Food-Grade Starch Production Has High Hygiene Requirements, Full Stainless Steel Vacuum Filter Ensures Compliance

In food-grade potato, cassava and corn starch processing, hygiene safety and compliance are critical for the whole production line. Traditional dewatering equipment often has substandard materials, easy material accumulation, difficult cleaning and insufficient corrosion resistance. These problems may cause slurry contamination, excessive microorganisms and residual impurities, which fail to meet international food production standards.

For export-oriented starch enterprises, equipment must comply with food-grade hygiene regulations. Full stainless steel structure, easy cleaning and no dead corners have become necessary conditions for selection, which are directly related to market access and product safety.

The rotary drum vacuum filter is made of full stainless steel for material contact parts, with compact and smooth structure and no hygienic dead corners. It can effectively avoid material residue and bacterial growth, fully meeting the hygiene requirements of food-grade starch production.

The equipment is equipped with internal cleaning system and movable cleaning nozzles, which can quickly clean the chamber and filter cake area and reduce the risk of cross-contamination.

The machine runs continuously and stably with adjustable drum speed. The scraper is made of high-rigidity alloy, combining hygiene and high-efficiency dewatering. The whole unit complies with international food processing equipment standards, featuring low energy consumption, no peak current and simple maintenance, making it an ideal choice for safe and compliant food-grade starch production lines.

1. Prioritize structure with full stainless steel material contact parts to meet food hygiene and export compliance.
2. Match model to capacity: VF10 (2t/h), VF15 (4t/h), VF20 (5t/h).
3. Choose models with internal cleaning / movable cleaning nozzles to improve cleaning efficiency and hygiene level.
4. Focus on adjustable speed and continuous level control to balance hygiene and operation stability.
5. Prefer smooth, non-dead-corner and easy-to-maintain design to reduce hygiene management cost.