Wash and Purify Starch

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  A hydrocyclone station is an essential part of a modern cassava starch processing line. It helps separate starch granules from fine impurities, wash and purify starch milk, and concentrate the starch before dewatering. For cassava starch manufacturers, the performance of this station directly affects starch purity, extraction rate, and downstream production costs. A properly configured hydrocyclone station can refine starch milk to a density of 20–23 °Bé, achieve approximately 99.5% separation purity, and recover residual starch that might otherwise be discharged with wastewater. However, choosing a hydrocyclone station based only on its purchase price can be a costly mistake. The number of stages, tube specifications, feed pressure, and processing capacity all influence its performance. This article explains how hydrocyclones work in cassava starch processing, how they separate and purify starch milk, and how to select a suitable station for different production capacities. 1. W...
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Why Does Cassava Starch Have Impurities? 6 Causes and How to Fix Them

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  Cassava starch should meet the quality requirements of its intended market and application. However, some processors encounter greyish or off-white starch, visible fiber particles, or purity levels below expectations. These problems may be related to raw material cleaning, grinding, fiber separation, starch washing, dewatering, drying, or final sieving. Identifying the stage where impurities remain is an important first step toward improving product quality. In this guide, we explain six common causes of impurities in cassava starch, the processing factors involved, and practical ways to address them. 1. Inadequate Cleaning of Fresh Cassava Roots Fresh cassava roots often carry soil, sand, and other foreign materials. If these contaminants are not sufficiently removed before processing, they can enter the production system and affect the cleanliness of the final starch. How to improve it: Use appropriate screening equipment to remove dry soil and loose impurities. Consider a two-...
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