Conductivity Apparatus

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Conductivity Apparatus Specification

Automation Grade
Manual

Voltage
220 V AC (if provided with heating element)

Frequency
50 Hz

Accuracy
Demonstrativeintended for qualitative comparison not quantitative results

Core Components
Metal rods, base, test tube holder, indicator, heating element (depending on model)

Model No
Physics Lab Conductivity Apparatus

Capacity
1 to 2 ml sample volume (approximate)

Temperature Range
Ambient

Measurement Range
Qualitative demonstration of transfer of heat in metals

Feature
Multiple metal conductors for comparative study, easy for classroom demonstration, sturdy construct

Equipment Materials
Stainless steel rods, insulating base, metal strips, test tubes, hardware components, plastic/wooden supports

Usage
Demonstration of thermal conductivity of metals in physics laboratory

Dimension (L*W*H)
Approx. 35 cm x 12 cm x 10 cm

About Conductivity Apparatus

We are a trustworthy manufacturer, exporter and supplier of a huge array of Conductivity Apparatus. Offered apparatus is proficiently manufactured by our adept experts utilizing optimal quality raw material and cutting-edge technology in compliance with set industry norms. The is apparatus is used in numerous industries, clinics, research laboratories, etc. to determine the thermal conductivity of liquids or solutions. Furthermore, we provide this Conductivity Apparatus in diverse technical specifications and at minimal prices.

Features:

Maximum efficiency
Dimensional accuracy
Trouble free operation
Minimal maintenance

Compare Thermal Conductivity with Ease

The apparatus enables direct comparison of heat conduction across multiple metals using polished rods and an insulated base for classroom safety. Its user-friendly construction facilitates demonstrations, allowing students to observe variations in heat transfer rates, making abstract thermal properties tangible.

Versatile Configurations & Accessories

Available with a range of heating source options such as spirit lamp, Bunsen burner, or heating coil, this apparatus includes versatile additions like spirit lamps, test tubes, and wax for advanced experiments. Each model is built to accommodate a small sample volume, aligning with standard laboratory practices.

FAQs of Conductivity Apparatus:

Q: How is the Conductivity Apparatus used in a classroom or laboratory setting?

A: To use the Conductivity Apparatus, you uniformly apply heat to one end of the metal rods via a compatible heat sourcespirit lamp, Bunsen burner, or included heating coil. Wax or another indicator is placed on the other end. By observing the melting point or reaction, students can qualitatively compare thermal conductivity among the metals.

Q: What are the safety features of this apparatus?

A: The device is designed with safety in mind, including insulated handles or bases to protect users from accidental burns. Its sturdy construction and proper insulation allow for safe operation during classroom demonstrations, even when using open flames or heating elements.

Q: When is the Conductivity Apparatus typically used during a teaching curriculum?

A: This apparatus is commonly introduced during lessons on thermal physics or the properties of materials. It helps illustrate thermal conductivity principles in real time, making it ideal for foundational coursework in school, college, and university physics laboratories.

Q: Where is the Conductivity Apparatus most suitable for use?

A: This equipment is best suited for educational environments such as school, college, or university physics labs. Its demonstrative nature and manual operation make it perfect for hands-on learning sessions and group demonstrations.

Q: What process does the apparatus demonstrate?

A: The Conductivity Apparatus visually demonstrates the qualitative transfer of heat through various metals. By comparing how rapidly heat travels through each rod, students observe the principle that different metals conduct heat at varying rates, supporting theoretical learning with practical insights.

Q: How accurate are results from this apparatus?

A: The Conductivity Apparatus is intended for qualitative comparison only. While it successfully highlights differences in heat conduction between materials, it does not provide quantitative or highly precise measurements.

Q: What are the key benefits of using this apparatus in physics education?

A: Its core benefit lies in producing clear, observable comparisons of thermal conductivity, making complex scientific principles accessible and engaging. The apparatus also allows for flexible teaching approaches, accommodating varied lessons and student-led experiments.

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