Liner Expansion Apparatus

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MOQ : 5 Pieces

Liner Expansion Apparatus Specification

Accuracy
0.01 mm (dial gauge)

Model No
LEA-101

Feature
Precise measurement, sturdy construction, easy temperature control

Measurement Range
0 to 10 mm (expansion measurement)

Temperature Range
Up to 150C

Capacity
Single specimen per test

Power Source
Electrical (for heating bath)

Automation Grade
Manual

Core Components
Expansion bar, dial gauge, heating device, stirrup, scale

Frequency
Not applicable (manual device)

Voltage
220V AC (heating apparatus)

Equipment Materials
Cast iron base, brass or aluminum expansion bar, stainless steel fittings

Type
Laboratory Testing Equipment

Usage
Determination of coefficient of linear expansion of metals

Display Type
Analog dial gauge

Dimension (L*W*H)
Approx. 600 mm x 150 mm x 200 mm

Weight
8-12 kg (approximate)

Liner Expansion Apparatus Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
500 Pieces Per Year

Delivery Time
1 Week

Main Domestic Market
All India

Certifications
CE CERTIFIED CO. NSIC MSME CERTIFIED ISO 9001:2015

About Liner Expansion Apparatus

Experience gilt-edged precision and reliability with our Liner Expansion Apparatus, now available with an unmissable Price Cut. This masterpiece of laboratory equipment is meticulously engineered, featuring a robust cast iron base and inestimable durability with powder-coated, polished copper or stainless steel components. Utilise Offer on this modelcapable of accommodating specimens up to 25 mm diameter and temperatures up to 150C. Highlighted for its analog dial gauge with 0.01 mm accuracy, it supports rigorous physics demonstrations and research, delivering reliable, high-value results in any educational or scientific setting.

Versatile Application of Liner Expansion Apparatus

The Liner Expansion Apparatus is predominantly utilised in physics laboratories for the accurate determination of the coefficient of linear expansion of metals. This gilt-edged instrument finds its place in educational demonstrations, thermal expansion research, and engineering study workshops. Its area of application also extends to academic institutions, quality control labs, and science training centres, offering versatility in undergraduate teaching, advanced research, and the testing of various metals including brass, iron, and aluminium.

Delivery & Trade Policy for Liner Expansion Apparatus

Customers can anticipate secure shipping with every order of the Liner Expansion Apparatus. Depending on the destination, delivery time ranges from 2 to 4 weeks from the asking price confirmation. We offer dispatch from major Indian FOB ports, ensuring market value efficiency. Samples are available on request, following our sample policy for educational institutions and bulk purchasers. Documentation and careful packaging guarantee the condition and authenticity of this laboratory testing masterpiece during transit.

FAQs of Liner Expansion Apparatus:

Q: How is the Liner Expansion Apparatus used in a laboratory setting?

A: The apparatus is employed to determine the coefficient of linear expansion of metals by measuring the change in length of a specimen when subjected to controlled heating, using its precise analog dial gauge and temperature control features.

Q: What materials are supported for testing with this apparatus?

A: This device is compatible with brass, iron, and aluminium rods as supplied, allowing for diverse experimentation across commonly used metals in educational and research settings.

Q: Where can the Liner Expansion Apparatus be installed or mounted?

A: Designed as a benchtop unit, the apparatus can be securely placed in physics laboratories, research institutes, and educational facilities requiring meticulous thermal expansion studies.

Q: What is the process for precise measurement with this machinery?

A: Measurements are taken by mounting the test bar, gradually heating the specimen with the immersion electric heater, and observing the minute expansion on the analog dial gauge, which offers 0.01 mm accuracy.

Q: What are the benefits of using this particular Liner Expansion Apparatus model?

A: Users gain access to sturdy construction, inestimable accuracy, and easy temperature control, making it ideal for both demonstrations and research demanding reliable, reproducible results.

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