High Energy Elemendorf

The compact size and manageable weight of the High Energy Elemendorf machine make it a popular choice for laboratories, quality control departments, and manufacturing facilities of various sizes. Its small footprint means that it can be easily accommodated in even the most space-constrained environments, while its manageable weight ensures that it can be easily moved and transported as needed.

Despite its compact size, the NG-HE Elmendorf machine boasts a powerful pneumatic clamping method that ensures accurate and reliable test results, even when testing tough materials like metal foil or heavy plastics. This clamping method, combined with the machine's precise cutting and measurement capabilities, makes it a valuable tool for any materials testing or quality control program.

The machine's versatility makes it an excellent investment for businesses that work with a variety of materials and need a testing solution that can handle multiple types of tear testing.

With the ability to measure tearing strength in N, cN, gf, and lbf, the High Energy Elemendorf machine can provide accurate and reliable results for a wide range of materials and applications.

NG-HE Elmendorf Dimensions & Weight:

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ASTM D1424 is a standard for measuring the tearing strength of textiles. It provides a set of procedures that ensure consistent and accurate testing of materials, and is used by manufacturers, testing laboratories, and research institutions around the world.

The standard specifies the equipment and procedures required to measure the tearing strength of textiles. It outlines the necessary conditions for preparing test specimens, including their size and shape, as well as the testing conditions, such as the testing speed and temperature. It also specifies the calibration and verification procedures for the testing equipment, ensuring that results are accurate and repeatable.

ASTM D1424 provides guidelines for reporting the results of tearing strength tests. The standard specifies the units of measurement, the calculations to be performed, and the format for presenting the data. This ensures that results are consistent and easily comparable across different laboratories and testing facilities.

NextGen’s NG-HE Elmendorf complies with ASTM D1424 standard.

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The NG-HE Elmendorf machine's use of the pneumatic clamping method is a significant advantage for those who need to test materials that require high tearing strength measurements, such as plastics and metal foils. The clamping method uses compressed air to apply a consistent and precise amount of pressure to the clamps, ensuring that the test sample remains firmly in place throughout the entire testing process.

This method offers an efficient testing process, allowing for greater productivity and throughput. It is a user-friendly method that reduces operator fatigue as it requires less physical effort than other manual clamping methods.  For those who require frequent testing or have limited preparation time, the pneumatic clamping method is an ideal solution due to its ease of use and quick set-up time.

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The NG-HE Elmendorf machine is a versatile device that can measure the tearing strength of a broad spectrum of materials, ranging from paper, plastic, cloth, film, to metal foils commonly used in the packaging and electrical industries. It finds applications in material development, quality control, and manufacturing processes.

This machine is capable of testing various types of paper, including tissue paper, newsprint, and cardboard, as well as different plastic materials, such as polyethylene and polypropylene films. It can also evaluate the strength of different textile materials, such as cloth and wool fabrics.

Also, it can test the tearing strength of laminated materials, which have become increasingly popular in industrial applications. These materials combine multiple layers of paper, plastic, or foil to create composite materials with improved properties.

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The High Energy Elemendorf technical specifications indicate that it has a measurement accuracy of ≤±0.2%FS. This level of accuracy ensures that the test results are reliable and reproducible, providing manufacturers and quality control personnel with precise data for their materials.

The machine's range of 0-16N, 32N, 64N, and 128N is suitable for testing many different materials, from thin films to thick textiles and paper. Measurement unit can be set to N, cN, gf, or lbf, depending on the preference of the user.

Furthermore, the NG-HE Elmendorf machine uses a pneumatic clamping method that ensures a consistent and reliable grip on the material being tested, reducing the risk of measurement errors. The length of the cut is precise, at 20mm ± 0.1mm, ensuring that the samples are standardized and consistent for accurate results.

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The NG-HE Elmendorf machine comes equipped with various features to ensure accurate testing and repeatability. It utilizes an advanced calculation method, known as potential energy calculation, to provide precise measurements. The micro control system enables automatic testing, result calculations, and analysis of results, with the ability to print test reports and upload data to a computer.

The touchscreen control panel is user-friendly, allowing operators to easily and quickly operate the tester. All data and statistical results can be viewed on the machine itself or in the test report after transferring data. The machine offers the flexibility to select the test unit as N, gf, cN, or cP, and it can automatically convert between units to meet various industry standards and requirements.

The pneumatic sample clamping and pendulum release system ensures consistent clamping force and provides an easier testing process for the operator. The NG-HE Elmendorf machine can automatically cut the samples to ensure consistent cutting shape.

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DIN 53862 is a standard used for determining the tear resistance of a wide range of materials. In order to initiate the tear, a sample of the material is cut in a specific shape and a force is applied perpendicular to the cut direction.

Test conditions specified by DIN 53862 include sample size, cut shape, and rate of application of tearing force.

This standard is used in the textile, paper, and plastic industries to evaluate the quality of their products. In determining the durability and suitability of a material for various applications, its tear strength is one of the most important factors.

NextGen’s NG-HE Elemendorf complies with DIN 53862 standard.

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The Clamp Mouth Distance in the NG-HE Elmendorf machine is an important technical specification that refers to the distance between the clamps that hold the material being tested during the tear test. Specifically, it is the distance between the two clamping jaws that hold the sample in place before the pendulum is released to initiate the tear.

In the NG-HE Elmendorf machine, the Clamp Mouth Distance is specified as 2.8mm ± 0.3mm, meaning that the distance between the clamping jaws should be between 2.5mm to 3.1mm. This ensures that the sample is held firmly and consistently during the tear test, which is essential for obtaining accurate and reliable results.

The Clamp Mouth Distance is an important parameter to consider when selecting a tear testing machine, as it can affect the tearing force measurement. A wider or narrower distance between the clamping jaws may result in a lower or higher tearing force measurement, respectively, due to changes in the clamping force applied to the sample.

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The NG-HE Elmendorf machine requires an AC220V power supply with a frequency of 50Hz and power consumption of 100W. This power requirement is typical for industrial testing equipment and is readily available in most manufacturing environments. It is important to ensure that the power supply is stable and reliable, as fluctuations or interruptions in the power source could potentially affect the accuracy and reliability of the test results.

To prevent any damage or malfunction of the machine, it is important to use the correct power supply and to ensure that the voltage and frequency of the power source match the specifications of the machine. Using a surge protector or voltage stabilizer is highly recommended to protect the machine from any possible power surges or fluctuations.

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The NG-HE Elmendorf machine, although designed for single-sample testing, is highly efficient and capable of conducting multiple tests in a short time frame. Its advanced features such as automatic testing, result calculations, and analysis of results, as well as printing of test reports and uploading of test data to a computer, enable operators to operate the tester effortlessly and obtain reliable and precise test results.

The machine is extensively used in the textile, paper, and plastic industries for evaluating the tensile strength and tear resistance of various materials. Its precise and efficient testing abilities have made it an essential tool for quality control and research and development purposes.

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The High Energy Elmendorf machine boasts transfer software that enables operators to conveniently upload test data to a computer for further analysis. This software is equipped with several capabilities, including data management, analysis, and reporting functions.

Users can analyze test results in a range of formats, including graphical representations, histograms, and statistical summaries. Advanced analysis functions such as regression analysis, outlier detection, and data filtering can be performed to uncover trends and patterns in the test data.

The software has the capability to create comprehensive test reports that comprise all pertinent test parameters, results, and statistical analysis, which can be customized to suit various industries and regulatory requirements.

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ISO 9290 is a standardized test method used to determine the tearing strength of paper and board. The method involves cutting a sample into a specified shape, making a slit in the sample, and then using a pendulum-type tearing tester to tear the sample along the slit. The force required to tear the sample is measured, and this value is used to calculate the tearing strength of the material.

The test method specifies the conditions for testing, including the size and shape of the sample, the orientation of the sample, and the speed of the pendulum. It also provides guidelines for the calculation and expression of results.

ISO 9290 is widely used in the paper and board industry to ensure product quality and consistency. It is an internationally recognized standard that helps to ensure that tearing strength measurements are accurate and comparable across different laboratories and testing facilities.

NextGen’s NG-HE Elmendorf complies with ISO 9290 standard.

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ISO 13937-1 is a standard used for measuring the tear strength of textiles using the tongue tear method. This test involves cutting a rectangular sample with a tongue-shaped slit and then applying force to the sample in the direction perpendicular to the slit until it tears. The peak force required to tear the sample is recorded as the tear strength.

The standard specifies the testing procedure, including sample preparation, equipment calibration, and test conditions. It also provides guidelines for reporting the test results, including the tear force and the direction of tear propagation.

This standard is widely used in the textile industry to evaluate the tear resistance of fabrics and garments. It is important for manufacturers to comply with this standard to ensure consistent and reliable measurement of tear strength, which is a crucial factor in determining the durability and quality of textile products.

NextGen’s NG-HE Elmendorf complies with EN ISO 13937-1 standard.

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The NEXT 17 standard is a widely recognized measure of fabric quality, specifically in terms of its resistance to pilling. This standard outlines the test method for determining the propensity of a fabric to pill, or form small balls of tangled fibers on its surface, through the use of a standard testing machine and controlled abrasion.

The test involves rubbing the fabric sample against a standard abrasive material for a set amount of time, after which the sample is visually evaluated for the degree of pilling using a rating scale. The results are then recorded and compared against the standard classification system to determine the fabric's pilling resistance.

This standard is important in the textile industry as it helps manufacturers ensure that their products meet the quality standards expected by consumers. It also enables buyers to compare the pilling resistance of different fabrics and make informed purchasing decisions based on their needs.

NextGen’s NG-HE Elmendorf complies with NEXT 17 standard.

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