About Sieve Shaker
Sieve Shaker
We are a quality driven organization, presently offering a superior assortment of Sieve Shaker gyratory. These shakers make the sieving process much simpler by separating the required materials form unwanted materials with the help of filters. Our Sieve Shaker gyratory is designed to perfection at our state of art machining facility under the able guideline of our veteran engineers. Motorized operation, build in mechanical timer and durability are some of the characteristics of our shakers.
Further Details:
The shaker is driven by motor through a reduction gear. It is also supplied with a mechanical timer with 0-60 minute time allocation. (Supplied without sieves)
Models Available For Carrying 7 Sieves :
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200 mm diameter
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300mm diameter
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450mm diameter
Designed for Precision and DurabilityBuilt with a corrosion-resistant powder-coated mild steel body and a powerful 0.25 HP motor, this sieve shaker is engineered for longevity and consistent performance. The adjustable clamping system securely fits both 8-inch and 12-inch sieves, providing flexibility for different testing requirements. Its bench-top design ensures stable operation in varied laboratory settings.
User-Friendly Features for Efficient OperationWith an adjustable vibration amplitude and selectable continuous or intermittent operating modes, users can fine-tune the equipment for different materials and analysis needs. The intuitive timer control (analog or digital) allows for precise setting up to 60 minutes, while the low noise level (<60 dB) ensures a comfortable working environment.
Accurate, Reliable Sieving ResultsThis mechanical sieve shaker offers uniform sieving action and accuracy within 1% sieve aperture. Suitable for material, soil, and construction testing, it streamlines the particle size analysis process. Its semi-automatic operation and included set of standard sieves further enhance the convenience and reliability of repeated testing tasks.
FAQs of Sieve Shaker:
Q: How does the sieve shaker operate for particle size analysis?
A: The sieve shaker uses vibration or a gyratory mechanism to agitate stacked sieves, separating particles based on size. You can set the desired time (up to 60 minutes) and adjust vibration amplitude to ensure precise, uniform sieving. This process allows efficient particle size or sieve analysis in laboratory and testing environments.
Q: What types of samples and applications is this sieve shaker suitable for?
A: This device is ideal for materials such as soils, aggregates, and various construction or laboratory samples. Its primary applications include particle size analysis and sieve analysis in soil testing, material investigation, and quality control for construction or laboratory research.
Q: When should I adjust the vibration amplitude or operating mode?
A: Adjust the vibration amplitude and operating mode (continuous or intermittent) depending on the material being analyzed. Finer or lighter samples may require gentler amplitude, while denser or coarser samples may benefit from stronger vibrations. The intermittent mode can help prevent particle buildup, depending on material properties.
Q: Where can this sieve shaker be installed and used?
A: Its compact, bench-top design makes it suitable for installation in laboratories, testing facilities, construction quality labs, and research institutes. The shaker requires a power source of 220-240 V AC and a stable, level surface for effective operation.
Q: What is the process for setting up and using the sieve shaker?
A: Begin by assembling up to 7 sieves (8 or 12-inch diameter) in the shaker and securing them with the adjustable clamping device. Select your timer setting and adjust the vibration amplitude as needed. Start the shaker using your preferred operating mode, and monitor the process with the analog or digital display.
Q: How does the corrosion-resistant, powder-coated finish benefit users?
A: The specialized finish protects the shaker against rust and chemical corrosion, significantly extending its lifespan, especially in high-use laboratory or field environments. This ensures ongoing reliable performance with minimal maintenance.
Q: What are the key benefits of using this mechanical sieve shaker?
A: Key advantages include accurate sieve results (1% aperture accuracy), easy operation, durable construction, low-noise performance, and flexibility for different sieve sizes. Its ability to deliver uniform analysis supports superior quality control in laboratory, construction, and field testing applications.