Searle's Apparatus

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Searle's Apparatus Specification

Model No
Standard Laboratory Model

Automation Grade
Manual

Capacity
Standard for single specimen, suitable for laboratory use

Core Components
Metal rod specimen, thermometer, heating arrangement, stands

Accuracy
High, dependent on user and instrument calibration

Power Source
Manual (Boiling bath / external heater required)

Temperature Range
Room Temperature to 100C

Measurement Range
Thermal conductivity range for sample metals

Feature
Durable, precise measurement, easy sample mounting

Equipment Materials
Brass and Copper rods, wooden supports, metal stands

Type
Physics Lab Apparatus for Thermal Conductivity

Usage
Determination of thermal conductivity of metals

Display Type
Analog (measurement by scale and vernier)

Dimension (L*W*H)
Approx. 40 cm x 15 cm x 15 cm

Weight
Approx. 2.5 4 kg

Rod Length
300 mm (standard specimen length)

Heat Source
Requires external water heater or boiler

Compliance
Meets standard educational laboratory requirements

Thermometer Type
Liquid-in-glass (0-100C)

Laboratory Suitability
Physics, Engineering material lab

Mounting
Firm metal clamps and supports

Rod Diameter
12 mm (typical for supplied specimen)

Suitable Specimen Material
Brass, Copper, and other metallic rods

Packaging
Supplied in protective corrugated box for safe transit

Finish
Polished metal; lacquered wooden base

About Searle's Apparatus

Discover the best price on our top-rated Searles Apparatus, a matchless solution for determining the thermal conductivity of metals. This top-ranking laboratory equipment features a 300 mm rod length and 12 mm diameter, suitable for brass, copper, and similar metallic rods. The robust, lacquered wooden base and polished metal rod, along with firm clamps and analog scale, ensure durable and precise measurements. Ideal for physics and engineering labs, it meets educational standards, ships in protective packaging, and is trusted by leading distributors, exporters, and suppliers across India.

Application Method & Special Features of Searles Apparatus

The Searles Apparatus is best in its class for thermal conductivity experiments. Users insert the metallic rod specimen, attach the thermometer, and apply heat via an external water heater or boiler. Its polished metal finish and lacquered wood base ensure stability and durability. Firm clamps hold samples securely, enabling precise analog measurement using a scale and vernier. This apparatus is easy to use, supports quick sample mounting, and offers accuracy highly favored in physics and engineering laboratories.

Certifications, Export Markets & Packaging Details

This Searles Apparatus complies with all standard educational laboratory requirements, ensuring trust and reliability in every purchase. Major export markets include India and international regions where premium lab equipment is required. Order processing is streamlinedupon receiving your purchase order, the unit is securely packed in a protective corrugated box for damage-free exchange and transit. Clients appreciate seamless order management and our commitment to timely, safe delivery.

FAQs of Searles Apparatus:

Q: How is the Searles Apparatus used in laboratory experiments?

A: To use the Searles Apparatus, mount a metallic rod specimen between the clamps, install the thermometer, and apply heat with an external boiler or water heater. The temperature readings and precise measurements allow calculation of the thermal conductivity of the sample metal.

Q: What makes this Searles Apparatus top-ranked among laboratory equipment?

A: This apparatus stands out due to its durable construction, polished finish, accurate analog measurement, and its compliance with standard educational requirements. These features make it a preferred choice for both physics and engineering materials laboratories.

Q: When should I consider using the Searles Apparatus in academic settings?

A: Use the Searles Apparatus during experiments focusing on the thermal conductivity of metals, especially in physics or engineering practical classes. It is ideal for institutions aiming to demonstrate core thermal concepts with precise, reliable instrumentation.

Q: Where can this apparatus be installed for optimal use?

A: The apparatus can be set up on any firm laboratory workstation with access to a heating source. Its suitable for schools, universities, engineering colleges, and research labs requiring thermal conductivity measurements of metallic specimens.

Q: What materials are supported as specimens in this device?

A: The apparatus is designed to test brass, copper, and other metallic rods with the standard supplied dimension, ensuring broad compatibility and flexibility in research and academic experiments.

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