Electrostatics Kit Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11626
The Electrostatics
Kit is a comprehensive assembly of triboelectric materials engineered for the
empirical investigation of charge generation, transfer, and polarity. Optimized
for Secondary and Vocational (TVET) physics, this kit facilitates evidentiary
demonstrations of static potential in accordance with international laboratory
safety and ASTM standards. It provides the requisite variables for analyzing
electron affinity across various material substrates.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade (Friction Rods) |
Borosilicate Glass
(Hollow/Half-Ground); Vulcanized Ebonite |
|
Contact Media Surface Area |
152mm x 152mm (6" x
6") Silk, Faux Fur, and Flannel Pads |
|
Tether Specifications |
3.048m (10 ft.) Insulating
Cord |
|
Projectile/Indicator Media |
3 High-Elasticity Latex
Spheres |
|
Dimensions (Rod Average) |
Calibrated for manual
handling in laboratory environments |
Key Pedagogical Outcomes
· Tri-Material
Rod Set (Hollow Glass, Half-Ground Glass, and Ebonite): Enables students to evaluate the impact
of surface texture and material density on total charge accumulation (Q).
· Multi-Textured
Friction Pads (Silk, Faux Fur, and Flannel):
Facilitates the analysis of the Triboelectric
Series by observing polarity shifts when different substrates are paired.
· 10ft
Insulating Tether and Latex Balloons: Allows
students to demonstrate electrostatic repulsion
and attraction forces, supporting Coulomb’s Law modules.
· Half-Ground
Glass Rod: Permits students to compare the
efficiency of charge distribution between polished and abrasive dielectric
surfaces.
International Logistics & Compliance
Our export-grade Electrostatics Kits are secured in
moisture-barrier packaging within ISPM-15 compliant, seaworthy crating to
ensure the integrity of the glass components during multimodal transit.
Documentation provided for international procurement includes the Manufacturer’s
Authorization Form (MAF), batch-specific IQ/QC validation reports, and
technical manuals in English. The vulcanized and glass components feature a
tropicalized design, tested for dielectric stability in environments reaching
45°C and 90% non-condensing humidity.
