Sieve Segregation Test Set

About Sieve Segregation Test Set

Consist of perforated plate sieve with square holes of 5 mm, frame dia 300 mm and height of about 40 mm. With Pan of the same dia and depth to retain the materials passing through the sieve. The fitting of Pan and sieve will be such that, the sieve can be removed smoothly without forcing extra material passing through sieve. The collecting bucket made of Mild steel, having ID of about 300 mm and capacity of about 10-12 ltrs. with suitable lid. The Electronic  Balance will be with digital display having 10 kg capacity with 0.5 gm accuracy. The balance will have tare facility and auto zero tracking.

Furtherdetails available on our website.

The Price mentioned here are subject to change as per the capacity,specifications and application of the user. 

Precision Concrete Segregation Testing

The Sieve Segregation Test Set ensures accurate assessment of particle distribution in concrete mixes. Its analog display and 1 mm accuracy deliver dependable readings up to 10 mm particle size, aiding quality control for construction materials. With a resolution of 0.1 mm, it empowers technicians to verify compliance with mix standards and industry specifications.


Sturdy Construction for Reliable Performance

Crafted from stainless steel and mild steel and finished with a powder-coated surface, this equipment is resilient and suited for extensive laboratory use. CE certification guarantees adherence to stringent safety protocols, while the mounting type enables stable benchtop operation. Disassembly is straightforward for maintenance or sample changeover.


Versatile Applications and Immediate Results

Applicable to standard concrete mixes, this test set is essential for exporters, manufacturers, suppliers, and service providers, especially in the construction sector. Its mechanical switch interface and immediate response time allow fast, manual assessments. The equipment operates safely within 5C to 40C and less than 85% relative humidity, catering to a wide range of laboratory environments.