Quincke's Tube Apparatus
Product Specification Sheet
Quincke's Tube Apparatus
Model Number: MT-PH072
The Quincke's Tube Experiment Apparatus from Micro Technologies is designed to determine the magnetic susceptibility of paramagnetic liquids using Quincke's method. The apparatus enables students and researchers to study the magnetic behavior of liquid samples by measuring the displacement of the liquid column in a controlled magnetic field. Featuring a compact design, a specially engineered Quincke's tube, and a stable teslameter probe arrangement, it is an ideal solution for universities, engineering colleges, research laboratories, and educational institutions.
Product Specification
The Quincke's Tube Experiment Apparatus is a precision laboratory instrument developed to determine the magnetic susceptibility of paramagnetic and diamagnetic liquids using Quincke's method. The experiment enables students to study the response of liquid samples when exposed to a magnetic field and understand the relationship between magnetization and magnetic field intensity. It provides valuable practical knowledge of magnetic properties and material characterization, making it an essential experiment in advanced physics laboratories.
Manufactured by Micro Technologies, the apparatus features a compact laboratory setup that simplifies experimental operation while maintaining high measurement accuracy. The well-organized arrangement includes straightforward electrical connections and a dedicated stand for secure positioning of the teslameter probe. This stable configuration minimizes alignment errors, reduces setup time, and allows reliable experimental observations during repeated laboratory sessions.
The Quincke's Tube Experiment Apparatus incorporates a specially designed Quincke's tube engineered to fit accurately between the magnetic pole pieces. The precision dimensions of the tube ensure proper alignment within the magnetic field, resulting in improved measurement consistency and repeatability. The integrated system allows users to determine the magnetic susceptibility of liquid samples, including ferric chloride (FeCl₃) solutions, with enhanced accuracy and ease of operation.
Micro Technologies manufactures this equipment using durable laboratory-grade materials, precision mechanical components, and reliable measuring accessories to ensure dependable long-term performance. The Quincke's Tube Experiment Apparatus is widely used in universities, engineering colleges, research laboratories, scientific training institutes, and educational organizations for studying magnetic susceptibility, magnetism, and material properties. With robust construction, accurate measurements, and user-friendly operation, Micro Technologies provides an ideal solution for modern magnetism laboratories.
Features
- Compact and space-saving laboratory design
- Precision Quincke's tube for accurate measurements
- Stable teslameter probe mounting system
- Simple electrical connections for quick setup
- Reliable magnetic susceptibility measurement
- Optimized tube dimensions for precise alignment
- Durable laboratory-grade construction
- User-friendly operation
- Repeatable and consistent experimental performance
- Suitable for educational and research laboratories
Benefits
- Demonstrates magnetic susceptibility through practical experimentation
- Enables accurate analysis of paramagnetic liquid samples
- Simplifies laboratory setup and operation
- Produces reliable and repeatable measurement results
- Enhances understanding of magnetic material properties
- Requires minimal maintenance
- Provides excellent long-term value for educational and research institutions
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Quincke's Tube Experiment Apparatus |
| Model Number | MT-PH072 |
| Product Type | Physics Laboratory Equipment |
| Principle | Quincke's Method for Magnetic Susceptibility |
| Sample Type | Paramagnetic & Diamagnetic Liquids |
| Standard Sample | Ferric Chloride (FeCl₃) Solution |
| Measurement | Magnetic Susceptibility |
| Probe Holder | Teslameter Probe Stand |
| Tube Type | Precision Quincke's Tube |
| Material | Powder-Coated Metal with Glass & Mechanical Components |
| Color | Grey & Black |
| Applications | Physics Laboratories, Universities, Colleges, Research Institutes |
| Compliance Standard | Standard Laboratory Equipment Manufacturing Practices |
Available Variants
- Standard Quincke's Tube Experiment Apparatus
- Advanced Magnetic Susceptibility System
- Educational Demonstration Model
- Research Laboratory Configuration
- Institutional Laboratory Package
SKU System
| Variant | SKU |
|---|---|
| Standard | MT-PH072-ST |
| Advanced | MT-PH072-AD |
| Educational | MT-PH072-ED |
| Research | MT-PH072-RS |
| Institutional | MT-PH072-IN |
FAQs
What is the Quincke's Tube Experiment Apparatus used for?
The apparatus is used to determine the magnetic susceptibility of paramagnetic and diamagnetic liquid samples using Quincke's method by observing liquid displacement in a magnetic field.
Which sample is commonly used for this experiment?
Ferric chloride (FeCl₃) solution is commonly used as the standard paramagnetic sample for demonstrating magnetic susceptibility measurements.
What is the purpose of the specially designed Quincke's tube?
The precision Quincke's tube is engineered to fit accurately between the magnetic pole pieces, ensuring proper alignment and improving the accuracy of magnetic susceptibility measurements.
Is this apparatus suitable for educational laboratories?
Yes. It is widely used in schools, engineering colleges, universities, research laboratories, and scientific training institutes for magnetism and material property experiments.
Can institutions purchase this equipment in bulk?
Yes. Bulk quantities are available for universities, laboratories, government organizations, distributors, and educational institutions. Customized configurations can also be provided.
How should the apparatus be maintained?
Keep the glass tube clean, inspect the teslameter probe and electrical connections regularly, protect the equipment from dust and moisture, and store it in a clean, dry environment for long-term reliable performance.
Why Choose Our Products
- Precision-engineered magnetism laboratory equipment
- Strict quality inspection before dispatch
- Durable construction for continuous laboratory use
- Accurate and repeatable experimental performance
- Bulk manufacturing capability with responsive technical support
Call to Action
Upgrade your magnetism laboratory with the Quincke's Tube Experiment Apparatus from Micro Technologies. Micro Technologies supplies premium laboratory equipment for universities, colleges, research institutes, and distributors. Contact Micro Technologies today to request a quotation, discuss customization requirements, or place your bulk institutional order.
