Butterfly / Insect Net, Faraday Manufacturer,Supplier and Exporter in India
Product Code : EL-M-11139
The Faraday Insect Net is a
dual-utility electrostatic apparatus engineered to demonstrate that excess
electrical charge resides exclusively on the external surface of a conductor.
Designed for Secondary and Vocational physics curricula, it meets ISO manufacturing
standards. The unit facilitates high-voltage static electricity experiments and
field collection of biological specimens.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Primary Utility |
Electrostatic surface charge distribution analysis |
|
Secondary Utility |
Biological specimen/insect collection |
|
Insulation Interface |
High-impedance dielectric mounting rod |
|
Conductive Element |
Integrated metallic cord for charge application |
|
Net Material |
Fine-mesh synthetic polymer |
Key Pedagogical Outcomes
- High-Impedance
Insulating Rod: Prevents charge leakage to the operator, allowing for
the precise isolation of static potentials during Gauss’s Law
demonstrations.
- Invertible
Conductive Net Design: Allows students to verify that charge migrates
to the "new" outer surface upon inversion, supporting Bloom’s
Taxonomy levels of Analysis and Evaluation in Electromagnetism.
- Integrated
Conductive Cord: Facilitates direct coupling with Van de Graaff
generators or Wimshurst machines for repeatable, high-potential charging.
- Dual-Purpose
Chassis: Provides cross-disciplinary utility for Field Biology and
Physics, optimizing laboratory procurement budgets for multi-departmental
use.
International Logistics & Compliance
Science Lab Export ensures that all apparatus is
prepared for rigorous international transit and long-term institutional
storage. Packaging consists of export-grade seaworthy crating with anti-static
internal lining. Documentation accompanying all shipments includes the
Manufacturer’s Authorization Form (MAF), IQ/OQ/PQ certification data, and
comprehensive User Manuals in English. The instrument features a tropicalized
design, tested for dielectric integrity and material stability in operational
environments up to 45°C and 90% humidity.
