Hygienic Stainless Steel Filter

Dairy Alternative Processing

1. High Open Area and Fine Slot Size for Enhanced Texture: Our plant milk screens feature a high open area combined with a precise slot design, which maximizes dewatering efficiency while minimizing residue passage. This ensures the utmost purity of the liquid, significantly enhancing the final plant milk's smooth mouthfeel, meeting consumer preferences for delicate, particle-free beverages, and directly correlating to superior product "cleanliness."
2. Efficient Separation for Product Stability: Precise filtration capability effectively removes solid impurities that affect the product's texture, stability, and shelf life, ensuring the uniform consistency of the plant milk.
3. Food-Grade Materials and Hygienic Design: Manufactured using stainless steel or other food-grade materials that comply with food safety standards, guaranteeing safety for contact with food products.

Brewing Industry

1. Easy-to-Clean Design for High Sanitation Demands: To meet the stringent sanitation standards of the food industry, our filter screens feature an easy-to-clean body design. Their smooth surfaces and specialized structure effectively prevent material buildup (fouling), supporting CIP (Clean-in-Place) / SIP (Sterilization-in-Place) systems. This enables fast, thorough cleaning, maximizing the equipment's "cleanability" and reducing the risk of cross-contamination.
2. Accurate and Stable Slot Size for Increased Yield and Extended Cycles: By optimizing the slot size with precise and consistent aperture distribution, the screen maximizes the total effective area while maintaining the efficiency of precoat adhesion. This significantly boosts product yield, lowers initial pressure drop, reduces pump energy consumption, and extends the backwash cycles.
3. Robust Durability for Long-Term Stable Operation: Built with high-strength materials and structure, the screens can withstand high flow rates and continuous operation. This ensures stable filtration efficiency is maintained even during peak production periods, minimizing maintenance downtime.