Whirler Centrifugals Private Limited

The Sago Dextrin Manual Screening Plant is a specialized, compact facility designed for the efficient processing of sago dextrin. This plant primarily focuses on the manual screening of the product, ensuring optimal quality control and particle size uniformity. It typically comprises a series of sieves and screens, operated manually, to separate the dextrin into desired grades, removing any lumps or foreign particles. The design emphasizes simplicity, ease of operation, and robust construction, making it suitable for small to medium-scale production environments where precision and hands-on quality assurance are paramount. Its manual nature allows for greater flexibility and immediate adjustments during the screening process, catering to specific product requirements and ensuring a high-purity output of sago dextrin.

A sago native starch industrial screening processing plant is a specialized facility designed for the efficient extraction and refinement of starch from sago palm. This industrial-scale operation primarily focuses on separating impurities and fibers from the raw sago pith, yielding a high-quality native starch product. The process typically involves several stages, including washing, rasping, screening, and dewatering. Advanced screening technologies, such as vibrating screens and hydrocyclones, are employed to achieve optimal separation and purity. The plant's design emphasizes continuous operation, automation, and hygiene to meet industrial production demands and ensure the starch is suitable for various applications, including food, textile, and adhesive industries. The goal is to maximize starch recovery while minimizing waste and energy consumption.

This manual screening plant is designed for the production of potato starch-based adhesives, focusing on quality control and impurity removal. It employs a hands-on screening process to meticulously filter out foreign particles, lumps, and inconsistencies from the adhesive mixture. This ensures a uniform and high-quality end product, crucial for reliable bonding performance. Ideal for smaller-scale operations or specialized adhesive formulations, the plant offers a cost-effective and straightforward method to achieve precise material specifications. Its manual nature allows for close oversight, enabling operators to fine-tune the screening process to meet stringent quality standards for various adhesive applications.