Hand Operated Sieve Shaker

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MOQ : 1 Unit

Hand Operated Sieve Shaker Specification

Measurement Range
As per Test Sieve Size

Temperature Range
Ambient

Capacity
Up to 7 sieves of 8 inch diameter can be used

Accuracy
Depends on standard sieve mesh

Feature
Sturdy Construction, Portable, Low Maintenance

Frequency
Manual Operation (No Frequency)

Automation Grade
Manual

Core Components
Rotating Mechanism, Clamping Units

Power Source
Manual / Hand Operated

Model No
Varies By Manufacturer

Equipment Materials
Mild Steel / Cast Iron

Type
Hand Operated Sieve Shaker

Usage
Sieve Analysis in Laboratory

Dimension (L*W*H)
About 450 mm x 350 mm x 800 mm

Weight
Approx. 30-35 kg

Hand Operated Sieve Shaker Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Letter of Credit (L/C), Telegraphic Transfer (T/T)

Main Export Market(s)
Australia, South America, Western Europe, Middle East, Central America, Asia, Eastern Europe, North America, Africa

Main Domestic Market
All India

Certifications
ISO 9001-2015

About Hand Operated Sieve Shaker

Product Specification

Feature	Portable
Operating Mode	Manual
Type	Bench Type
Minimum Order Quantity	1 Number

Product Description

This is a bench type model which is portable, sturdy and convenient for bench mounting. The side to side movement to the carrier which can take upto 7 sieves of 20cm diameter is through a chain of gears operated by a hand wheel.

Sturdy and Portable Design

Built with mild steel or cast iron and featuring a powder-coated or stove-enameled finish, this sieve shaker is designed for durability and longevity. Its portable structure allows easy movement throughout laboratory and field environments, making it versatile for different testing scenarios.

Efficient Manual Operation

This sieve shaker uses a gear-operated hand lever, giving the operator full control over the rotation speed and testing process. The manual mechanism eliminates the need for electricity, ensuring accuracy and consistency in particle size analysis, even in locations where power supply may be unreliable.

Versatile Sieve Compatibility

Compatible with 200 mm or 8-inch diameter sieves, the shaker can accommodate up to 7 sieves in a stack with a maximum height of approximately 50 cm. Its spring-loaded clamping system securely holds the sieve stack in place, allowing safe and efficient testing of various materials.

FAQs of Hand Operated Sieve Shaker:

Q: How does the hand operated sieve shaker work?

A: The hand operated sieve shaker uses a gear-driven hand lever to agitate a stack of sieves. By manually turning the lever, the user drives the rotating mechanism, ensuring efficient and uniform sample separation for precise analysis.

Q: What materials can be tested using this sieve shaker?

A: This equipment is suitable for a broad range of materials, including soil, sand, cement, aggregates, and fine powders. It is commonly used for quality control and particle size analysis in laboratories and construction projects.

Q: When should I use a hand operated sieve shaker instead of a motorized one?

A: A hand operated sieve shaker is ideal for locations without reliable electricity, small-scale laboratories, or where low-noise and simple maintenance are required. It is especially useful for field applications and educational laboratories.

Q: Where is this sieve shaker most commonly used?

A: This sieve shaker is frequently used in civil engineering laboratories, material testing labs, and research facilities. It is a popular choice for distributor, exporter, importer, and service provider setups across India.

Q: What process is involved in performing a sieve analysis with this equipment?

A: Place up to seven compatible sieves in the stack, secure them using the spring-loaded clamping system, add your sample (up to 500 grams), and use the hand lever to operate the shaking mechanism. After a set duration, the retained material on each sieve is measured for particle size distribution.

Q: What are the main benefits of using a hand operated sieve shaker?

A: Key benefits include silent operation, no need for electricity, portable design, easy maintenance, sturdy construction, and the ability to achieve reliable, consistent results for a variety of sample materials.

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