This newly upgraded series features optimized performance and a complete suite of functional configurations. It is primarily used for the long-term stabilization, cooking, and auxiliary heating of fish feed and livestock feed. It is also perfectly suited for the cooking and sterilization of powder material processing.

Performance Characteristics

01 Flexible Process Integration

The conditioner is built with a standardized interface design, allowing it to be easily combined with conventional conditioning equipment. Its VFD-controlled speed allows for quick adaptation to various working conditions, with a maximum material fill rate of 70% for high throughput.

02 Enhanced Efficiency and Hygiene

The system utilizes a full screw rotor that enforces a first-in, first-out material flow, resulting in uniform moisture distribution and low residue buildup. All parts that come into contact with the material are constructed from food-grade stainless steel, ensuring strict adherence to hygiene standards.

03 Precise and Reliable Temperature Management

Temperature control is both accurate and safe. The shell and doors feature a full-coverage electric heating jacket, managed by an intelligent temperature control system for rapid, precise heating. A thickened insulation layer, filled with high-quality flame-retardant material, ensures minimal heat loss, contributing to significant energy savings. An optional rotor steam heating function is available to solve the issue of insufficient conditioning temperature in cold environments.

04 Simplified Operation and Maintenance

The machine is designed for ease of use. It features large maintenance doors supported by double gas springs, making maintenance and cleaning stable and convenient. A multi-functional locking handle balances operational flexibility with safety requirements.

05 Key Configuration Upgrades

The series includes several major performance enhancements:

An upgraded transmission system improves both reliability and ease of maintenance.

A new material distribution mechanism reduces discharge fluctuation, increasing uniformity by 50%.