Search results
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Key material testing standards
To ensure accuracy and comparability, elongation at break and tensile strength measurements are performed according to recognised industry standards.
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BS EN ISO 9001
ISO 9001 has been revised to reflect the many changes in the way we now do business – new technology, greater access to information, higher customer expectations, globalization and increasing importance of service industries.
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*corp 01M-01-217
To determine the maximum force required to rupture (break) a woven fabric.
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FINAT FTM1
This test method is designed to quantify the permanence of adhesion or peelability of self-adhesive pressure sensitive) materials.
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Torque testing methods
Programmable torque testers
Motorised torque testers allow engineers to define torque profiles, control rotational speed, and capture the complete torque-tension curve.
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Torque testing standards
A range of recognised standards define the correct procedures for reverse ratchet torque testing, ensuring consistent and reliable results.
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Pull Force and Break Strength Testing
Whether it is medical tubing, plastic straws, copper wire or zip ties, pull force and break strength testing is critical not only to production quality but also to consumer safety.
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Understanding tensile strength in testing
Both pull-off and pull-out testing measure tensile strength, which is the maximum load a specimen can sustain under tension before failure.
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ASTM D4482-11
ASTM D4482 is a test method used to determine the fatigue life of rubber compounds undergoing a tensile-strain cycle. During part of the cycle, the strain is relaxed to a zero value.
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ASTM C1368
This test method covers the determination of slow crack growth (SCG) parameters of advanced ceramics by using constant stress-rate rectangular beam flexural testing, or ring-on-ring biaxial disk flexural testing, or direct tensile strength, in which str
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Industry-specific test standards
ISO 9895 - packaging materials
ISO 9895 specifies the method for determining the compressive strength of paper and b
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Software
Vector OS (VFG/VFTI)
Vector OS
Our touchscreen instruments are powered by Vector OS, Mecmesin's technology platform for its latest force and torque test equipment. It delivers intuitive and customisable user interfaces, as well as advanced data acquisition and analysis.
To…
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Introduction to ball burst strength testing
Ball burst testing measures the resistance of a material to rupture under localised force using a hemispherical probe.
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Understanding cone penetration testing
Cone penetration testing is a precision method used to determine a material's resistance to penetration by a standardised cone-shaped probe under specific force conditions.
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Standards for box crush testing
ASTM D642-00
This standard specifies methods for determining the compressive resistance of shipping containers, both filled and empty.
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ASTM D349
These test methods cover the procedures for testing rigid round rods used in electrical insulation.
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Pull Force and Break Strength Testing
Whether it is medical tubing, plastic straws, copper wire or zip ties, pull force and break strength testing is critical not only to production quality but also to consumer safety.
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Standards for tear resistance testing
While the core principle of wing tear testing remains the same, each standard specifies unique specimen shapes, notch sizes and test speeds. Adhering to these requirements ensures results are valid and comparable.
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Understanding compressive and tensile forces
Insertion and withdrawal testing focuses on two key force measurements:
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ASTM F1839-08
This specification covers rigid polyurethane foam blocks or sheets recommended for use as a standard material for mechanical testing using orthopedic devices and instruments.
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ASTM C1292
This test method covers the determination of shear strength of continuous fiber-reinforced ceramic composites (CFCCs) at ambient temperature.
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Speak to an expert
Selecting the right trapezoidal tear testing setup requires understanding both the material and the relevant standards.
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How to conduct a grab test
A standard grab test involves the following steps:
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Introduction to friction in material science
Friction is a critical factor in how materials behave under movement. It is the resistive force that occurs when two surfaces are in contact and attempt to slide against each other.