In the ever-evolving paper industry, the quest for superior product quality is a constant challenge, particularly when it comes to the incorporation of additives. Among these additives, starch plays a crucial role in reinforcing the strength of recycled cardboard. The Tek-Flux 1400A Electromagnetic Flow Meter emerges as a cost-effective and efficient solution, enhancing the overall performance of this intricate process.
Starch is integral to the paper production process, particularly in recycled cardboard manufacturing. It arrives at the mill in powdered form, characterized by varying particle sizes and moisture content, and is subsequently stored in silos. The starch is then mixed with water in a small tank using a variable speed Auger, before being pumped into the piping system for transportation to the cooking system. Maintaining the precise water-to-starch ratio is vital, as it directly impacts the quality of the final product.
One of the primary challenges in paper production is the accurate measurement of various liquid additives, which are essential for ensuring the quality of the final product. Paper mills utilize a range of additives, including powdered products diluted in water, dyes, bleaches, and liquids with low conductivity and high viscosity. Accurate measurement of these substances is critical, as any deviation can compromise the quality and structural integrity of the paper products.
The Tek-Flux 1400A series of Electromagnetic Flow Meters offer a reliable and economical solution for measuring starch water in paper mills. These flow meters handle the unique demands of the paper production process, ensuring precise measurement and control. By accurately maintaining the correct water-to-Paper&Pulp balance, the Tek-Flux 1400A helps optimize the mixing and pumping process, ultimately leading to a higher-quality end product.
In summary, the Tek-Flux 1400A Electromagnetic Flow Meter stands out as a vital tool for paper mills, addressing the critical need for precise additive measurement. Its cost-effectiveness and reliability make it an essential component in the pursuit of superior paper product quality.
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