The GUNT Screening Machine enables separation of solid mixtures into defined particle size classes using a vibrating sieve system. During the screening process, particles are compared against the mesh openings in terms of size and shape. Irregularly shaped particles may pass or be retained depending on their orientation. As the vibration agitates the material, each particle has multiple chances to pass through successive mesh layers. Coarser particles are retained in the upper layers, while finer particles pass downward. The included screen set features multiple mesh widths for custom configurations, and integrated scales allow users to quantify and analyze particle size distribution.
Product Features
- Vibrating screening machine for separation of solid mixtures by particle size
- Multiple interchangeable screens with varying mesh widths included
- Mesh width decreases from top to bottom for progressive separation
- Irregular particle shapes are considered in screening efficiency
- Vibration ensures multiple opportunities for particles to pass through each screen
- Coarse particles retained in upper sections, fine particles collect below
- Scales provided for mass determination of each separated fraction
- Supports determination of complete particle size distribution
- Adjustable configuration for different materials and analysis needs
Benefits
- Visual and practical understanding of particle separation by size
- Accurate classification of particles into measurable fractions
- Enhances training in solids process engineering and quality control
- Customizable setup with different mesh widths for varied applications
- Ideal for education in mechanical, process, and environmental engineering
Why Choose the GUNT Screening Machine Particle Size Distribution Analysis?
The GUNT Screening Machine provides an efficient, hands-on tool for teaching particle size classification using vibratory sieving. Its flexible screen configuration, precise measurement capabilities, and clear design make it an essential training system for understanding separation processes in bulk material handling and process technology.
