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GI Sieves

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MOQ : 1 Piece

GI Sieves Specification

Port Size
Varies (as per sieve diameter selection)

Material
Metal

Specimen Size
Depends on sieve diameter, commonly 8 (200mm) or 12 (300mm)

Application
Particle separation & size analysis in laboratories & industries

Max Height
Standard stack height up to 70mm per sieve

Automation Grade
Manual

Response Time
Immediate (manual sieving process)

Resolution
Mesh size dependent

Hardness
Standard galvanized iron hardness

Humidity
Ambient

Mounting Type
Stackable, rimmed for secure fit

Accuracy
Consistent with IS/BS/ASTM Standards

Temperature
Ambient working conditions

Product Type
Survey Instrument

Test Range
Sieve mesh openings from 20 mm to 45 micron

Features
Corrosion resistant, durable, precise mesh

Equipment Type
Galvanized Iron Sieve

Power Supply
Not Required (Manual operation)

Number of Specimens
One per sieve

Measuring Range
20 mm to 45 micron (mesh openings)

Usage
Granule or powder particle size distribution analysis

Capacity
Up to 1-2 kg per sieve

Machine Weight
Lightweight, easy to handle

Test Width
Varies (as per sieve diameter selection)

Control Mode
Manual

Mesh Shape
Round or square as per requirements

Mesh Material
Galvanized Iron or Stainless Steel as per order

Mesh Fineness
Available from coarse to fine (20 mm to 45 micron)

Cleaning Method
Manual wash with water or brush

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

Frame Height
Approx. 50 mm to 75 mm

Compliance Standards
IS 460, ASTM E11, BS 410 standard compatible

Customization
Different mesh combinations and sizes available upon request

Mesh Type
Plain weave or perforated

Edge Type
Beaded for easy stacking and handling

Typical Users
Laboratories, food industry, mining, pharmaceuticals, cement, construction

Outer Finish
Polished ring with smooth surface

Color
Metallic silver

Material of Construction
Galvanized Iron frame with stainless steel or GI mesh

Lid and Receiver Availability
Provided on request for complete set

GI Sieves Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
1-2 Days

About GI Sieves

GI Sieves we deal in are utilized for sieve analysis of coarse aggregates in many test environments and laboratories. These are needed for a demanding accuracy. These sieves are accessible with a clear rigid design. On account of the sieving method these can distinguish small bits from bigger ones. Offered sieves are utilized for flour mills as well as building sites. GI Sieves can sieve out various impurities such as stones and husks. Also, these remove pebbles as well as stones from sand through the process of sieving.

Robust Construction for Long-Term Performance

Manufactured with a galvanized iron frame, and mesh options in stainless steel or GI, these sieves deliver lasting durability and resistance to corrosion. The polished rings and smooth finishes facilitate easy cleaning and handling, supporting prolonged use in demanding environments such as laboratories or industrial sites.

Versatile Applications Across Multiple Industries

These GI sieves are designed for laboratories, food processing, mining, pharmaceuticals, cement, and construction sectors. Suitable for dry or wet sieving, they provide precise particle separation and size analysis for anything from granules to fine powders, ensuring compliance with IS, ASTM, and BS standards.

FAQ's of GI Sieves:

Q: How are GI Sieves used for particle size analysis?

A: GI Sieves are used manually to separate and analyze particles by size. Samples are placed in the appropriate sieve mesh size, stacked if necessary, and agitated manually to allow particles to pass through or be retained, depending on their size, for accurate size distribution analysis.

Q: What materials are used in the construction of GI Sieves?

A: These sieves are constructed with a galvanized iron frame and either stainless steel or GI mesh. The choice of mesh material and type (plain weave or perforated) depends on customer requirements and the particles to be analyzed.

Q: When should I choose fine-mesh versus coarse-mesh GI sieves?

A: Choose fine mesh (down to 45 microns) for small particle or powder analysis, commonly used in pharmaceuticals or chemical labs. Opt for coarse mesh (up to 20 mm) for larger particles, such as in construction, cement, or food processing applications.

Q: Where can these GI Sieves be used?

A: These sieves are versatile and suited for laboratories, mining operations, food processing facilities, pharmaceutical production, cement plants, and construction sites for quality control and materials testing.

Q: What is the proper cleaning and maintenance process for GI Sieves?

A: GI Sieves can be easily cleaned manually using water or a soft brush, depending on sample residue. Avoid harsh chemicals or abrasive scrubbers to preserve the smooth, polished finish and mesh precision.

Q: How do GI Sieves benefit users in industrial or laboratory settings?

A: They offer reliable particle separation with quick, accurate results aligning with IS, ASTM, and BS standards. Their corrosion resistance, durability, light weight, and easy stackability make them exceptionally user-friendly for frequent analysis tasks.

Q: Can GI Sieves be customized for specific applications or mesh sizes?

A: Yes, these sieves can be customized in terms of mesh size, diameter, mesh material, and shape. Lids and receivers are also available upon request to create a complete testing set for specialized requirements.

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