SS Laboratory Test Sieves

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SS Laboratory Test Sieves Specification

Resolution
Mesh-dependent

Max Height
Standard height (50 mm/75 mm/100 mm)

Response Time
Immediate (upon manual handling)

Features
SS304/SS316 construction, corrosion-resistant, high durability, precise mesh

Specimen Size
Up to full sieve diameter

Temperature
Ambient

Power Supply
Not required (for sieve only)

Automation Grade
Manual

Equipment Type
Laboratory Test Sieve

Mounting Type
Stackable

Hardness
High (Stainless Steel)

Accuracy
According to IS/BS/ASTM standards

Humidity
Ambient

Number of Specimens
1 per sieve

Application
Particle size analysis, separation, quality control

Measuring Range
20 m to 100 mm

Test Range
20 m to 100 mm (mesh size)

Usage
Soil, cement, aggregates, powders

Capacity
Vary by mesh size and type, typically up to several hundred grams

Machine Weight
2.5 kg (approx. per sieve)

Test Speed
Manual operation

Test Width
200 mm (8 inch) and 300 mm (12 inch)

Control Mode
Manual

SS Laboratory Test Sieves Trade Information

Minimum Order Quantity
100 Square Foots

Supply Ability
500 Square Foots Per Day

Delivery Time
1-7 Days

Main Domestic Market
All India

About SS Laboratory Test Sieves

Gaylord Enterprise, situated in Ahmedabad, Gujarat, supplying Sieves for Laboratory testing. They are known for consistency, premium quality,etc. Test sieves Wire Mesh can be used for many applications such as building materials, different type of soil, etc. These meshes helps to analyze fine powder. The wire meshes are available to us in large variety. Our team of experts makes sure that we fulfill the requirements of our customers. Our company is providing Test Sieves Wire Mesh at market leading price.

Product Details

Brand	Safety Mesh
Usage/Application	Grading of different type of soil,building materials
Size	4 to 6 inch
Material Grade	SS304
Material	SS

Durable Construction and Premium Finish

Our SS Laboratory Test Sieves are manufactured using SS304 or SS316 stainless steel, delivering exceptional strength and resistance to corrosion. The frames are available in both mirror and matt finishes, catering to different laboratory preferences. Each sieve includes a laser-engraved marking for mesh size and standard compliance, ensuring traceability and long-term readability.

Versatile Applications Across Industries

These laboratory sieves are designed for a wide variety of particle size analyses including soil, cement, aggregates, powders, and other granular materials. Their compliance with international standards like ASTM E11, IS 460, and ISO 3310 makes them suitable for research labs, quality control departments, and educational institutions alike.

Precision and Ease of Use

The sieves feature round aperture meshes made from stainless steel, ensuring accurate separation from 20 m to 100 mm. Their stackable, interlockable design allows for secure and stable testing setups. Cleaning is straightforward with water and mild detergent, supporting thorough maintenance and prolonged service life.

FAQs of SS Laboratory Test Sieves:

Q: How do I clean and maintain SS Laboratory Test Sieves?

A: You can wash the test sieves using water and a mild detergent. Avoid abrasive cleaners to preserve the mirror or matt finish. Proper cleaning ensures accurate results and prolongs sieve lifespan.

Q: What types of analyses can be performed using these laboratory sieves?

A: These sieves are ideal for particle size analysis, separation, and quality control of samples such as soil, cement, aggregates, minerals, and various powders, supporting applications in construction, research labs, and manufacturing.

Q: When should I choose SS304 or SS316 as the body material?

A: SS316 offers enhanced resistance to chemicals and is recommended for environments or samples containing aggressive substances, while SS304 is suitable for standard laboratory uses with excellent durability and corrosion resistance.

Q: Where can I use these sieves and are they compatible with standard testing practices?

A: These laboratory sieves are suitable for use in research laboratories, quality control rooms, educational institutions, and industrial settings. They comply with ASTM E11, IS 460, and ISO 3310 standards, ensuring compatibility with international testing norms.

Q: What is the process for conducting a test using these sieves?

A: Place the sample onto the top sieve of a securely stacked set, manually shake or tap according to relevant standards, and then analyze the fraction retained in each sieve for particle size distribution. No electrical power is required as sieving is manually operated.

Q: What are the benefits of the laser-engraved marking on each sieve?

A: Laser engraving provides permanent, easy-to-read identification of mesh size and compliance standard, reducing mislabeling and supporting accurate record-keeping and traceability in the laboratory.

Q: How does the stackability feature enhance usage?

A: The interlockable frames allow for secure stacking of multiple sieves, preventing slippage during manual agitation and ensuring reliable and consistent separation results across sieve stacks.

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