Liquid Convection Apparatus Manufacturer,Supplier and Exporter in India
Product Code : SCL-M-11639
The Liquid Convection Apparatus is a precision-engineered borosilicate glass instrument designed for the empirical study of thermal energy transfer in fluids. Optimized for Secondary and University physics laboratories, it facilitates the visualization of convection currents in accordance with ASTM laboratory safety standards. This apparatus provides a controlled environment for analyzing density differentials and buoyant forces during heating cycles.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Borosilicate 3.3 (High
Thermal Shock Resistance) |
|
Storage Housing |
Custom-molded protective foam
insert |
|
Operational Requirements |
External heat source, support
stand, and clamp (user-supplied) |
|
Tube Geometry |
Closed-loop
rectangular/curved configuration for continuous flow |
Key Pedagogical Outcomes
· Borosilicate
3.3 Loop Construction: Enables students
to evaluate the impact
of localized thermal gradients on fluid density within a high-heat environment.
· Transparent
Closed-Circuit Path: Allows for the analysis of laminar
vs. turbulent flow when tracers are introduced, supporting Fluid Mechanics.
· High
Chemical Resistance: Facilitates the demonstration of
convection using various liquids with disparate refractive indices and
viscosities.
· Precision Geometry: Supports the calculation of convection rates and heat distribution efficiency through evidentiary observation of flow velocity.
International Logistics & Compliance
Our export-grade Liquid Convection Apparatus is secured
in high-density foam inserts within ISPM-15 compliant seaworthy crating to
ensure the structural integrity of the borosilicate glass during multimodal
transit. Documentation for international procurement officers includes the
Manufacturer’s Authorization Form (MAF), Batch-Specific Glass Stress
Certificates, and technical manuals in English. The apparatus features a
tropicalized design, tested for thermal stability in environments reaching 45°C
and 90% non-condensing humidity.
.jpg)
