For physical and chemical analysis of grain quality-such as testing viscosity andnutritional components-sample crushing is a critical step.
Our Hammer Type Cyclone Mill is a high-performance crushing device designed forthe grain industry. With its sleek design, compact structure, user-friendly operation,and robust durability, it is ideal for processing small to medium-sized grain sampleslike wheat and rice (with moisture content meeting national standards).
The crushed samples (processed through sieve plates of varying apertures) areperfectly suited for precise analyses, including gluten quantity and quality, fallingnumber, near-infrared components, grain viscosity, and other fine precisionrequirements.
Characteristics：
* High-Speed, Efficient, and Uniform Grinding
Samples are crushed into fine, uniform powder by the high-speed l6,800 RPM) hammer impact and carried through a stainless steelsieve plate into an integrated stainless steel chamber for preparation
* Low Noise Operation
The chamber walls are lined with premium sound-absorbing materials, ensuring quiet performance
* Motor Safety
A buitin temperature protector automatically shuts down the motor if it exceeds the set temperature, allowing restart once cooled
* Self-Cleaning Airflow
The high-speed airfiow during grinding self-cleans the chamber, minimizing the need for manual cleaning between samples.
* Versatile Applications
Crushed samples (processed through various sieve plates) are ideal for analyzing gluten quantity/quality, falling number, near-infraredcomponents, grain viscosity, and other precision requirements.
* Pre-Treatment for Large Samples
Large or irregular samples (e.g., corn kernels) require pre-crushing or direct feeding.
* Moisture Loss
High-speed grinding may reduce sample moisture by 5-10% for samples with 10-20% initial moisture content.
* Integrated Feeder
An automatic feeder is seamlessly integrated with the main unit.
* Easy-to-Clean Design
The detachable grinding chamber features a stainless steel inner lining for effortless cleaning.
Case Show：
Technical Advantages：
Parameter：
