Determine Soil Sensitivity to Water and Wind Erosion

Understanding the physical properties of soil is crucial for agricultural research and environmental conservation. The advanced Wet Sieving Apparatus for soil analysis (Model 08.13) is the definitive tool for researchers aiming to quantify soil aggregate stability. By simulating the destructive forces of water and wind, this complete set provides vital data regarding a soil's susceptibility to erosion.

Designed for precision and repeatability, the Wet Sieving Apparatus utilizes the standardized wet sieving method. This process measures the resistance of soil aggregates to breakdown when subjected to water, offering a clear indicator of soil health and structure. Whether you are conducting fundamental soil physics research or evaluating land for agricultural viability, this instrument ensures your data is accurate and comparable.

Addressing Common Soil Research Challenges

Laboratory technicians and soil scientists often encounter difficulties when trying to standardize erosion testing. Do inconsistent manual methods leave you questioning your data? The versatile Wet Sieving Apparatus Model 08.13 is engineered to resolve these specific laboratory pain points.

1. Eliminate Variable Results: Manual agitation is inconsistent. This apparatus uses a pre-programmed immersion and oscillation time to ensure every sample undergoes the exact same stress test.

2. Prevent Chemical Contamination: Some tests require specific reagents. The system includes eight inert beakers, allowing for the safe use of chemicals without degrading the equipment or contaminating the sample.

3. Streamline Workflow: Testing one sample at a time is inefficient. With the capability to handle eight samples simultaneously, you can significantly increase your laboratory's throughput.

Key Features and Operational Benefits

Integrating the precise Wet Sieving Apparatus determination system into your lab provides immediate improvements in testing efficiency and data reliability.

• Standardized Oscillation: The shaking machine moves the cans up and down for a fixed duration, perfectly simulating water-induced breakdown of aggregates.

• Quantitative Analysis: It allows for the precise measurement of stable versus unstable aggregates, providing a clear stability index (0 to 100 percent).

• Fine Sieving Capability: Equipped with 0.250 mm opening sieves (60-mesh), it captures the most relevant particle sizes for erosion studies.

• Robust Construction: Stainless steel sieve cans ensure longevity and resistance to rust and corrosion in wet environments.

• Universal Power Compatibility: The included adapter allows operation on 110-240 VAC, making it suitable for laboratories worldwide.

Technical Specifications

The Wet Sieving Apparatus is built to rigorous standards to ensure it meets the needs of professional soil laboratories.

• Model: 08.13

• Maximum Number of Samples: 8 simultaneous tests

• Measured Parameter: Aggregate stability

• Measurement Range: 0 percent to 100 percent stability

• Standard Sieve Opening: 0.250 mm (Standard set)

• Sieve Surface Area: 10.2 square centimeters

• Sieve Dimensions: 39 mm diameter x 39 mm height

• Can Dimensions: 64 mm diameter x 45 mm height

• Sample Type Compatibility: Disturbed soil samples

• Voltage Requirement: 110-240VAC, 50/60Hz

• Reading Accuracy: Dependent on external weighing equipment

• Standard Inclusions: Shaking machine, 8 sieves, stainless steel cans, power adapter

Operating Principle

The device operates on the scientific principle that unstable aggregates disintegrate in water while stable ones remain intact. The procedure involves filling the sieves with soil and oscillating them in water-filled cans. Disintegrated soil passes through the sieve, while stable aggregates remain. By weighing the stable aggregates against the total sample weight, the Wet Sieving Apparatus calculates a precise stability index.

Ideal Applications

This instrument is an indispensable tool for sectors focused on land management and environmental science.

• Soil Physical Laboratories: For analyzing the structural stability of various soil types.

• Erosion Research: To determine how susceptible specific land areas are to water and wind damage.

• Agricultural Science: Evaluating soil health to improve crop yield and land sustainability.

Equip your laboratory with the reliable Wet Sieving Apparatus standard set today. By ensuring repeatable and accurate aggregate analysis, you provide the essential data needed to combat soil erosion effectively.