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YOUNG'S MODULUS APPARATUS

Price 750 INR/ Piece

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MOQ : 1 Piece

YOUNG'S MODULUS APPARATUS Specification

Temperature Resistance
Ambient laboratory conditions

Shape
Rectangular base with vertical support rods

Control Type
Manual adjustment

Display Type
Mechanical (graduated scale, vernier reading)

Features
Dual scale arrangement, pulley system, adjustable weights, stable base, precise measurement

Accuracy
0.01 mm (with supplied vernier scale)

Usage
For Laboratory And Industrial Use

Type
Youngs Modulus Apparatus

Dimension (L*W*H)
Approx. 40 cm x 20 cm x 30 cm

Product Type
MODULUS APPARATUS

Equipment Type
Mechanical Laboratory Apparatus

Equipment Materials
Stainless steel frame, mild steel base, brass scales, aluminum pulleys

Power
Manual operation (no electrical power required)

Material
Stainless Steel

Application
Determination of Youngs modulus of material using Searles method for laboratory experiments

Base Finish
Powder coated or enamel painted

Measurement Method
Searle's Apparatus (comparative elongation method)

Scale Graduation
Least count 0.01 mm

Weights Provided
Set of calibrated slotted weights (generally up to 1 kg)

Usage
Physics laboratory, academic demonstration, engineering education

Packing Type
Individual protective packaging box

Pulley Type
Low friction aluminum pulley mounted on bearings

Test Wire Type
Supplied with standard test wire (typically mild steel or brass, 1 m length)

Clamping Mechanism
Screw-down clamps for secure wire fixation

YOUNG'S MODULUS APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

Main Domestic Market
All India

About YOUNG'S MODULUS APPARATUS

Experience the highlighted superiority of the Youngs Modulus Apparatus with a formidable, low-friction pulley system, crafted exclusively for precise laboratory and industrial measurements. The dominant design features a robust stainless steel frame, powder-coated base, and superb screw-down clamps, ensuring secure wire fixation. Equipped with a dual scale and a vernier with 0.01 mm accuracy, this mechanical apparatus empowers you to manually determine Young's modulus with unparalleled efficiency. Calibrated weights, a standard test wire, and protective packaging underscore its promotion as the preferred choice for accuracy, durability, and professional use.

Versatile Application and Usage Areas

The Youngs Modulus Apparatus is widely used for determining the mechanical properties of materials in both educational and industrial laboratory settings. Its primary application surface includes lab benches and workstations, providing stable and accurate results using the Searles Method. Employed by instructors, researchers, and professionals, it is instrumental in the evaluation of material stiffness, making it invaluable for material science courses and engineering workshops.

Robust Supply, Market Coverage, and Payment Options

We ensure formidable supply ability for the Youngs Modulus Apparatus, catering efficiently to educational institutions and industrial labs across India. Transportation is organized to deliver each equipment safely in protective individual packaging. The list price reflects competitive valuation, offering great return on investment. Payment terms are flexible and accommodate various buyer preferences, enhancing a seamless procurement experience within our main domestic market.

FAQ's of YOUNG'S MODULUS APPARATUS:

Q: How does the Youngs Modulus Apparatus measure material elasticity?

A: The apparatus employs the Searles comparative elongation method, using a dual-scale system and vernier reading with 0.01 mm least count to accurately measure the elongation of a standard test wire under calibrated weights.

Q: What materials can be tested with this apparatus?

A: Typically, the equipment is supplied with mild steel or brass test wires, but it can accommodate similar wires to evaluate the Young's modulus of other ductile materials.

Q: Where is the Youngs Modulus Apparatus commonly used?

A: It is predominantly used in laboratory and industrial environments, such as educational institutions, research centers, and quality control labs for material science experiments.

Q: What is the process for securing the test wire during setup?

A: The apparatus features screw-down clamps that provide secure fixation of the test wire, ensuring stable and reliable experimental conditions.

Q: What are the key benefits of using this apparatus in material testing?

A: Superb precision, robust construction, and user-friendly manual operation make the apparatus ideal for repetitive and rigorous testing. Its design ensures minimal friction, accurate readings, and reliable performance with every experiment.

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