Coconut milk and water are beloved for fresh, pure flavor—achieving this clean taste hinges on thorough filtration to remove husk fibers, pulp debris, and fine sediment. The right filter medium is make-or-break for production lines. MAISHI stainless steel wire mesh stands out as a robust, food-safe solution that meets coconut processing requirements.
Advantages of MAISHI Stainless Steel Wire Mesh:
304/316L food-grade stainless steel wire mesh resists mild acidity in coconut liquids, complying with FDA standards for direct food contact—ensuring zero heavy metal leaching and long-term corrosion resistance.
Uniform mesh apertures enable precise separation, retaining tiny impurities while maintaining smooth liquid flow for enhanced efficiency.
High tensile strength endures continuous vibratory screening, minimizing deformation and extending service life.
Smooth surface prevents fiber and pulp buildup, reducing cleaning frequency and unplanned downtime.
Advantages of Pairing with Vibratory Screens:
High-frequency vibration agitates coconut mixtures, breaking up pulp clumps and clearing mesh apertures for maximum throughput.
Equipped with shock absorption devices, the equipment minimizes vibration impact on the surrounding environment and enhances operational stability.
Advanced energy-efficient technology reduces power consumption, while lowering noise and dust pollution to meet environmental standard
MAISHI’s 80~200 mesh stainless steel wire mesh is highly sought after by Southeast Asian customers for coconut milk and water production. Additionally, we offer other mesh counts and widths to suit customers’ specific needs.
Reach out to the MAISHI team for personalized technical guidance and discover how our wire mesh optimizes coconut product filtration processes.
MAISHI is a leading manufacturer of high-tech wire mesh products.
Through our dedication to customer-centric innovation and over 30 years development, MAISHI products have been exported to over 95 countries, serving more than 30 of the top 500 enterprises. Read More…
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