Tensile Testing Machine Digital
The Tensile Strength Testing Machine from Effective Lab India is a state-of-the-art device designed to measure the tensile strength of materials with utmost accuracy. Essential for quality control and research, the Effective Lab’s Tensile Testing Machine is indispensable for industries that rely on the mechanical properties of materials. Whether you are in the construction, automotive, aerospace, or manufacturing sector, understanding how to use and benefit from this machine will enhance your product quality and reliability.
A tensile strength tester is a testing equipment which is used for examining the pulling force or maximum tensile of a material. This machine is used to test whether a material sustains before breaking or deforming. this is a machine which is used to test the strength of several materials including metals, textiles and polymers.
What is the Working Process of a Tensile Strength Tester?
A tensile testing machine works by clamping a material sample between two grips. During this mechanism, one grip remains stationary while the other is being pulled away steadily.
In this work, a Tensile force is applied to the material as the grip pulls on it while causing it to stretch until it breaks. The device calculates the corresponding elongation and force used in the material. Moreover, tensile strength, yield strength and other mechanical characteristics of a material are computed by using this data. This process of tensile testing machines helps in the understanding of the behaviour of various materials under tension by researchers and engineers.
How to Use the Tensile Testing Machine?
Using the Tensile Testing Machine is straightforward and user-friendly, ensuring even novice operators can conduct complex tests with ease.
Here are the steps to follow:
- Preparation: Prepare the sample material as per the specified dimensions and standards. Ensure the sample is free from any defects.
- Loading the Sample: Securely place the sample between the machine’s grips. Adjust the grips to hold the sample firmly without causing any pre-test damage.
- Setting Parameters: Input the required test parameters, such as the speed of the test, gauge length, and the type of material being tested.
- Running the Test: Start the machine to begin the test. The machine will apply tensile force to the sample until it breaks. Throughout the process, it will record the force and elongation data.
- Analysis: Once the test is complete, analyze the data to determine the tensile strength, yield strength, and elongation properties of the material.
Test Standards Compliance
Effective Lab India’s Tensile Testing Machine complies with a variety of international test standards, ensuring versatile application across different industries.
These standards include:
- ASTM D638: Standard Test Method for Testing Tensile Properties of Plastics
- ASTM E8: Standard Test Methods for Tension Testing of Metallic Materials
- ISO 527: Plastics – Standard Test for Determination of Tensile Properties
- ISO 6892: Standard Test Methods for Metallic Materials – Tensile Testing.
| Display | Graphical with test data output through Inbuilt Software |
| Power | 220V, Single / Three phase, 50 Hz |
| Accuracy | ± 2% at Full Load (with master load) |
| Standard Speed | 50-500 mm/min *Optional through computer software |
| Grip to Grip Separation | Min 25mm and Max. 700mm (applicable only with vice type standard grip) |
| Digital load indicator | 7 segment LED Display (optional as per request) |
| Drive Mechanism | Variable Frequency AC Drive |
| Safety | Yes |
| Grippers (optional added based on requirement) | Vice Type (Standard Gripper), Flexural Compression Plate, Wedge Type, Roller Type |
| Communication Converter | USB / RS 485 |
| Material | Mild Steel |
| Finish | Powder coated Havel Gray & Blue combination finish and bright chrome / zinc plating for corrosion resistant finish |
| Dimensions | 1125 x 650 x 1550 mm (as per load cell range) |
- Advanced load sensor sensing through advanced electronics.
• Speed Control through Variable Frequency drive automation by Graphic user interface PC.
• Highly sensitive load sensor with linearity feature and repeatability
• Cross-head travel length: 800 mm without grips
• Twin column rugged structure
• Safety limit switches for over travel safety
• Hardened lead screws/ball screws for frictionless movement
• Load cell calibrated by NABL approved proving ring/dynamometers
• Advanced Navigation System
• High accurate micro-controller based system controls with integrated software
• User Friendly software with intuitive icons and robust architecture
• Inbuilt hardware/software CD
• Easy Data Management. User programmable product identification, lot no., shape of specimen, company name, operator
details etc.
• USB compatible for high speed data transfer
• Export Test report in excel format
• Print preview of test reports with Zoom Feature available
• Online test run status can be viewed graphically or in raw data form
• Secured working with key protection feature
• Ease of use features: Graph setup, test control wizard, formulae/result calculations, reports, live test panel.
• Graph setup: user defined graph scale/range with Graph Title
• Test Control Wizard to set test parameters like tension, compression, changeable units in Kgs/N/lbs or cm/mm/inch.
• Automatic end test/return to home position through software interface after completion of test.
• Immediate analysis of results after test with complete accuracy & precision.
• Option to email test reports
• Single Test start with one click entry of the mouse.
Know About Our Products
A Tensile Testing Machine Digital is a highly specialized device designed to test the tensile strength and mechanical properties of various materials, such as metals, plastics, textiles, and composites. It provides precise, real-time data on how materials behave under tension, which is crucial for manufacturers and researchers in ensuring the quality, durability, and performance of products.
Tor Steel, mild steel and high tensile steel are used in tensile strength testing machines for tensile tests.
Tensile testing is important for determining the durability and strength of various materials such as metals, textiles and polymers. Tensile testing provides a new opportunity to discover new alloys, their uses and their qualities in the metal industry.
The speed of tensile testing for measuring strength and elongation is 5 or 50 mm/min, and for measuring modulus is 1 mm/min.
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