Product Description
Our range of Dry Sieve Test Apparatus is known for its durable performance and accuracy. It is capable of comparing geotextiles. This apparatus has an AOS (Apparent Opening Size) through which the geotextiles pore structure is measured. It correlates it to steel mesh size with utmost finesses. Our clients can avail this reliable range of machine at industry leading prices. It complies with set industry standards. Its technical specifics are tabulated below:
Features:
High functionality
Advanced design
Rugged construction
Technical Specification:
Precision and ComplianceThe Dry Sieve Test Apparatus is crafted to deliver reliable test results in accordance with major global standards, including IS:2386 (Part 1), ASTM C136, and BS EN 933-1. Its robust stainless steel or brass frame construction ensures durability, while corrosion resistance preserves its quality over time. Operating at a low noise level of less than 75 dB, it supports laboratory environments focused on both accuracy and operator well-being.
Effortless Clamping and OperationWith a heavy-duty clamping system featuring a secure lock, this apparatus guarantees the stability of sieves during testing. The integrated timer (digital or mechanical) allows users to set precise testing durations up to 60 minutes. The electric motor delivers uniform vibration, combining rotational and vertical movement to enhance sieve efficiency. This design, complemented by manual operation, ensures straightforward use for laboratory personnel.
FAQ's of Dry Sieve Test Apparatus:
Q: How does the Dry Sieve Test Apparatus ensure consistent particle size analysis?
A: The apparatus employs an electric motor that generates uniform vibration through both rotational and vertical oscillation movements. This consistent motion helps achieve accurate and repeatable particle separations, meeting recognized international testing standards.
Q: What materials are used in the construction of the sieve frame, and why are they chosen?
A: The frame is built from robust stainless steel or brass, offering excellent durability and resistance to corrosion. These materials ensure long-lasting performance and maintain the integrity of test results even after repeated laboratory use.
Q: When should I use the integrated timer and what are its benefits?
A: The integrated digital or mechanical timer can be set from 0 to 60 minutes, allowing precise control over test durations. This ensures repeatability and accuracy in each analysis, helping laboratories maintain consistent testing procedures.
Q: Where and in what applications is this Dry Sieve Test Apparatus typically used?
A: The apparatus is designed for laboratory use, particularly in industries such as construction, civil engineering, mining, and materials science. It serves well for quality control, material research, and educational purposes wherever particle size distribution analysis is vital.
Q: What is the operational process for using the Dry Sieve Test Apparatus?
A: To use the apparatus, stack the required sieves, secure them with the heavy-duty clamping mechanism, set the desired time on the integrated timer, and power on the motor to initiate uniform vibration and oscillation. After the set period, analyze the retained samples as per your testing protocol.
Q: How does the low noise operation benefit laboratory environments?
A: Operating at less than 75 dB, the apparatus minimizes noise pollution in the lab. This creates a quieter, more comfortable workspace, reducing distractions and potential hearing risks for laboratory personnel.