Gold Leaf Electroscope Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11459
The Gold Leaf
Electroscope is a precision instrument engineered for the detection and
quantitative measurement of electrostatic charge. Designed for Secondary and
University-level physics, it facilitates empirical study of induction and capacitance.
Featuring a graduated scale and shielded gold-leaf sensors, this unit provides
calibrated observations in environments sensitive to ambient air currents.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Shielding Chassis |
Ruggedized Metal Case with
Dual-Pane Glass Windows |
|
Active Leaf Materials |
High-Purity Gold Leaf and
Precision Aluminum Leaf |
|
Measurement Range |
Graduated Internal ale (0° to 90°) |
|
Insulation Grade |
High-Dielectric Plastic
Sleeve Support |
|
Dimensions |
6" x 4" x 8" |
|
Shipping Mass |
1.25 Lbs. |
Key Pedagogical Outcomes
· Dual
Glass Observation Windows:
Allows students to Analyze electrostatic repulsion
without interference from pneumatic variables or ambient air currents.
· Graduated
0° to 90° Scale: Enables students to Evaluate and quantify the relationship between charge
density and leaf deflection, supporting advanced Electrostatics modules.
· Gold/Aluminum
Composite Leaf System:
Facilitates the Application of mass-to-charge ratio
theories, allowing for the observation of sensitivity differences in conductive
materials.
· High-Dielectric
Plastic Insulation.: Empowers students to Construct experiments involving long-duration charge
retention to determine the efficacy of varying insulators.
International Logistics & Compliance
This instrumentation
is prepared for global distribution via export-grade seaworthy crating (ISPM-15
compliant). To ensure seamless customs clearance and institutional deployment,
each unit is accompanied by a Manufacturer’s Authorization Form (MAF), and comprehensive
English-language Technical Manuals. The apparatus is tropicalized, featuring a
ruggedized metal exterior tested for operational integrity in environments up
to 45°C and 90% non-condensing humidity, ensuring performance stability in
varied geographic laboratory settings.
