Gold Leaf Electroscope in Glass
Product Specification Sheet
Gold Leaf Electroscope in Glass
Model Number: MT-1065
The Gold Leaf Electroscope in Glass from Micro Technologies is a compact electrostatics laboratory apparatus designed for the detection and qualitative investigation of static electric charge. The MT-1065 incorporates a conducting top terminal connected to a sensitive internal leaf arrangement enclosed within a transparent glass body for clear observation and protection during experiments.
Product Specification
The Gold Leaf Electroscope in Glass from Micro Technologies is designed for practical laboratory investigations involving static electricity, electric charge, electrostatic induction and charge transfer. Its transparent glass enclosure provides excellent visibility of the internal indicating arrangement while helping protect the sensitive components from external disturbance.
The MT-1065 incorporates a conducting terminal at the top connected through an internal conducting stem to a lightweight leaf arrangement positioned inside the glass enclosure. This configuration provides a simple and effective method for observing electrostatic effects.
When a suitable electric charge is transferred to the upper terminal, the charge redistributes through the connected conducting components. Similar charges on the sensitive movable elements produce electrostatic repulsion, resulting in visible movement or divergence.
The resulting leaf movement provides a qualitative indication of the presence of electric charge. This makes the apparatus particularly useful for fundamental electrostatics experiments where visible charge detection is required.
The MT-1065 can also be used to demonstrate electrostatic induction. When a charged body is brought near the upper terminal without touching it, free charges within the conducting arrangement redistribute due to the external electric field.
This redistribution can produce a visible response in the leaf arrangement without direct transfer of charge. The experiment provides a practical demonstration of the distinction between induction and charging through physical contact.
For contact-charging experiments, an appropriately charged conductor can be brought into contact with the upper terminal. Electric charge transferred to the electroscope produces a corresponding response in the sensitive internal indicator.
With suitable experimental procedures and a known reference charge, the apparatus can also assist in qualitative comparisons of charge polarity. Changes in leaf divergence can be observed when an unknown charged object is brought near the terminal.
The glass enclosure is an important feature of this configuration. It provides a transparent barrier around the sensitive internal arrangement, helping reduce the influence of air currents and accidental physical contact while maintaining excellent visibility.
The compact flask-style construction also makes the electroscope convenient for laboratory benches and storage. Its simple configuration allows repeated demonstrations without requiring a complex experimental setup.
The MT-1065 can be used with a proof plane, Van de Graaff generator, conductor set and other compatible electrostatics apparatus for broader investigations involving charge transfer, induction and surface charge behaviour.
Atmospheric conditions can influence electrostatic experiments. High humidity and contamination on insulating surfaces can increase charge leakage, so the apparatus should be maintained in clean and dry condition for consistent observations.
Manufactured and supplied by Micro Technologies, the Gold Leaf Electroscope in Glass is suitable for physics laboratories, electrostatics laboratories and scientific demonstration facilities requiring a compact and clearly visible electrostatic charge detector.
Features
- Gold leaf electroscope configuration
- Transparent glass enclosure
- Conducting upper terminal
- Internal conducting stem
- Sensitive leaf arrangement
- Clear internal visibility
- Visible electrostatic response
- Protective enclosed construction
- Suitable for static charge detection
- Supports electrostatic induction experiments
- Useful for charge-transfer demonstrations
- Demonstrates electrostatic repulsion
- Compact laboratory configuration
- Qualitative charge indication
- No external power required
Benefits
- Provides visible detection of static electric charge
- Transparent glass body allows clear observation
- Helps demonstrate repulsion between like charges
- Supports electrostatic induction investigations
- Useful for contact-charging experiments
- Glass enclosure helps protect sensitive components
- Reduces disturbance from direct air movement
- Compact configuration simplifies laboratory handling
- Suitable for repeated electrostatics demonstrations
- Requires no external electrical supply
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Gold Leaf Electroscope in Glass |
| Model No. | MT-1065 |
| Product Type | Electrostatics Laboratory Apparatus |
| Electroscope Type | Gold Leaf |
| Enclosure | Glass |
| Enclosure Configuration | Transparent |
| Upper Terminal | Conducting |
| Internal Connection | Conducting Stem |
| Indicator | Sensitive Leaf Arrangement |
| Indication | Leaf Deflection / Divergence |
| Primary Function | Electrostatic Charge Detection |
| Related Study | Electrostatic Induction |
| Charge Transfer Study | Supported |
| Measurement Type | Qualitative |
| Power Requirement | Not Required |
| Application | Physics / Electrostatics Laboratory |
Available Model
| Model No. | Product |
|---|---|
| MT-1065 | Gold Leaf Electroscope in Glass |
Applications
- Static electric charge detection
- Gold leaf electroscope experiments
- Electrostatic induction demonstrations
- Electrostatic repulsion experiments
- Charge-transfer investigations
- Contact electrification experiments
- Qualitative charge comparison
- Charge polarity investigations
- Proof plane experiments
- Van de Graaff generator experiments
- Conductor charge investigations
- Static electricity demonstrations
- Electrostatics laboratory practicals
- Physics laboratory experiments
Available Variants
Gold Leaf Electroscope in Glass, Glass Gold Leaf Electroscope, Gold Leaf Electroscope, Glass Electroscope, Laboratory Gold Leaf Electroscope, Electrostatic Electroscope, Static Charge Electroscope, Physics Laboratory Electroscope
SKU System
MT-GLEG-1065
FAQs
What is a Gold Leaf Electroscope in Glass used for?
It is used to detect static electric charge and perform experiments involving electrostatic induction, charge transfer and electrostatic repulsion.
What is the Micro Technologies model number?
The Micro Technologies model number is MT-1065.
How does the Gold Leaf Electroscope indicate charge?
Electric charge introduced into the conducting system causes similar charges to develop on the sensitive movable elements. Their electrostatic repulsion produces visible leaf deflection or divergence.
Why is the electroscope enclosed in glass?
The glass enclosure protects the sensitive internal arrangement from air currents, accidental contact and mechanical disturbance while providing clear visibility.
Can it demonstrate electrostatic induction?
Yes. A charged object brought near the upper terminal can redistribute charge within the electroscope and produce a visible response without direct contact.
Can it demonstrate charging by contact?
Yes. Electric charge can be transferred by touching the conducting terminal with a suitably charged conductor during an appropriate experiment.
Can it be used to compare positive and negative charges?
With an appropriate experimental procedure and a known reference charge, the electroscope can assist in qualitative comparison of charge polarity.
Can it be used with a Van de Graaff Generator?
Yes. A compatible Van de Graaff Generator can be used as an electrostatic charge source for suitable experiments with the electroscope.
Does humidity affect the electroscope?
Yes. High humidity can increase surface charge leakage and reduce the observable leaf response. Clean and dry laboratory conditions generally provide better results.
Does the Gold Leaf Electroscope in Glass require electricity?
No. The MT-1065 operates through electrostatic charge and mechanical leaf movement and does not require an external electrical power supply.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Transparent glass enclosure
- Sensitive gold leaf configuration
- Clear electrostatic charge indication
- Suitable for induction and charge-transfer experiments
- Compact laboratory design
- Reusable electrostatics apparatus
- Institutional and bulk procurement available
- OEM supply requirements supported
Call to Action
Choose the Gold Leaf Electroscope in Glass – MT-1065 from Micro Technologies for practical experiments involving static charge detection, electrostatic induction, repulsion and charge transfer. Contact us for competitive pricing, institutional procurement, physics laboratory equipment supply, bulk requirements, OEM orders and customized quotations.
