Test Sieves

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MOQ : 1 Number

Test Sieves Specification

Surface Treatment
Polished Stainless Steel

Technology
Perforation & Weaving

Machine Type
Manual Sieve

Features
Corrosion-resistant, Easy to Clean, Stackable Design

Automation Grade
Manual

Accuracy
Precision manufactured to ASTM & ISO standards

Accessories Type
Lid and Receiver

Operating Pressure
Atmospheric

Type
Laboratory Test Sieve

Material
Stainless Steel 304

Function
Particle Size Analysis

Application
Soil, Aggregate, Chemical, Pharmaceutical Sampling

Test Sieves Trade Information

Minimum Order Quantity
1 Number

Supply Ability
04 Per Month

Delivery Time
3-8 Week

About Test Sieves

Test Sieves

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8" Dia 8" Deep Wash Test Sieves
8" Dia Stainless Steel Wire/Brass Frame Test Sieves
8" Dia Stainless Steel Wire/Stainless Steel Frame Test Sieves
8" Dia 8" Deep Stainless Steel Wire/Brass Frame Test Sieves
12" Dia Stainless Steel Wire/Brass Frame Test Sieves
12" Dia Stainless Steel Wire/Brass Frame Test Sieves
2" Dia Stainless Steel Wire/Brass Frame Test Sieves
2" Dia Stainless Steel Wire/Brass Frame Test Sieves
4" Dia Stainless Steel Wire/Stainless Steel Frame Test Sieves
4" Dia Stainless Steel Wire/Brass Frame Test Sieves
12", 8", 4" and 2" Brass and S.S. Pans and Covers.

Versatile Mesh Size & Frame Options

With mesh openings from 10 microns to 100 mm, our test sieves accommodate a wide range of analytical requirements. The sieves are offered in multiple diameters (200, 300, and 450 mm) and available in both rimmed and unrimmed configurations, as well as standard and half heights to fit various laboratory settings and processes.

Premium Stainless Steel Build & Finish

Manufactured from polished 304 stainless steel, the sieves stand out for their remarkable corrosion resistance and ability to withstand routine cleaning. The advanced perforation and weaving technologies ensure each sieve is precision-manufactured, matching strict ASTM and ISO guidelines for accuracy and reliability.

Tailored to Laboratory Needs

Designed for manual operation, these test sieves facilitate effective particle size analysis across numerous applications such as soil, aggregate, chemicals, and pharmaceuticals. Their stackable, easy-to-handle design, along with essential accessories like lids and receivers, streamline workflow while accommodating temperatures up to 80C.

FAQs of Test Sieves:

Q: How should I use these laboratory test sieves for particle size analysis?

A: To conduct particle size analysis, select an appropriate mesh size for your material, assemble the required number of sieves (stacked as needed), and load your sample. Gently shake or sieve the material manually, allowing particles to separate according to mesh size. Retrieve retained fractions from each sieve for further analysis.

Q: What applications are these test sieves most suitable for?

A: These sieves are designed for precise particle size separation in soil, aggregate, chemical, and pharmaceutical samples. Their wide mesh range and durable stainless steel construction make them ideal for laboratory quality control, research, and production processes across multiple industries.

Q: When is it advisable to choose rimmed versus unrimmed frame designs?

A: Rimmed frames offer enhanced durability and easier stacking, making them suitable for routine, high-volume laboratory use. Unrimmed sieves provide a lower profile, which can be useful when limited vertical space or easy access to the mesh is required.

Q: Where does the precision manufacturing of these test sieves take place?

A: All our test sieves are expertly manufactured in India, under stringent quality control systems. Each sieve is engineered to conform with international ASTM and ISO standards for laboratory instrumentation.

Q: What is the customization process for wire thickness and mesh selection?

A: Wire thickness is tailored according to the specified mesh size to ensure accuracy and durability. During ordering, simply specify your required mesh opening, and the appropriate wire thickness will be engineered for optimal performance.

Q: How does the stackable design benefit laboratory workflows?

A: The stackable construction allows multiple sieves to be used concurrently, enabling comprehensive gradation analysis with efficient use of space. This feature also makes storage and transport more convenient.

Q: What are the primary benefits of using polished stainless steel sieves?

A: Polished stainless steel offers superior corrosion resistance, ease of cleaning, and maintains analytical accuracy over time. It prolongs the lifespan of the sieve while preventing contamination of sensitive samples.

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