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Perforated Malt Screens

Perforated Malt Screens are specially designed for malt processing and brewing industries to ensure efficient filtration, separation, and uniform flow of materials. The precise perforation pattern allows malt particles to pass consistently while retaining husks and impurities, improving process efficiency and product quality.


Manufactured from high-quality stainless steel or food-grade metals, these screens offer excellent durability, corrosion resistance, and hygiene. Available in various sizes, thicknesses, and perforation patterns, they can be customized for specific malt processing equipment, ensuring reliable performance, easy maintenance, and long-lasting operation in brewing and food processing systems.

Design

  • Precise perforation pattern ensures uniform malt separation.

  • Strong construction withstands continuous processing operations.

  • Customizable dimensions fit various malt processing equipment.

  • Tailored thickness supports high operational loads.

  • Corrosion-resistant materials extend service lifespan.

  • Engineered geometry delivers reliable long-term performance.

  • Smooth surface prevents malt particle damage.

  • Optimized hole size enhances filtration efficiency.

  • Food-grade metals ensure safe product handling.

Features

  • High efficiency in malt filtration processes.

  • Excellent resistance to corrosion and wear.

  • Smooth material flow with minimal clogging.

  • Durable construction for continuous operation.

  • Lightweight yet mechanically strong design.

  • Low maintenance reduces operational downtime.

  • Cost-effective solution with reliable performance.

  • Easy cleaning and maintenance for hygiene.

  • Supports uniform particle separation consistently.

  • Customizable perforation patterns for process needs.

Industrial Application

Used in brewing, distilleries, food processing, beverage production, malt processing plants, and grain treatment facilities for malt filtration, separation, dehusking, and material flow optimization in industrial processing systems.

Compatible Environments
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