Yoder Sieve Shaker (WET) PTE-YSS-115

Soil Aggregate Stability Testing:
Used to determine the stability of soil aggregates under wet conditions — an important indicator of soil structure and erosion resistance.
Agricultural Soil Research:
Helps evaluate the effect of tillage, cropping pattern, fertilizer, and irrigation on soil structure and aggregate strength.
Soil Health & Fertility Studies:
Widely used in soil testing laboratories and research institutions for assessing soil quality parameters.
Erosion and Sediment Studies:
Determines how soil breaks down under water action, assisting in erosion control and watershed management research.
Environmental and Geotechnical Testing:
Useful for analyzing particle disintegration and soil behavior in wet environments for environmental and construction projects.
Soil Conservation Research:
Helps study the impact of conservation practices like mulching or cover cropping on soil aggregate stability.

For More Technical Information Download The Catalogue

Category Shakers

Wet Sieving System:
Specially designed for wet analysis of soil aggregates and fine materials in a water medium.
Multiple Sieve Sets Capacity:
Can accommodate 1, 2, or 4 sets of sieve stacks, each with up to 7 sieves (8-inch dia.) for simultaneous testing.
Uniform Oscillating Motion:
Provides up and down oscillation of 25 ± 2 cycles per minute, ensuring even sieving action.
Adjustable Timer Control:
Equipped with a digital or mechanical timer (0–60 minutes) for automatic operation and consistent test timing.
Durable Construction:
Made of mild steel with stainless steel sieve supports and water reservoir for corrosion resistance and long life.
Smooth and Silent Operation:
Powered by a ¼ HP motor, vibration-free, and mounted on rubber feet for stability and quiet performance.
Automatic Stop Mechanism:
Machine automatically stops after the preset time to prevent over-agitation.
Water Tank & Drainage System:
Built-in water reservoir with overflow and drainage outlet to maintain constant water level during operation (GI / SS body).
Compact, Rigid & Stable Design:
Heavy-duty frame ensures uniform motion and minimal maintenance.
Low Power Consumption:
Operates efficiently on 220–240 V, single-phase AC, consuming approximately 300 W.
Optional Digital Controls:
Available with digital RPM display, programmable timer, or variable oscillation settings (model dependent).