Star Shaped Thermal Conductivity Apparatus
Product Specification Sheet
Star Shaped Thermal Conductivity Apparatus
The Star Shaped Thermal Conductivity Apparatus from Micro Technologies is a compact laboratory apparatus designed for the comparative study of heat conduction through different metal rods. The MT-1079 features multiple metal rods arranged in a star-shaped configuration around a common central section. When the central area is heated, heat travels along the rods, allowing comparative observation of the thermal conductivity of different materials.
Product Specification
The Star Shaped Thermal Conductivity Apparatus from Micro Technologies is designed for laboratory experiments involving the comparative thermal conductivity of different metals. Its distinctive star-shaped arrangement provides a simple and practical method for observing how heat travels through different metallic materials under similar heating conditions.
The MT-1079 consists of multiple metal rods arranged radially around a common central junction. The rods can represent different metallic materials, enabling their relative heat-conduction behavior to be compared within a single experimental arrangement.
During a suitable experiment, heat is applied to the central portion of the apparatus. Thermal energy is then conducted outward along each metal rod. Since different metals have different thermal conductivities, the rate at which heat travels along each rod varies according to the thermal properties of the material.
The star-shaped configuration allows several metal samples to experience a common heating condition, making comparative observations convenient. This arrangement is particularly useful for demonstrating that different materials do not conduct heat at the same rate.
A handle is provided for convenient positioning and handling of the apparatus. Its compact construction makes the MT-1079 easy to integrate into physics and thermal laboratory setups without requiring extensive bench space.
Manufactured and supplied by Micro Technologies, the Star Shaped Thermal Conductivity Apparatus is suitable for physics laboratories, thermal laboratories, heat transfer laboratories, research facilities, testing laboratories, colleges, universities, and other facilities conducting experiments involving thermal conduction and material properties.
Features
- Star-shaped conductivity apparatus
- Multiple radially arranged metal rods
- Common central heating section
- Suitable for comparative heat conduction studies
- Different metal samples can be compared
- Convenient handle arrangement
- Compact laboratory construction
- Simple manual experimental setup
- Easy observation of heat conduction behavior
- Durable and reusable design
Benefits
- Allows comparison of thermal conductivity between metals
- Common heating point supports comparative observation
- Star configuration enables multiple materials to be studied together
- Clearly demonstrates differences in heat conduction
- Compact design requires minimal laboratory space
- Simple construction makes experiments convenient
- Suitable for repeated thermal laboratory investigations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Star Shaped Thermal Conductivity Apparatus |
| Model No. | MT-1079 |
| Product Type | Heat Conductivity Apparatus |
| Configuration | Star Shaped |
| Test Elements | Multiple Metal Rods |
| Rod Arrangement | Radial |
| Heating Area | Common Central Section |
| Handle | Provided |
| Operation | Manual / Experimental |
| Primary Function | Comparative Thermal Conductivity |
| Application | Heat Conduction & Thermal Studies |
Available Model
| Model No. | Product |
|---|---|
| MT-1079 | Star Shaped Thermal Conductivity Apparatus |
Applications
- Comparative thermal conductivity experiments
- Heat conduction studies
- Metal conductivity comparison
- Thermal property investigations
- Heat transfer experiments
- Physics laboratory practicals
- Thermal science experiments
- Material property studies
- Research and testing applications
Available Variants
Star Shaped Thermal Conductivity Apparatus, Conductivity Star Apparatus, Metal Conductivity Apparatus, Heat Conduction Star, Laboratory Thermal Conductivity Apparatus, Comparative Heat Conductivity Apparatus, Metal Rod Conductivity Apparatus, Physics Lab Heat Conduction Apparatus
SKU System
MT-TCSA-1079
FAQs
What is the MT-1079 Star Shaped Thermal Conductivity Apparatus used for?
The MT-1079 is used for comparing the heat-conduction behavior of different metallic materials under similar experimental conditions.
What is the model number of this Conductivity Apparatus?
The Micro Technologies model number is MT-1079.
Why are the rods arranged in a star shape?
The star-shaped arrangement allows multiple metal rods to share a common central heating region, making their relative heat-conduction behavior easier to compare.
Can different metals be compared using the MT-1079?
Yes. The apparatus is designed for comparative experiments involving metal rods with different thermal conductivity characteristics.
What happens when the central section is heated?
Heat is conducted from the common central section outward through the metal rods. Different materials transfer this heat at different rates depending on their thermal conductivity.
What type of experiments can be performed with this apparatus?
The MT-1079 is suitable for thermal conductivity comparisons, heat conduction studies, heat transfer demonstrations, and investigations of the thermal properties of metals.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Model MT-1079
- Practical star-shaped configuration
- Suitable for comparative metal conductivity studies
- Compact and reusable laboratory construction
- Suitable for physics and thermal laboratory applications
- Bulk, OEM, institutional, and distributor supply available
Call to Action
Choose the Star Shaped Thermal Conductivity Apparatus – MT-1079 from Micro Technologies for effective comparative studies of heat conduction in different metals. Contact us today for com
