The "Wheat Maltodextrin Manual Centrifugation Refining Unit" is a specialized component within a starch processing plant, crucial for achieving high-purity maltodextrin from wheat starch. This unit employs a manual centrifugation process, allowing for precise control over the separation of impurities and the refinement of the maltodextrin solution. Operators meticulously manage the centrifugal force and duration to optimize the removal of residual proteins, fibers, and other

A "Potato Pregelatinized Starch High Capacity Evaporation Plant" is an advanced industrial system designed for the efficient processing of potato starch. This type of plant specifically handles pregelatinized starch, a modified starch that has been cooked and then dried, making it readily soluble in cold water. The high-capacity evaporation component is crucial for removing excess moisture from the starch slurry, concentrating it to the desired solids content. This process of

A Tapioca Resistant Starch Manual Purification Plant is designed for the production of resistant starch from tapioca, focusing on a hands-on approach to purification. This type of plant typically involves several stages, beginning with the extraction of starch from tapioca roots. Following extraction, the raw starch undergoes enzymatic modification to convert a portion of its digestible starch into resistant starch, which offers significant health benefits as a dietary fiber.

A wheat hydrolyzed starch continuous screening manufacturing plant is an advanced facility designed for the efficient production of hydrolyzed starch from wheat. This type of plant integrates continuous screening technology, which is crucial for separating impurities and achieving precise particle size distribution in the starch slurry. The process typically begins with wheat grain milling, followed by slurrying and enzymatic hydrolysis to break down starch molecules into sma

The "Maize Oxidized Starch Automatic Purification Processing Plant" represents a state-of-the-art industrial solution for producing high-quality oxidized starch from maize. This advanced facility integrates fully automated processes, from initial maize wet milling and starch slurry preparation to precise oxidation, purification, dewatering, and drying. The automation ensures consistent product quality, optimal reaction control, and reduced human intervention, leading to highe

The Wheat High-Fructose Corn Syrup (HFCS) High Performance Washing Production Plant is a state-of-the-art facility designed for the efficient extraction and purification of HFCS from wheat. Utilizing advanced washing technologies, the plant ensures optimal separation of starch from other wheat components, leading to a high-purity starch slurry. This slurry then undergoes enzymatic hydrolysis and isomerization processes to convert starch into glucose and subsequently into fruc

The Tapioca Maltodextrin Manual Drying Production Plant is designed for the efficient, small-to-medium scale production of tapioca-based maltodextrin. This system emphasizes manual control throughout the drying process, allowing for precise adjustments to meet specific product quality parameters, such as dextrose equivalent (DE) values and moisture content. The plant typically integrates a series of stages: starch slurry preparation, enzymatic hydrolysis using tapioca starch,

The "Maize Starch Ether High Capacity Extraction Production Plant" represents a state-of-the-art industrial facility designed for the efficient and large-scale production of maize starch ether. This advanced plant integrates cutting-edge extraction technologies to maximize yield and purity from maize (corn) as its primary raw material. Utilizing high-capacity processing units, it transforms native maize starch into various starch ether derivatives, which are crucial component

A "Maize Native Starch Continuous Centrifugation Manufacturing Unit" is a specialized industrial facility designed for the efficient production of native starch from maize (corn) through a continuous centrifugal separation process. This unit integrates various stages, including maize steeping, germ separation, fine fiber removal, and most critically, starch slurry dewatering and purification using advanced centrifuges. The continuous operation ensures high throughput and cons

The "Maize Maltodextrin Manual Concentration Refining Unit" within a starch plant is a critical section dedicated to processing maize-derived maltodextrin. This unit focuses on the meticulous concentration and purification of maltodextrin solution, which is initially obtained from the hydrolysis of maize starch. Through a series of manual operations, operators precisely control parameters like temperature, pH, and flow rates to gradually increase the concentration of the malt

A corn starch-based adhesives Continuous Extraction Processing Plant is an advanced industrial facility designed for the efficient and uninterrupted production of eco-friendly adhesives derived from corn starch. This plant integrates a series of sophisticated processes, starting from the gelatinization and hydrolysis of corn starch to the precise formulation and blending of adhesive compounds. The continuous extraction methodology ensures high throughput, consistent product q

A rice glucose syrup Pilot Crystallization Production Plant is a specialized facility designed for the experimental and small-scale production of crystalline glucose from rice-based syrup. This pilot plant serves as a crucial step in optimizing the crystallization process before full-scale industrial implementation. It incorporates various stages, including syrup concentration, controlled cooling, seeding with glucose crystals, and separation of the crystalline product. The p

This state-of-the-art processing plant is engineered for the efficient and automated production of high-fructose corn syrup (HFCS) from tapioca starch. Utilizing advanced enzymatic hydrolysis and isomerization techniques, it meticulously converts tapioca starch into a refined, sweet syrup. A key feature is its fully automatic homogenization system, which ensures a consistently uniform product composition, critical for meeting stringent food industry standards. Precision contr

The Corn Acid-Thinned Starch Pilot Washing Refining Plant is a compact, small-scale facility designed for research, development, and quality control in starch processing. This pilot plant meticulously simulates the full-scale industrial washing and refining stages for acid-thinned corn starch. It allows for precise experimentation with various parameters such as wash water volume, pH levels, residence times, and refining techniques to optimize product purity, reduce impuritie

A Sago Dextrin High Capacity Screening Production Unit is a specialized industrial system designed for the efficient and large-scale processing of sago dextrin in a starch plant. This unit focuses on refining the quality and uniformity of sago dextrin through advanced screening technologies. It typically incorporates high-throughput sieving machines, often with multiple stages and varying mesh sizes, to meticulously separate particles based on size, remove impurities, and ens

The "Potato Glucose Syrup Industrial Stabilization Production Unit" is a specialized facility within a starch plant designed for the advanced processing and stabilization of glucose syrup derived from potatoes. This unit focuses on refining crude potato glucose syrup to meet stringent industrial quality standards for various applications, including food, pharmaceutical, and chemical industries. Key processes often involve enzymatic treatment to achieve desired dextrose equiva

The Maize Dextrin Laboratory Stabilization Refining Plant is a specialized facility designed for the precise processing and refinement of maize dextrin. This compact, laboratory-scale plant focuses on optimizing the stability and purity of dextrin, a complex carbohydrate derived from corn starch. It typically integrates advanced equipment for various stages, including controlled hydrolysis, stabilization processes to prevent degradation, and refining steps such as filtration,

The "Wheat Glucose Syrup Laboratory Stabilization Processing Unit" is a specialized system designed for the precise testing and optimization of wheat-derived glucose syrup production on a smaller, controlled scale. This unit allows researchers and manufacturers to simulate industrial stabilization processes, enabling them to fine-tune parameters such as enzyme activity, pH levels, temperature profiles, and filtration techniques. Its primary function is to identify the optimal

The Service ETP SS316 Continuous Drying Sludge Decanter Centrifuge is a robust and efficient solution for industrial wastewater treatment plants (ETP). Constructed from high-grade SS316 stainless steel, it ensures excellent corrosion resistance and durability, vital for handling aggressive sludge. This centrifuge operates continuously, providing uninterrupted processing of sludge from various industrial applications. Its primary function is the dewatering and drying of sludge

The "Repair CETP SS316 Continuous Dehydrating Decanter Belt Press" refers to the service of restoring a specialized industrial machine used for solid-liquid separation. This equipment, constructed from SS316 stainless steel for superior corrosion resistance, is integral to Common Effluent Treatment Plants (CETPs). It efficiently dewaters sludge, a byproduct of wastewater treatment, through a continuous process combining decanter centrifuge technology with a belt press. The de