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901
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Tension testing process
Tension testing is the most common method for evaluating tensile deformation and produces quantitative data on how materials behave under controlled pulling forces.
902
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Why Mecmesin for compression testing
Mecmesin has a long history of providing reliable, standards-compliant compression testing systems to industries worldwide.
903
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Custom-fit material testing services
Tailored fixtures and adaptations
Accurate testing often depends on the right fixture design.
904
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Introduction to compressibility and recovery testing
Compressibility and recovery testing measures how a material behaves under load and how effectively it returns to its original form once the load is removed.
905
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Intuitive test builder
Design and configure step-by-step test routines to match your testing procedures. An intuitive 'drag and drop' interface makes it easy to create, customise and save tests.
906
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Standards for the peel wheel test
Standardisation ensures peel wheel tests are consistent and repeatable across laboratories and production sites.
907
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Standards for three-point bend testing
Three-point bend testing is governed by established international standards, including:
908
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Applications of loop tack testing
Packaging
Checks resealable closures, tamper-evident labels, and PSA seals to ensure adequate instant tack for both production and consumer use.
909
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Mecmesin solutions for ball burst testing
Mecmesin’s testing systems offer high accuracy, repeatability and adaptability across a broad range of burst testing requirements.
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Industry applications of tension testing
Manufacturing and product development
In engineering and manufacturing, tension testing verifies the performance of raw materials, components and finished products.
911
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Secant modulus testing with Mecmesin
Mecmesin testing systems such as the OmniTest and MultiTest-dV
912
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Mecmesin equipment for torque testing
Mecmesin has decades of expertise in closure torque measurement, offering solutions designed for accuracy, repeatability and easy integration into quality control processes.
913
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Puncture resistance testing methods
Puncture resistance measures the ability of a material to withstand an actual perforation event, simulating damage from sharp or pointed objects.
Applications include:
914
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Standards for 180 degree peel testing
A number of standards define the correct method for performing a 180 degree peel test.
915
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Why Mecmesin for ring crush testing
Mecmesin designs and manufactures precision testing systems that meet ISO 12192 and TAPPI requirements for RCT.
916
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Case studies in puncture resistance testing
Protective clothing - A glove manufacturer used high-force puncture testing to optimise material layering, achieving compliance with ASTM F1342 and ISO 13996 while maintaining f
917
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Why choose Mecmesin for short span compression testing
Mecmesin provides complete solutions for short span compression testing, combining precision-engineered test frames, purpose-designed fixtures, and advanced control and analysis software.
918
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Three-point vs four-point bend testing
In a three-point bend test, force is applied at a single midpoint. In a four-point bend test, two loading noses distribute the load over a larger section of the specimen.
919
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Key methods of penetration resistance testing
Penetration resistance measures a material’s ability to resist intrusion by a probe or object under applied force without tearing, cracking, or losing functional integrity.
Applications include:
920
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Mecmesin equipment for 180 degree peel testing
Mecmesin provides a complete range of test solutions designed for accurate and repeatable peel strength measurement.
921
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Test Equipment
Mecmesin offers a range of force testing equipment suitable for syringe testing under ISO 11040-4 Annex F. Our solutions include the OmniTest universal testing machine, which is highly accurate and reliable for this application.
922
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Why is the 135° peel test important?
Seal strength testing plays a vital role in packaging quality control.
923
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Application of standards in puncture testing
Standardised methods ensure test consistency and reliability across laboratories and production sites.
924
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Mecmesin equipment for insertion and withdrawal testing
Mecmesin provides high-precision systems for measuring insertion and withdrawal forces across a wide range of components.
Capabilities include:
925
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How to conduct a Concora crush test
Step-by-step procedure
Specimen preparation - Cut medium to the required size, typically 152.4 mm by 25.4 mm strips, ensuring clean edges.