Quinck`s Tube Method

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Product Details:

Usage Measurement of magnetic susceptibility of liquids and solutions
Power Not required (manual operation)
Display Scale graduations, manual reading
Product Type Laboratory Apparatus (Quincks Tube Method device)
Material Glass tube, metallic stand, rubber fittings
Design Tubular glass assembly with flat base and graduated scale
Power Source Not required (manual/manual operation)
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Quinck`s Tube Method Price And Quantity

Minimum Order Quantity 1 Unit

Graduated Scale Calibrated for accurate fluid level measurement
Temperature Suitability Works at ambient laboratory temperatures
Stand Heavy metal base ensures stability during measurement
Maintenance Easy cleaning and tube replacement
Tube Length Tubular section approx. 25cm
Compliance Meets common educational laboratory standards
Application Used in physics laboratories for magnetic susceptibility experiments
Packaging Supplied in protective foam-lined box
Tube Diameter Typical internal bore 6-8mm
Assembly Type Detachable glass tube with fixed metal stand
Safety Information Non-toxic materials; handle glass parts with care

Quinck`s Tube Method Product Specifications

Dimension (L*W*H) Approx. 30cm x 10cm x 10cm
Display Scale graduations, manual reading
Design Tubular glass assembly with flat base and graduated scale
Accuracy High precision, suitable for student and laboratory use
Power Source Not required (manual/manual operation)
Material Glass tube, metallic stand, rubber fittings
Detector No electronic detector; manual reading via tube scale
Power Not required (manual operation)
Weight Approx. 600 grams
Illuminant External light source required; not included
Usage Measurement of magnetic susceptibility of liquids and solutions
Product Type Laboratory Apparatus (Quincks Tube Method device)

Graduated Scale Calibrated for accurate fluid level measurement
Temperature Suitability Works at ambient laboratory temperatures
Stand Heavy metal base ensures stability during measurement
Maintenance Easy cleaning and tube replacement
Tube Length Tubular section approx. 25cm
Compliance Meets common educational laboratory standards
Application Used in physics laboratories for magnetic susceptibility experiments
Packaging Supplied in protective foam-lined box
Tube Diameter Typical internal bore 6-8mm
Assembly Type Detachable glass tube with fixed metal stand
Safety Information Non-toxic materials; handle glass parts with care

Quinck`s Tube Method Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

Measurement of susceptibility of paramagnetic solution (Quinck`s Tube Method)

Measurement of Susceptibility of paramagnetic solution is a laboratory setup to measure susceptibility of paramagnetic solution by Quinck`s tube Method. Susceptibility refers to that quantity of a substance by virtue of which the substance get magnetized. In other words, it refers to the extent of induced magnetization in unit field. On the basis of Susceptibility, a substance can be classified as diamagnetic, paramagnetic and ferromagnetic substance, which is an important observation in material science.

Setup consists of the following equipments :

Quinck`s tube Graduated with wooden stand
Electromagnet 7.5KG
Gauss Meter 0-20KG with In As probe
Power supply For Electromagnet.
Paramagnetic sample

Precision Measurement for Magnetic Experiments

Quincks Tube Method provides an accurate and reliable means of measuring the magnetic susceptibility of liquids. Its graduated scale enables fine fluid level readings, and the robust, detachable construction makes it practical for frequent laboratory use. Designed with education and research in mind, this manual apparatus ensures consistent results without electronic detectors.

User-Friendly and Safe Design

The device features a heavy metal stand for exceptional stability and a detachable glass tube to facilitate simple cleaning and maintenance. Manufactured from non-toxic materials and packaged in protective foam, Quincks Tube Method can be handled and operated safely by both students and professionals. Only standard care for glass apparatus is required.

FAQs of Quinck`s Tube Method:

Q: How does the Quincks Tube Method measure magnetic susceptibility?

A: The Quincks Tube Method measures magnetic susceptibility by observing how the level of liquid in the calibrated glass tube rises or falls in response to an applied magnetic field. Changes in liquid level are read manually using the graduated scale on the tube.

Q: What components are included with the Quincks Tube Method apparatus?

A: The kit includes a calibrated glass tube (6-8mm internal bore, approx. 25cm long), a robust metal stand with a heavy base, rubber fittings, and a foam-lined protective box. No electronic detectors or power sources are required.

Q: When should I use this method in the laboratory?

A: This apparatus is best suited for laboratory or educational experiments requiring manual, high-precision measurement of liquid magnetic susceptibility, especially for demonstrations or hands-on learning by students.

Q: Where can Quincks Tube Method be safely operated?

A: The device is designed for use in standard laboratory environments at ambient room temperatures. It should be placed on a stable, flat surface to ensure safe and accurate operation.

Q: What is the process for assembling or cleaning the device?

A: To assemble, attach the glass tube securely to the metal stand using the rubber fittings provided. For cleaning, detach the glass tube and wash it carefully; replacement tubes are available as needed.

Q: What are the main benefits of using this apparatus for magnetic susceptibility experiments?

A: Benefits include high measurement precision, ease of manual operation without electronics, simple cleaning and maintenance, safe design, and suitability for both students and professional labs.

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