8″ DIA SIEVES
8″ DIA SIEVES






Product Code
8" DIa Sieves
Standards
ASTM E11, AASHTO M 92
Sieves are utilized in a variety of sieve testing applications, including soil sampling and classification, as well as powdered and granular materials. 8" Sieves are specialized materials used for the filtration of samples depending on the size of their components. Sieves are usually made circular in shape and have a diameter of 8 inches that makes them very applicable in different areas. Mostly, these sieves are made of a mesh or perforated material with the fine particles passing while large particles remain.
Among other sizes of the sieve, the 8" version is the most balanced between portability and efficiency. Smaller sieves do not manage large enough loads, while large sieves are too awkward to move around. This is the middle ground in smaller-scale projects as well as larger industrial applications.
Materials applied to 8" sieves vary widely. Stainless steel is one popular variant made from durable and anti-corrosion-resistant material, while plastic uses lightweight and relatively cheaper material. In both cases, the material avails its different advantages hence making it very important to make a choice based on intended use.
Woven Wire Cloth and Perforated Plate Sieves are available in frame diameters of 8" dia (200 mm) and 12" dia (300 mm), with nominal aperture sizes suited for a variety of applications and requirements.
Sieves are made entirely of stainless steel.
How to Use 8" Sieves Effectively
Effective use of 8" sieves is to try making a real difference in the tasks of material processing, be it in the laboratory, construction site, or agricultural sector. Here is how you will make your sieves become even more effective through step-by-step guides.
Step 1: Gather Your Materials
Ensure that you have all you need:
- Your 8" sieve of the appropriate type for your task.
- The material you want to sift.
- A container for the sifted material.
- A spatula or scraper to collect materials, in case required.
Step 2: Prepare Your Work Area
Choose a flat, stable area for sifting. This will help to avoid spills and make work not stressful. In the case of fine materials, you should place a tray or pan under your sieve in order to catch the overflow.
Step 3: Load the Sieve
Load all the material, into the middle of the sieve with caution, because you should not load the sieve. In fact, overloading could potentially lead to uneven sifting and reduce the process effectiveness. A guideline for filling the sieve is to fill it up to half its capacity.
Step 4: Begin Sifting
The following are a few methods you may use in sifting effectively:
- Shaking: Use the ends of the sieve to hold it and gently shake it back and forth. This motion is used to let the smaller particles fall through the screen. In this way, the coarser will be located on top
- Tapping: Working with denser materials, tapping on the sides of the sieve may dislodge particles that are lodged in the mesh.
- Rotation: The other use of the sieve is in turning in a circular motion that allows the even spread of the material and improves sifting.
Step 5: Observe and Adjust
As you filter, take a minute to consider the results. If you find too many bigger particles flowing through, you may need to change your approach or use a sieve with a different mesh size.
Step 6: Collect the Sifted Material
Once you have sifted, take out the sieve carefully, and collect the sifted material in the container at the bottom. You can run a spatula on the sieve to scrape off particles left on it if necessary.
Step 7: Clean the Sieve
Clean your 8'' sieve after each use to keep it performing at its best. Here are some guidelines:
- For metal sieves, clean with warm soapy water and soft brush. Avoid abrasive material that may leave scratch marks on the surface.
- For plastic sieves, a soap and water wash is normally enough.
- Let it dry completely before you put it away not to rust or become moldy.