Electrostatic Induction Generator Key benefits Reliable static generation using induction: Two spinning electrophorus plates create a strong induction effect that accumulates static charge efficiently on the discharge fork and ball electrode. Durable conductive surface: The conductive plate is coated with a firm, longlasting conductive material that avoids the common problem of aluminum foil peeling. Works in humid conditions: Improved design maintains static generating performance even in humid weather and on rainy days. Designed for laboratory experiments: Produces voltage on the of tens of thousands of volts, suitable for electrostatics experiments and measurement setups. Features and functions Induction operation: Generates charge through electrostatic induction when the two electrophorus components are rotated relative to each other. The ball electrode on the discharge fork collects charge, and the fork includes an insulated handle for safe manipulation during experiments. Conductive coating: The conductive layer is applied as a durable coating rather than a removable foil, improving longevity and consistency of results. Performance in varied climates: Optimized to reduce losses from atmospheric moisture, enabling experiments in lessthanideal environmental conditions. Experimental compatibility: Intended for use with other electrostatic apparatus to study charge distribution on conductor surfaces, to test charge transfer, and to improve experimental conversion rates. Materials and compatibility Main conductive surfaces: coated conductive material for durability and stable electrical behavior. Discharge assembly: ball electrode on a discharge fork with insulated handle for controlled charge collection. Compatibility: Designed to integrate with standard electrostatic lab equipment and educational demonstration kits. Use scenarios Classroom demonstrations: Show charge accumulation, spark discharge, and voltage phenomena in physics lessons on electrostatics. Laboratory measurements: Combine with electrometers, Leyden jars, or surface charge probes to measure charge distribution and voltage behavior. Research and training: Use as a reliable charge source for experiments investigating conductor surface charge, corona effects, or charge transfer efficiency. This generator is intended for educational and laboratory use where a stable, durable source of electrostatic charge and voltage is required.