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Frequently asked questions
How do I select the right fixture for my material?
Fixture selection depends on specimen dimensions, material type, and the relevant standard.
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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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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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Benefits of accurate bursting strength measurement
Reliable burst strength testing delivers several tangible benefits:
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Why Mecmesin for penetration and puncture resistance testing
Mecmesin designs and manufactures test systems that comply with ASTM, ISO, and BS standards for penetration and puncture resistance te
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Students meet the Mecmesin MultiTest
Having spent time with the Mecmesin team and seen their material testers in action, WPI opted to invest in three Mecmesin MultiTest 2.5-dV testers.
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Mecmesin solutions for T-peel testing
With decades of experience in materials testing, Mecmesin provides accurate, repeatable T-peel testing systems that meet ASTM D1876, ISO 113
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Why the ring crush test is critical for paperboard strength
Paperboard packaging must combine cost-efficiency with protective performance.
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Why choose Mecmesin for elongation and recovery testing
Precision testing across materials
Mecmesin’s systems deliver accurate, repeatable results for textiles, rubber, elastomer
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What is ultimate compressive strength?
Ultimate compressive strength is the maximum compressive stress a material can sustain before failure.
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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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How is top-load testing performed?
Equipment and setup
The essential equipment for a top-load test includes:
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How to Calculate UTS
This gives a value in N/mm² or MPa. During a tensile test, the material is pulled until it breaks. The highest recorded force, divided by the original cross-sectional area, gives the UTS. This value is the peak on a stress-strain curve.
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Key properties measured in tensile testing
While ultimate tensile strength is the headline result, tensile testing also measures:
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Speak to an expert
Choosing the right tension and compression testing equipment depends on factors such as material type, force range, test speed, environmental conditions, and applicable standards.
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Why Mecmesin for penetration and puncture resistance testing
Mecmesin designs and manufactures test systems that comply with ASTM, ISO, and BS standards for penetration and puncture resistance te
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Speak to an expert
If you require loop tack testing to meet quality, performance, or compliance requirements, Mecmesin can provide the right solution for your application.
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What is yield point?
The yield point is the point on a stress-strain curve where a material begins to deform plastically. Before this point, deformation is elastic and reversible. Beyond it, the material undergoes permanent change.
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Speak to an expert
Accurate and consistent tear testing is essential for maintaining product quality, meeting compliance requirements, and ensuring end-user satisfaction.
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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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Applications in industry
The Delft tear test is used wherever rubber and thermoplastics need to maintain performance under stress. Common uses include:
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Selecting the right running torque testing solution
When specifying a running torque test system, engineers should consider:
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Importance of puncture and shear resistance testing
Puncture and shear resistance testing is a critical quality assurance process for materials used in packaging, textiles, industrial manufa
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Secant modulus compared to other moduli
Different moduli are used to describe the stiffness of materials, each calculated at different points on the stress-strain curve:
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Introduction to flexural testing
Flexural testing is a core method in materials science, used to evaluate how materials perform when subjected to bending stresses.