Magnetic Wands Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11651
The Ceramic
Magnetic Wand Set is a ruggedized diagnostic tool designed for the empirical
investigation of ferromagnetic properties and magnetic field interactions.
Engineered for Vocational and Secondary introductory science, these instruments
allow for the high-frequency testing of material attraction under ASTM safety
guidelines. The set is optimized for durability in high-density classroom
environments.
Technical
Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
High-Impact ABS Polymer
Encapsulation; Ceramic Magnet Core |
|
Dimensions |
203.2mm x 25.4mm (8” x 1”) |
|
Configuration |
Set of six (6) wands;
Assorted color-coding for group tracking |
|
Magnetic Core |
Ferrite (Ceramic) permanent
magnet |
|
Safety Standard |
Fully encased flux source to
prevent core fragmentation |
Key Pedagogical Outcomes
· Fully
Encased Ceramic Magnet: Enables students
to evaluate the
presence of ferromagnetic materials in unknown samples without risking
contamination or magnet degradation.
· 8-Inch
Lever-Arm Handle: Facilitates the analysis of magnetic
pull-force and tactile feedback during field interaction trials.
· Color-Coded
Assortment: Supports organized group
work and the demonstration of repeatable results
across multiple laboratory stations.
· Ergonomic
ABS Chassis: Allows for the application of
magnetic theory in diverse environments, including liquid-submersion testing
for moisture-resistant studies.
International
Logistics & Compliance
These magnetic assemblies are secured in reinforced,
multi-unit internal packaging within ISPM-15 compliant seaworthy crating to
prevent magnetic interference with sensitive transit instrumentation.
Documentation for international procurement includes the Manufacturer’s Authorization
Form (MAF), Batch-specific Quality Control (QC) reports, and safety data sheets
in English. The wands feature a tropicalized design, with polymer housings
tested for UV stability and structural integrity in environments reaching 45°C
and 90% non-condensing humidity.
