Test Sieves

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Test Sieves Specification

Product Type
Test Sieves

Dimension (L*W*H)
Standard size 8 inch diameter (other sizes available)

Color
Silver

Power
Not required (manual operation)

Usage
Particle Size Analysis, Separation of Materials

Capacity
Depends on mesh size and material, typically up to 500g per sieve

Classification
Lab Equipment

Weight
Approx. 400-500 grams per sieve

Material
Stainless Steel frame and mesh

Application
Laboratories, Material Testing, Quality Control

Operate Method
Manual or with sieve shaker

About Test Sieves

RT-510 TEST SIEVES

200 mm (8”) made of Rolled Brass Sheet, Spun Body jointless frame. Folded bottom having beaded rim at top. Mounted with Stainless Steel cloth . Finished as per BSS / ASTM / ISS / Microns.

MODELS	BSS	ASTM	ISS	Aperture
TS-01	4	5	480	4.75 mm
TS-02	5	6	340	3.35 mm
TS-03	6	7	280	2.80 mm
TS-04	7	8	240	2.36 mm
TS-05	8	10	200	2.00 mm
TS-06	10	12	170	1.70 mm
TS-07	12	14	140	1.40 mm
TS-08	14	16	120	1.18 mm
TS-09	16	18	100	1.00 mm
TS-10	18	20	85	850 microns
TS-11	22	25	70	710 microns
TS-12	25	30	60	600 microns
TS-13	30	35	50	500 microns
TS-14	36	40	40	425 microns
TS-15	44	45	35	355 microns
TS-16	52	50	30	300 microns
TS-17	60	60	25	250 microns
TS-18	72	70	20	212 microns
TS-19	85	80	18	180 microns
TS-20	100	100	15	150 microns
TS-21	120	120	12	125 microns
TS-22	150	140	10	106 microns
TS-23	170	170	9	90 microns
TS-24	200	200	8	75 microns
TS-25	240	230	7	63 microns
TS-26	300	270	6	53 microns
TS-27	325	300	5	45 microns
TS-28	350	325	4	44 microns
TS-29	400	380	3	40 microns
TS-30	Lid and Pan Set made of Brass for above

Precision Mesh and Durability

The test sieves are crafted from corrosion-resistant stainless steel, ensuring longevity and reliability even in demanding laboratory environments. The plain woven wire mesh allows for precise separation and particle-size analysis. With standard and custom mesh sizes available, these sieves conform to prominent international standards for consistent, traceable results.

Versatile and User-Friendly Design

Featuring interlocking frames for secure stacking, these sieves can be used manually or with a mechanical sieve shaker. Manual washing or ultrasonic cleaning keeps the sieves in optimal condition. Each unit is laser-marked for clear identification and can withstand operating temperatures up to 120C.

Wide Range of Applications

Designed for laboratories, material testing, and quality control, these sieves are suitable for particle size separation across various industries. Their robust design and standardized construction make them an ideal solution for exporters, manufacturers, and suppliers in India seeking quality-assured lab equipment.

FAQs of Test Sieves:

Q: How do I select the appropriate mesh size for my testing requirements?

A: To choose the optimal mesh size, consider the smallest and largest particles you wish to separate or analyze. The sieves are available from 10 microns to 100 mm, conforming to standards like ASTM E11. Select mesh sizes based on your materials specifications and testing objectives.

Q: What procedures should I follow for cleaning the test sieves?

A: Test sieves can be cleaned manually with a soft brush and mild detergent or by using an ultrasonic cleaner to remove fine particles. It is important to avoid abrasive materials to maintain the mesh integrity and prolong sieve life.

Q: When should I use multiple sieves in a stack during a particle analysis?

A: Stacking several sieves with varying mesh sizes is necessary when you need to separate materials into distinct particle size ranges. Securely interlocked frames allow for stable stacking during manual shaking or when using a sieve shaker.

Q: Where are these test sieves most commonly used?

A: These test sieves are widely utilized in laboratories, material testing facilities, and quality control departments across multiple industries such as pharmaceuticals, construction, mining, and food processing sectors.

Q: What benefits do stainless steel frames and mesh offer in laboratory applications?

A: Stainless steel provides excellent corrosion resistance, mechanical strength, and ease of cleaning, ensuring consistent performance and durability in laboratory settings. The polished finish also aids hygienic handling and maintenance.

Q: How are the test sieves marked for easy identification?

A: Each sieve is laser-engraved with the aperture size for permanent, accurate, and effortless identification, aiding traceability and compliance with testing standards.