Laboratory Round Sieve

Thursday February-20 2025  12:07:31

Laboratory round sieve is a commonly used laboratory screening equipment used for particle size analysis and screening of solid materials. It usually consists of screen frame, screen mesh, vibrator and base.

Laboratory Round Sieve Features

1. Stainless steel material: Stainless steel frame and perforated plate/wire mesh, high stability and corrosion resistance. Stainless steel sieves are strong, high temperature resistant and not easy to deform.

2. Micro mesh: This stainless steel wire mesh filter has very micro mesh holes, which can effectively perform solid-liquid separation operations.

3. Round sieve: The outer and inner edges of the laboratory round sieve are made of seamless crimping technology, which firmly fixes the sieve in place and is not easy to fall off.

4. Easy to clean: The smooth surface of the sieve eliminates cross contamination, simplifies sieve cleaning, and can be stacked for classified filtration to effectively separate materials.

5. Multiple uses: The laboratory round sieve is suitable for long service life, high reliability, and is suitable for all screening tasks.

The main features of Laboratory round sieve are simple structure, easy operation and the ability to provide reliable screening results. It can be used for screening various granular materials, including powdery, granular and granular materials. The screen aperture of Laboratory round sieve can be changed as needed to adapt to materials of different particle sizes.

Laboratory round sieve has a wide range of applications in laboratories. Here are some common application areas:

Product description of laboratory round sieves:

What is the use of laboratory round sieve?

Particle analysis: Laboratory round sieve can be used for particle size analysis of granular materials. Through the different apertures of the screen, the particle size distribution of the material can be determined, helping researchers understand the physical properties and particle characteristics of the material.

Quality control: In pharmaceutical, food, chemical and other industries, laboratory round sieve is used for quality control to ensure that the particle size of the product meets the prescribed standards. Through screening, the consistency and quality stability of the product can be checked.

Raw material screening: In the laboratory, laboratory round sieve can be used to screen raw materials to remove impurities and unwanted particles. This helps improve the efficiency of experimental and production processes and ensures that the raw materials used are of good quality.

Research and Development: Laboratory round sieve plays an important role in the new product research and development process. By screening materials of different particle sizes, researchers can evaluate the impact of different particle sizes on product performance, providing a basis for product optimization and improvement.

What are the different types of laboratory round sieves?

Classification by diameter

200mm laboratory round sieve: a sieve with a larger diameter, suitable for processing more samples.

75mm laboratory round sieve: a sieve with a smaller diameter, suitable for processing a small amount of samples or fine screening.

Classification by material

Stainless Steel Test Sieves: corrosion-resistant and high-temperature-resistant, suitable for most laboratory environments.

Brass laboratory round sieve: good conductivity, suitable for some special experimental needs.

Nylon laboratory round sieve: light and not easy to rust, suitable for samples sensitive to metals.

Technical specifications for laboratory round sieves

What is the difference between a dry laboratory round sieve and a wet laboratory round sieve?

Aspect	Dry Laboratory Round Sieve	Wet Laboratory Round Sieve
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Purpose	Used for dry sieving of granular or powdered materials	Used for wet sieving of samples that require water or liquid to separate particles.
Sample Type	Dry, free-flowing materials (e.g., sand, flour, grains)	Wet or slurry samples (e.g., soil, clay, or materials that clump when dry).
Sieving Process	Particles are separated by mechanical shaking or vibration	Water or liquid is used to wash samples through the sieve mesh.
Mesh Materiall	Typically made of stainless steel, brass, or nylon	Often made of corrosion-resistant materials like stainless steel to withstand water exposure.
Design Considerations	Designed to prevent clogging of dry particles	Designed to handle liquid flow and prevent mesh clogging from wet samples.
Cleaning	Easier to clean as it only deals with dry residues	Requires thorough cleaning to remove liquid residues and prevent corrosion.
Applications	Common in industries like agriculture, construction, and food processing	Used in environmental testing, geology, and industries dealing with wet materials

Precautions for laboratory round sieves

When operating the laboratory round sieve, first put the materials to be screened into the screen frame, and then start the vibrator to make the screen frame start to vibrate. The force of vibration causes the materials to form a hierarchical distribution on the screen. The larger particles are blocked by the screen, while the smaller particles fall through the screen into the collection container below. By adjusting the amplitude and time of vibration, the effectiveness of the screening process can be controlled.

There are some issues you need to pay attention to when using laboratory round sieve. First, select the appropriate screen aperture to suit the particle size range of the material. Secondly, keep the screen frame and screen mesh clean to avoid material accumulation and blockage. In addition, according to actual needs, other analysis methods, such as microscope observation, particle size analyzer, etc., can be combined to further analyze and confirm the screening results.

In general, laboratory round sieve is a simple and effective laboratory screening equipment, which is widely used in particle size analysis and screening of granular materials. It plays an important role in laboratory research, quality control and process optimization, providing reliable data support for scientific research and industrial production.

Customization and standard of laboratory round sieves

Dahan Machinery can provide a unique customized service to achieve single-piece production or small-batch production of any perforation pattern: any perforation pattern, any plate thickness, custom plate material, any hole spacing and tolerance, all in accordance with customer specifications.