Flexural Strength Testing Machine - Automatic Pace Rate Controlled

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Flexural Strength Testing Machine - Automatic Pace Rate Controlled Specification

Power Supply
240V

Automation Grade
Semi Automatic

Color
Grey

Weight
225 Kilograms (kg)

Usage
For Concrete Testing

Equipment Type
Concrete Testing Equipment

Operate Method
Electric

Product Type
Concrete Testing Equipment

Dimension (L*W*H)
430 X 760 X 1150 (L X W X D) mm Millimeter (mm)

Features
Accurate results, Robust construction, Efficient working

Machine Weight
225 Kilograms (kg)

Flexural Strength Testing Machine - Automatic Pace Rate Controlled Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Ahmedabad

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Main Domestic Market
All India

Certifications
ISO 9001 : 2015

About Flexural Strength Testing Machine - Automatic Pace Rate Controlled

Compliance With Following International Standards:

EN 123904, ASTM C39, AASHTO T22, IS : 14858 (2000)

Further details available on our website.
Price and specifications mentioned hereare subject to change as per the application, customer requirements and prevailing market conditions. Please refer to us for the final rates and offer.

Precision Testing for Optimal Concrete Quality

This machine features automatic pace rate control, ensuring a uniform and steady load application on concrete beams. Such precision enhances the reliability of flexural strength measurements, crucial for confirming the structural integrity of construction materials. Laboratories and on-site quality controllers benefit from its dependable performance and user-friendly interface.

Sturdy Construction and Safe Operation

With a robust frame weighing 225 kg, this flexural testing machine guarantees stability during high-force tests. Its compact design fits most laboratory and industrial environments, and the clear controls provide a straightforward, safe testing process. Its adaptability makes it an essential asset for manufacturers, suppliers, and service providers.

FAQs of Flexural Strength Testing Machine - Automatic Pace Rate Controlled:

Q: How is the Flexural Strength Testing Machine used in concrete testing?

A: This machine is used to determine the flexural, or bending, strength of concrete by applying a controlled, gradually increasing force to a concrete sample until it fractures. The automatic pace rate control ensures even load application, providing accurate results for quality control and structural analysis.

Q: What are the main benefits of using an automatic pace rate controlled machine?

A: Automatic pace rate control eliminates manual intervention, resulting in steady and repeatable load application. This leads to higher accuracy, consistent results between tests, and reduced operator error, all of which are vital for dependable concrete quality assessment.

Q: When should flexural strength tests be performed on concrete specimens?

A: Flexural strength tests should be conducted during quality control checks in the manufacturing process of concrete beams or whenever structural integrity needs validationtypically after specified curing periods or before using concrete in load-bearing applications.

Q: Where can this machine be installed and operated safely?

A: Due to its compact size (430 x 760 x 1150 mm) and robust construction, the machine fits seamlessly into most laboratories, concrete production facilities, and construction quality control rooms. It requires a standard 220-240V power supply.

Q: What is the process involved in conducting a flexural strength test using this equipment?

A: To perform a test, the prepared concrete sample is placed in the machine. After setup, the device applies a steadily increasing load, thanks to its automatic pace rate control. The maximum load at which the sample fails is recorded as its flexural strength.

Q: Why is flexural strength significant for concrete applications?

A: Flexural strength is crucial to determining a concrete structures ability to resist bending and withstand heavy loads. Identifying this property ensures that the concrete will perform safely and effectively in various structural applications.

Technical Details