Search results
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Standards and compliance
ASTM D2063 defines methods for determining application and r
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Standards and compliance in shear testing
Adhering to recognised standards ensures consistency and comparability of results. Common examples include:
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Introduction to compressive burst testing
Compressive burst testing is a specialised method for determining the maximum internal pressure a container can withstand before structural failure.
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Brushes
Brushes use synthetic or natural filaments to create bristles which are typically clamped to a handle via a ferrule.
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Speak to an engineer
For tailored advice on coefficient of friction testing, contact a Mecmesin applications engineer for support in choosing the right equipment and ensuring compliance with your industry’s requirements.
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Mecmesin solutions for compressive deformation testing
Mecmesin designs and supplies precision-engineered systems for compressive deformation testing across industries.
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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.
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How to conduct a floating roller peel test
Carrying out this test requires attention to detail and strict adherence to the procedure. Key steps include:
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Speak to an expert
Mecmesin has extensive experience in designing equipment and fixtures for adhesive bond strength testing.
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Speak to an Expert
Compressive shear testing is essential for verifying adhesive bond strength, layered composite integrity, and internal shear resistance in structural materials.
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Why Mecmesin for material testing solutions
Expertise across diverse sectors
Mecmesin has decades of experience supporting industries from packaging and oral care to pha
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The role of ECT in quality assurance
The Edge Crush Test is a widely used measure for predicting box stacking performance.
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Mecmesin solutions for corrugated medium testing
Mecmesin offers flat crush testers and fixtures designed to meet TAPPI T 809 requirements.
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Tamper-evident packaging and torque
The role of bridges in tamper-evidence
Tamper-evident bridges are a critical safety feature. Once broken, they provide a clear visual indicator that a product has been opened.
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How to choose the right testing solution
Selecting the correct compressive strength testing solution involves considering factors such as material type, industry standards, testing precision, and equipment capabilities.
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Equipment and tools used in testing
Accurate elongation and recovery testing requires tensile testing machines capable of precise load application and displacement measurement. Important features include:
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Why choose Mecmesin for edge crush testing
Standards-compliant precision testing
Mecmesin’s ECT solutions meet the requirements of both TAPPI T 811 and ISO 3037.
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Introduction to ergonomic strength testing
Ergonomic strength testing is a structured method for measuring an individual's capacity to perform physical tasks safely and efficiently.
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Rheological properties and their role
Rheology, the study of deformation and flow, is central to understanding extrusion behaviour. Key properties measured include:
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Speak to an expert
For engineers looking to define robust torque to turn test protocols or specify equipment, Mecmesin’s applications engineering team offers specialist guidance.
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Evaluating mechanical properties
Flexural tests yield valuable data on strength, stiffness, and toughness. By examining stress-strain curves from flexural tests, engineers can assess:
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What is Ultimate Tensile Strength in Materials Testing?
Ultimate tensile strength (UTS) refers to the maximum stress a material can endure while being stretched before it fails.
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Speak to an expert
Strain at maximum stress testing gives engineers the insight needed to design safer, more efficient products and ensure compliance with international standards.
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Speak to an expert
Contact Mecmesin to discuss the best tensile testing solution for your materials and applications.
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Standards for tension testing
Key standards
ISO 527 - Tensile testing of plastics, covering tensile strength, modulus and elongation
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