Standard Test Sieves

Name: Standard Test Sieves
Brand: LAKSH ENTERPRISES
Price: 500 INR
Availability: InStock

Price 500 INR/ Unit

Get a Price/Quote

MOQ : 100 Units

Standard Test Sieves Specification

Shape
Round

Features
Aperture: 45 microns, Wire Mesh

Type
Standard Test Sieve

Dimension (L*W*H)
200 mm / 8 Inch Diameter

Equipment Type
Sieve

Equipment Materials
Brass Frame, Brass Mesh

Material
Brass

Application
Particle size analysis, laboratory use

Aperture Size
45 micron

Mesh Material
Brass

Frame Material
Brass

Mesh Type
Wire mesh

Easy Handling
Yes

Sieve Diameter
100 mm

Corrosion Resistance
Yes

Compliance Standard
IS 460

Stackable Design
Yes

Lightweight
Yes

Standard Test Sieves Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Standard Test Sieves

Reserve your piece of scientific excellence with our Standard Test Sieves, crafted from sterling brass for unparalleled durability and exquisite corrosion resistance. Featuring a valiant wire mesh with a scarce 45-micron aperture, these cost-effective tools guarantee precise particle size analysis. With a stackable, lightweight, and easy-to-handle design, each sieve meets IS 460 standards for reliable laboratory application. Their round 100 mm diameter and robust brass frame ensure consistent performance, making them an invaluable asset for exporters, suppliers, and traders across India.

Commercial Applications and Material Features of Standard Test Sieves

Standard Test Sieves, acclaimed for their sterling brass construction, find extensive commercial usage in laboratory particle size analysis, quality control, and research facilities. The exquisite 45-micron wire mesh ensures accurate and repeatable results with every use. Their corrosion-resistant, lightweight design allows for easy handling and stackability, enhancing functionality in fast-paced environments. To apply, simply place your sample on the sieve and agitate, allowing only appropriately sized particles to pass through the mesh.

Payment Terms, Certification, and Sample Policy for Standard Test Sieves

Order completion proceeds swiftly with flexible payment options suited to business needs. Once an order is confirmed, express shipping ensures quick arrival, minimizing lab downtime. Sample policies are transparent-contact us to discuss your requirements. All Standard Test Sieves come with certifications of compliance to IS 460, guaranteeing reliability. Trusted by numerous clients, our products are validated with sterling documentation, supporting smooth procurement and international trade transactions.

FAQ's of Standard Test Sieves:

Q: How are Standard Test Sieves typically used in particle size analysis?

A: Standard Test Sieves are used by placing material samples on the wire mesh and shaking them, either manually or with a sieve shaker, allowing particles smaller than 45 microns to pass through and be collected for analysis.

Q: What materials make up the structure of these test sieves?

A: These sieves feature a brass frame and a valiant brass wire mesh, ensuring corrosion resistance and durability even under rigorous laboratory conditions.

Q: When can I expect my order to arrive after completion?

A: Once your order is confirmed, express shipping ensures prompt arrival. Delivery times depend on your location, with most shipments dispatched shortly after order processing.

Q: Where can the Standard Test Sieves be applied commercially?

A: These sieves are suitable for research labs, quality control departments, industrial processing units, and any environment that requires precise particle size analysis.

Q: What certifications do the sieves comply with?

A: All our Standard Test Sieves adhere to IS 460 standards, ensuring accuracy, performance, and reliability for critical laboratory applications.

Q: How does the stackable design benefit laboratory work?

A: The stackable feature allows multiple sieves to be used together in a single operation, facilitating multi-stage particle separation and saving valuable workspace during tests.

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