Whirler Centrifugals Private Limited

Whirler's Repair Vegetable Processing SS Industrial Continuous Booster System is designed to enhance vacuum levels in continuous vegetable processing applications. Constructed from stainless steel (SS), it offers corrosion resistance suitable for food processing environments. The "Repair" designation suggests it's suitable for both new installations and as a replacement or upgrade in existing vegetable processing facilities. This booster pump works with a primary vacuum pump to increase overall vacuum capacity and efficiency for processes like vegetable drying or handling. Its continuous operation ensures consistent vacuum levels for demanding, ongoing vegetable processing needs.

The Sago Starch Ether Automatic Evaporation Extraction Unit is a state-of-the-art system designed for efficient and high-purity production of sago starch ether. This advanced unit integrates automated evaporation and extraction processes, ensuring precise control over critical parameters such as temperature, pressure, and flow rates. Its intelligent design minimizes manual intervention, leading to consistent product quality and reduced operational costs. The system is engineered for optimal energy efficiency, utilizing advanced heat recovery mechanisms to lower utility consumption. Ideal for industrial-scale production, this unit delivers superior yield and purity of sago starch ether, meeting the stringent demands of various applications in food, textile, and pharmaceutical industries. Its robust construction and intuitive interface make it a reliable and indispensable asset for modern starch processing facilities.

The Sago Dextrin Automatic Purification Extraction Unit is a specialized system designed for efficient and high-quality processing within a starch plant, specifically targeting sago dextrin production. This advanced unit automates the critical steps of purifying and extracting sago dextrin, ensuring a consistent and superior end product. It typically integrates various stages such as washing, filtration, centrifugation, and drying, all controlled by an automated system to minimize manual intervention and human error. The primary goal is to remove impurities, enhance the purity of the dextrin, and optimize the extraction yield from sago starch. This automation leads to improved operational efficiency, reduced labor costs, and a more uniform product quality, making it an indispensable asset for modern sago dextrin manufacturing facilities aiming for high standards and productivity.

The Wheat Starch Ester Automatic Washing Extraction Unit is a sophisticated system designed for the efficient and automated production of high-quality wheat starch esters. This advanced unit integrates washing and extraction processes, ensuring optimal separation and purification of starch from raw wheat. Its automated operation minimizes manual intervention, leading to consistent product quality, reduced labor costs, and increased throughput.
The unit employs precise control mechanisms to manage critical parameters such as water flow, temperature, and extraction time, which are crucial for achieving desired esterification levels and purity. By streamlining these complex steps, it significantly enhances the overall efficiency of starch ester manufacturing. This technology is particularly valuable in industries requiring modified starches with specific functional properties, offering a reliable and scalable solution for producing premium wheat starch esters for various applications, including food, pharmaceuticals, and industrial uses.

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 controls govern every stage, from liquefaction and saccharification to purification and concentration, guaranteeing optimal yield and purity. The plant integrates cutting-edge automation for reduced labor dependency, enhanced operational safety, and minimal energy consumption, making it an ideal solution for large-scale, high-quality HFCS production for diverse food and beverage applications.