DETERMINATION OF YOUNGS MODULUS Y OF A BAR BY BENDING
DETERMINATION OF YOUNGS MODULUS Y OF A BAR BY BENDING

DETERMINATION OF YOUNGS MODULUS Y OF A BAR BY BENDING

DETERMINATION OF YOUNGS MODULUS Y OF A BAR BY BENDING Specification

  • Type
  • Youngs Modulus Apparatus (Bending Method)
  • Material
  • Mild Steel (with Wooden/Steel Base)
  • Size
  • Standard Laboratory Size
  • Input Voltage
  • Not Applicable (Manual Operation)
  • Color
  • Metallic Silver/Blue Base
  • Dimension (L*W*H)
  • Approx. 70 cm x 15 cm x 15 cm
  • Capacity
  • Specimen Bar - Up to 1m Length
  • Noise Level
  • Silent Operation
  • Accessories
  • Knife Edges, Weights, Hanger, Adjustable Supports
  • Finish
  • Powder Coated Rust-Resistant
  • Maximum Load
  • Up to 10 kg
  • Weight of Apparatus
  • Approx. 8 kg
  • Measurement Scale
  • Engraved Steel Scale (Metric)
  • Bar Material
  • Mild Steel or Brass Provided
  • Calibration
  • Factory Calibrated
  • Application
  • Physics Laboratory, Material Testing
  • Support Type
  • Double Support with Movable Knife Edge
  • Precision
  • 0.01 mm Deflection Measurement
 
 

About DETERMINATION OF YOUNGS MODULUS Y OF A BAR BY BENDING



Presenting the Elite Determination of Young's Modulus 'Y' apparatus-a popular choice for precision material testing in physics laboratories. Engineered with Limited stock availability, this rarefied instrument features lustrous mild steel or brass specimen bars, supported by a powder-coated, rust-resistant base for durability. Perfect for advanced measurement, accessories include knife edges, weights, and hanger, with an engraved metric scale achieving 0.01 mm deflection precision. Its double support with movable knife edge ensures accurate results. Silent operation and factory-calibrated excellence make it the ideal investment for elite institutions and discerning distributors.

Distinctive Features and Optimal Applications

This Young's Modulus 'Y' apparatus boasts extra features such as a silent operation, powder-coated finish, and factory calibration, ensuring longevity and precision. Suitable for physics laboratories, research centers, and educational institutions, it excels in accurate determination of elastic properties of metals. Its adjustable supports and engraved scale allow rarefied flexibility, making it perfect for both teaching and material testing. The elite engineering makes it highly desirable for lab specialists seeking reliable results.


Domestic Market Value and Delivery Dynamics

Arriving with substantial market value, this apparatus sees robust demand across India's academic and research sectors. The distributor network ensures swift transportation and secure packaging for each order. Sample policy includes selective sample provision for large institutions and regular buyers, reinforcing confidence in product quality. Delivery time is prompt, typically ranging from 7-14 working days, ensuring timely arrival and seamless onboarding for laboratory setups in the main domestic market.


FAQ's of DETERMINATION OF YOUNGaS MODULUS aYa OF A BAR BY BENDING:


Q: How is the Young's Modulus 'Y' of a bar determined using this apparatus?

A: Young's Modulus is determined by measuring the deflection caused by applying loads to the specimen bar, using precise knife edges, weights, and a metric measurement scale for accurate readings.

Q: What materials are provided with the Young's Modulus apparatus?

A: The apparatus includes mild steel or brass specimen bars, along with essential accessories like knife edges, weights, hanger, adjustable supports, and an engraved steel scale.

Q: Where can this apparatus be used most effectively?

A: It is best used in physics laboratories, engineering colleges, and research facilities for material testing and academic demonstrations, offering elite accuracy and durability.

Q: When can I expect delivery after placing an order in India?

A: After placing your order, the apparatus is typically delivered within 7-14 working days, depending upon location and distributor transportation schedules.

Q: What is the benefit of its silent operation and factory calibration?

A: Silent operation minimizes distractions in the lab, while factory calibration ensures rarefied precision, reducing the need for frequent adjustments and yielding reliable results.

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