Electrostatic Kit
Product Specification Sheet
Electrostatic Kit
Model Number: MT-1066
The Electrostatic Kit from Micro Technologies is a comprehensive laboratory set designed for practical investigations of static electricity, electric charge, electrostatic induction, attraction, repulsion and charge transfer. The MT-1066 combines multiple electrostatics accessories in a single experimental kit, making it suitable for a broad range of physics laboratory demonstrations.
Product Specification
The Electrostatic Kit from Micro Technologies is designed to provide a versatile collection of apparatus for conducting fundamental experiments in electrostatics. Instead of requiring individual accessories to be arranged separately, the kit brings together multiple components needed for practical investigations of electric charge and static-electricity phenomena.
The MT-1066 is suitable for experiments involving the generation, detection, transfer and interaction of electrostatic charge. Its multi-component configuration enables different experimental arrangements to be assembled according to the required laboratory activity.
One of the fundamental concepts that can be demonstrated using the kit is electrostatic attraction and repulsion. Charged objects can interact with one another or with suitable lightweight materials, providing a clear visual demonstration that unlike charges attract while like charges repel.
The kit is also useful for investigating charging by contact. When a charged conducting body comes into contact with another suitable conductor, electric charge can be transferred between the objects and subsequently investigated using compatible charge-detection components.
Experiments involving electrostatic induction can also be performed. A charged object brought close to a conductor can cause redistribution of free charges within the conductor without necessarily making direct electrical contact.
This provides an important practical distinction between charging by contact and electrostatic induction. Different components within the kit can be arranged to make these effects observable during laboratory demonstrations.
The MT-1066 can also support investigations involving charge detection. Suitable electroscope-type components can provide visible qualitative indication of the presence or movement of electrostatic charge during an experiment.
Experiments involving different materials can be used to investigate how objects become electrically charged through suitable contact or friction procedures. This introduces the fundamental behaviour of insulating and conducting materials in electrostatic systems.
The kit provides a useful platform for investigating charge distribution on conducting surfaces. Appropriate conductor accessories can be incorporated into experiments to compare electrostatic behaviour at different regions or on different geometries.
Multiple accessories allow the experimental configuration to be changed without requiring a completely separate apparatus for every demonstration. This makes the kit useful for a sequence of related electrostatics practicals.
The MT-1066 can help connect theoretical concepts such as electric charge, electric fields, potential, induction and electrostatic force with directly observable physical effects.
Electrostatic experiments are strongly influenced by atmospheric conditions. For effective demonstrations, the apparatus should be maintained in a clean and dry condition because high humidity can increase charge leakage and reduce observable electrostatic effects.
The exact experiments possible depend on the accessories supplied with the selected kit configuration. Specific component requirements can be confirmed when ordering for a particular laboratory curriculum or experimental requirement.
Manufactured and supplied by Micro Technologies, the Electrostatic Kit is suitable for physics laboratories, electrostatics laboratories and scientific demonstration facilities requiring a versatile collection of static-electricity apparatus.
Features
- Comprehensive electrostatics laboratory kit
- Multiple experimental accessories
- Suitable for static electricity demonstrations
- Supports electric charge experiments
- Useful for electrostatic induction studies
- Supports attraction and repulsion demonstrations
- Suitable for charge-transfer experiments
- Useful for charge-detection activities
- Supports conductor investigations
- Multiple experimental configurations
- Reusable laboratory components
- Convenient integrated kit
- Suitable for comparative experiments
- Designed for physics laboratory use
- Suitable for repeated demonstrations
Benefits
- Combines multiple electrostatics accessories in one kit
- Supports a broad range of static-electricity experiments
- Helps demonstrate attraction and repulsion
- Allows charge-transfer investigations
- Supports electrostatic induction demonstrations
- Provides practical understanding of electric charge
- Reduces the need to source basic accessories separately
- Allows different experimental setups to be assembled
- Useful for repeated laboratory demonstrations
- Connects electrostatic theory with practical observations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Electrostatic Kit |
| Model No. | MT-1066 |
| Product Type | Electrostatics Experiment Kit |
| Configuration | Multi-Component |
| Primary Study | Static Electricity |
| Charge Detection | Supported |
| Charge Transfer Experiments | Supported |
| Electrostatic Induction | Supported |
| Attraction & Repulsion Study | Supported |
| Conductor Experiments | Supported |
| Experimental Setup | Configurable |
| Components | Multiple Electrostatic Accessories |
| Operation | Manual / Electrostatic |
| Application Area | Physics / Electrostatics |
| Use | Laboratory / Demonstration |
Available Model
| Model No. | Product |
|---|---|
| MT-1066 | Electrostatic Kit |
Applications
- Static electricity experiments
- Electric charge demonstrations
- Electrostatic attraction experiments
- Electrostatic repulsion experiments
- Electrostatic induction investigations
- Charge-transfer experiments
- Charging by contact demonstrations
- Charge-detection experiments
- Conductor and insulator investigations
- Surface charge demonstrations
- Electric field concept demonstrations
- Electrostatic force investigations
- Physics laboratory practicals
- Electrostatics laboratory experiments
- Scientific demonstrations
Available Variants
Electrostatic Kit, Electrostatics Kit, Static Electricity Kit, Electrostatic Experiment Kit, Physics Laboratory Electrostatic Kit, Electrostatic Demonstration Kit, Electric Charge Experiment Kit, Electrostatics Apparatus Set
SKU System
MT-ESK-1066
FAQs
What is an Electrostatic Kit used for?
An Electrostatic Kit is used for practical experiments involving static electricity, electric charge, electrostatic induction, attraction, repulsion, charge transfer and charge detection.
What is the Micro Technologies model number?
The Micro Technologies model number is MT-1066.
Does the kit contain multiple electrostatics components?
Yes. The kit is designed as a multi-component experimental set containing accessories for different electrostatics demonstrations. Exact contents can vary according to the supplied configuration.
Can the kit demonstrate electrostatic attraction and repulsion?
Yes. Suitable components can be used to demonstrate the attractive and repulsive forces associated with electric charges.
Can electrostatic induction be demonstrated?
Yes. The kit supports suitable experiments in which a charged body causes redistribution of charge in a nearby conductor without direct contact.
Can charge transfer be investigated?
Yes. Suitable components can be arranged for experiments involving the transfer of electric charge between bodies.
Can the kit be used to detect electric charge?
Yes. Compatible charge-detection components within an appropriate kit configuration can provide qualitative indication of electrostatic charge.
Can conductor and insulator behaviour be investigated?
Yes. Suitable experiments can be performed to compare the electrostatic behaviour of conducting and insulating materials.
Does humidity affect electrostatic experiments?
Yes. High humidity can increase charge leakage and reduce observable electrostatic effects. Clean and dry conditions generally provide better experimental results.
Can the kit configuration be supplied according to laboratory requirements?
Component requirements can be specified according to the intended experiments or institutional laboratory needs, subject to the available supply configuration.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Multi-component electrostatics solution
- Suitable for a wide range of experiments
- Supports charge, induction and electrostatic force studies
- Convenient laboratory kit configuration
- Reusable experimental components
- Suitable for institutional and bulk procurement
- Custom laboratory requirements supported
- OEM supply requirements available
Call to Action
Equip your laboratory with the Electrostatic Kit – MT-1066 from Micro Technologies for versatile experiments involving static electricity, electric charge, induction, attraction and repulsion. Contact us for current pricing, detailed kit contents, institutional procurement, bulk laboratory supply, OEM requirements and customized quotations.
