Inclined Plane, Brass Manufacturer,Supplier and Exporter in India
Product Code : EL-M-11094
The Science Lab Export Inertia Disc is a calibrated
laboratory instrument engineered for the empirical determination of moment of
inertia via torsional oscillation. Designed for University physics departments
and advanced engineering laboratories, this apparatus features a precision-machined
brass disc and integrated split-chuck coupling. It complies with ISO manufacturing
standards for rigorous institutional use and quantitative kinematic analysis.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Solid Machined Brass, High-Density Alloy |
|
Disc Dimensions |
150 mm (15 cm) Diameter; 6 mm Thickness |
|
Coupling Mechanism |
Integrated Split-Chuck for high-tensile wire attachment |
|
Mounting Configuration |
Engineered for standalone operation; bracket-independent
clamping |
|
Surface Finish |
Corrosion-resistant polished brass; CNC-lathe balanced |
Key Pedagogical Outcomes
- 15
cm Precision-Balanced Brass Disc: Provides a consistent, uniform mass
distribution for the accurate calculation of I = \frac{1}{2}MR^2,
supporting Classical Mechanics Module 201.
- Integrated
Split-Chuck Clamping: Enables the rapid exchange of torsion wires of
varying diameters, allowing students to analyze the relationship between
wire modulus and oscillation period.
- High-Mass
Inertial Profile: Extends the period of oscillation to minimize manual
stopwatch error, facilitating higher-precision data collection in
undergraduate research.
- Bracket-Independent
Design: Allows for versatile integration into existing laboratory
frames and torsion pendulum setups without requiring proprietary wall
mounting.
International Logistics & Compliance
Science Lab Export prioritizes the requirements of global
procurement agents and government tender boards. All units are secured in export-grade
seaworthy crating to prevent transit-related deformation. Documentation
provided with each shipment includes a Manufacturer’s Authorization Form
(MAF), comprehensive English-language User Manuals, and IQ/OQ protocols
upon request. The hardware is a tropicalized design, specifically tested
for dimensional stability and oxidation resistance in high-humidity (90%) and
high-temperature (45°C) environments.
