Sieve Set 200mm for Sand FM 8 Pcs Per Set (Sieve with Lead Pan)

Description

POPULAR SS Frame Test Sieve Set (Diameter = 200mm) – Rigid Design of Minimum Weight – With Uniform Fabrication for smooth-nesting on each other (WITHOUT CALIBRATION CERTIFICATE) (Set of 8 Pcs).

• SET OF 8 PCS. – Set contains 4.75 mm, 2.36 mm, 1.18 mm, 600 Microns, 300 Microns, 150 Microns, 75 Microns, and Lid & Receiver Set
• SS FRAME—The frame is made of spun brass without joints and has Stainless Steel mesh for the long life of the product.
• UNIFORM FABRICATION – Uniform fabrication allows smooth nesting with each other.
• VERSATILITY – Usage in various places including agriculture, biology, chemistry/plastics, construction materials, engineering/electronics, environment/recycling, food, geology/metallurgy, glass/ceramics, medicine/pharmaceuticals, foodstuff industries, concrete industries, coal industries, etc.
• Our Test Sieves have been completely designed, fabricated, assembled & strictly quality-checked in Bangladesh. 

To use a 200mm Sieve Set for determining the Fineness Modulus (FM) of sand, you need to follow a standardized sieve analysis procedure. This test helps evaluate the particle size distribution of the sand, which is critical for concrete mix design and quality control.

Equipment Needed:

• Sieve set (200 mm diameter) with standard sieve sizes: 4.75 mm, 2.36 mm, 1.18 mm, 600 µm (0.6 mm), 300 µm (0.3 mm), 150 µm (0.15 mm), 75 µm (0.075 mm), Pan (for bottom catch)
• Weighing balance (accurate to at least 0.1 g)
• Sample of oven-dried sand (~500g – 1000g)
• Sieve shaker (optional but recommended)

⚙️ Step-by-Step Procedure:

1. Prepare the Sample

• Take a representative dry sample of sand (~500g to 1000g).

• Record the total weight (W) of the sample.

2. Stack the Sieves

• Arrange the 200 mm sieves in order:

  • Top: 4.75 mm

  • Then: 2.36 mm → 1.18 mm → 600 µm → 300 µm → 150 µm → 75 µm

  • Bottom: Pan

3. Sieve the Sample

• Place the sand on the top (4.75 mm) sieve.

• Cover and shake for 10–15 minutes using a mechanical shaker (or manually).

• After sieving, carefully collect and weigh the amount retained on each sieve.

4. Record the Weights

• Record the individual weight retained on each sieve.

• Calculate the cumulative retained and cumulative % retained for each sieve.