Equal Volume Metal Cylinders, Set of 4 Manufacturer,Supplier and Exporter in India
Product Code : SCL-LE-11291
This four-piece
metal specimen set is engineered for high-precision density, specific gravity,
and heat capacity studies. Calibrated for equal displacement, the set includes
aluminum, copper, steel, and brass cylinders. Optimized for Secondary and
University-level physics curricula, these specimens facilitate the empirical
derivation of material constants in compliance with standard laboratory
metrology protocols.
Technical
Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Laboratory-grade Aluminum,
Copper, Steel, and Brass |
|
Volumetric Profile |
Calibrated Equal Volume
(Fixed Geometric Displacement) |
|
Geometric Configuration |
Solid Cylindrical Specimens |
|
Storage Solution |
Impact-resistant
compartmentalized storage case |
|
Surface Finish |
Machined and deburred for precise volumetric measurement |
Key Pedagogical
Outcomes
·
Uniform Geometric Volume Across
Four Metallic Media: Enables students to
"Analyze" the relationship between mass and density by isolating
volume as a constant, supporting Physics Module.
·
Distinct Metallic Composition
(Ferrous and Non-Ferrous): Facilitates
the "Evaluation" of specific gravity through displacement methods,
reinforcing Archimedes' Principle.
·
Machined Metallic Surface: Allows for accurate "Application" of
calorimetry experiments to determine specific heat capacity through immersion.
·
Integrated Activity Guide: Provides structured experimental protocols that guide
students through "Synthesis" of material property data.
International
Logistics & Compliance
To ensure arrival
integrity for international institutional tenders, this set is prepared in
export-grade seaworthy crating (ISPM-15 compliant). Standard documentation
includes the Manufacturer’s Authorization Form (MAF), Certificates of
Conformity (CoC), and User Manuals in English. The specimens feature a
tropicalized design; all metallic cylinders are passivated or treated with
oxidation-resistant coatings to prevent atmospheric degradation in environments
tested up to 45°C and 90% humidity.
