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Fine Aggragates Sieves

Price 695.0 INR/ Unit

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Fine Aggragates Sieves Specification

Test Range
Fineness modulus and sieve analysis of aggregates (0.15 mm 4.75 mm)

Temperature
Operational within ambient lab temperature conditions

Specimen Size
Up to 1 kg per sieve stack

Mounting Type
Portable, stackable

Display Type
Not applicable (physical sieving and gradation observed visually)

Humidity
Operational within ambient lab humidity conditions

Response Time
Immediate (depends on mechanical operation)

Equipment Type
Laboratory Sieve Set (Fine Aggregates Sieves)

Hardness
Frame: Brass/Aluminium; Mesh: Stainless Steel

Resolution
Depends on sieve mesh size (finest up to 0.01 mm)

Automation Grade
Manual

Max Height
Varies with number of sieves in stack

Features
Rugged construction, Stainless steel mesh, Brass/Aluminium frames, Stackable design

Application
Particle size analysis, fineness testing of fine aggregates (sand)

Measuring Range
0.15 mm to 4.75 mm (sieve aperture sizes)

Accuracy
Complies with IS: 460 part 1, ASTM E11 standards

Port Size
Available in 8 inch (200 mm) & 12 inch (300 mm)

Number of Specimens
One sample per test (as per IS: 2386 standards)

Power Supply
Not required for hand sieves

Usage
For laboratory analysis of granular fine materials

Capacity
Multiple sieves can be stacked for bulk analysis

Machine Weight
Approx. 2-5 kg (depending on sieve size & stack quantity)

Test Speed
Manual operation (not motorized)

Test Width
Standard laboratory size - 20 cm to 30 cm in diameter

Test Stroke
Not applicable stationary sieving

Control Mode
Manual

Type of Sample
Fine aggregates, sand, soil, cement

End Construction
Deep/half depth as per application

Cleaning Method
Easy wash and brush off

Sieve Diameters Available
200 mm (8 inch), 300 mm (12 inch)

Fitting Type
With lid and receiver (optional accessories)

Sieve Frame Material
Brass or aluminium with stainless steel mesh

Mesh Sizes
IS: 0.15, 0.3, 0.6, 1.18, 2.36, 4.75 mm or as per customer requirement

Conforming Standards
IS: 460, ASTM E11, BS 410

Packaging
Individual or set in corrugated boxes for safe transport

About Fine Aggragates Sieves

Product details

Shape	Round
Material	Brass
Weight	500-1000 gram
Pattern	Plain

Sieve analysis or gradation test is one of the most basic procedure in Civil engineering to determine the particle size distribution of a given sample (mostly sand).

Specification

Design based on the IS 460
The Diameter Of Seive-20cm
Available in the range of 4.75 mm,2.8mm,2.36mm,1.18mm,600micron,425micron,300micron,150micron,90 micron,75micron,45micron and lid and pan

Robust Sieve Construction

These laboratory sieves are built with brass or aluminium frames and durable stainless steel mesh, making them resistant to wear and ensuring long service life. Their rigid construction supports secure stacking for multi-sieve analyses, while deep or half-depth design options accommodate different testing requirements. Each sieve adheres to stringent IS: 460, ASTM E11, and BS 410 standards, ensuring accuracy and consistency in results.

Wide Range of Applications

Fine Aggregates Sieves cater to a variety of materials including sand, soil, cement, and other fine aggregates. Their primary use is for particle size analysis, determining fineness modulus, and gradation assessment according to IS: 2386 standards. These sieves are ideal for quality control in construction, geotechnical labs, and research purposes, supporting specimen capacities of up to 1 kg per sieve stack.

Easy Operation & Maintenance

With a fully manual operation-requiring no power supply-these sieves offer immediate visual grading results. Cleaning is straightforward: users can wash and brush the mesh surfaces with ease. The sieves are lightweight, portable, and come individually boxed or as a set for safe transportation. Optional lids and receivers help contain samples during testing, ensuring user convenience and result integrity.

FAQ's of Fine Aggragates Sieves:

Q: How are Fine Aggregates Sieves used for particle size analysis in a laboratory?

A: To perform particle size analysis, you stack the required sieves (with selected mesh sizes), place a representative fine aggregate sample up to 1 kg on the top sieve, and manually agitate the stack. Particles are separated by mesh size, and gradation is determined by weighing material retained on each sieve, following IS: 2386 or similar standards.

Q: What mesh sizes and sieve diameters are available for these Fine Aggregates Sieves?

A: Mesh sizes range from 0.15 mm, 0.3 mm, 0.6 mm, 1.18 mm, 2.36 mm, up to 4.75 mm, with custom options possible. Sieve diameters are available in 200 mm (8 inch) and 300 mm (12 inch) to suit different testing requirements and sample volumes.

Q: When should I choose brass vs. aluminium sieve frames?

A: Brass frames are typically preferred for their higher durability and resistance to corrosion, ideal for frequent laboratory use. Aluminium frames offer a lighter, more cost-effective option, suitable for general particle size analysis where corrosion is less of a concern.

Q: Where should these sieves be stored and used for optimal performance?

A: Fine Aggregates Sieves should be used and stored in ambient laboratory conditions-within standard room temperature and humidity levels. Keeping sieves clean, dry, and stacking them carefully protects the mesh and frame, preserving accuracy and lifespan.

Q: What is the process for cleaning and maintaining the sieves?

A: After each use, gently brush off residual particles and wash the mesh with water if needed. Avoid abrasive or reactive cleaning agents. Ensure sieves are completely dry before storage to prevent corrosion, particularly with brass frames and stainless steel mesh.

Q: How does the stackable design benefit laboratory analysis?

A: Stackable sieves allow simultaneous separation of a sample into multiple size fractions in one operation, increasing efficiency, reducing handling time, and enabling standardized, repeatable results across different tests.

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