FAMSUN, a renowned name in feed and food engineering machinery, presents the SWFP70 Series Hammer Mill Grinder, a cutting-edge solution for fine grinding in aquafeed and pet food production. Tailored for challenging formulations rich in fiber and fat content, this grinder stands out for its exceptional performance and adaptability.
High Grinding Fineness:
The SWFP70 Series Hammer Mill Grinder excels in achieving remarkable fineness levels, with a capability to reach 65% passing through a 60-mesh screen in traditional aquaculture feed settings. Its innovative pre-grinding area, equipped with toothed plates on the inlet sides, facilitates repeated grinding cycles, enhancing overall efficiency. Furthermore, a specially designed screen with a sealing structure effectively filters out larger particles, ensuring a smooth downstream material flow.
Wide Adaptation to Formulations:
This hammer mill grinder demonstrates superior versatility by effortlessly grinding materials with a minimum of 7% fiber and 10% fat content. Engineered with a high linear speed design, it maximizes the shearing effect, making it an ideal choice for formulations high in fiber and fat. The unique rotor configuration not only boosts grinding efficiency but also prevents screen clogging when processing challenging materials.
Enhanced Grinding Efficiency:
The SWFP70 Series Hammer Mill Grinder by FAMSUN is a game-changer in the industry, offering unmatched performance and adaptability for aquafeed and pet food applications. With its ability to handle high-fiber and high-fat formulations with ease, this grinder ensures consistent, high-quality output, making it a valuable asset for food and feed manufacturers.
Conclusion
The SWFP70 Series Hammer Mill Grinder by FAMSUN is a reliable and efficient solution for achieving precise grinding fineness and maintaining productivity in aquafeed and pet food processing operations. With its innovative features and robust design, this grinder is a must-have for those seeking optimal performance in fine grinding applications.
