Search results
1726
[Page extract]
Why is flexural strength testing important?
Flexural strength testing provides engineers, designers, and researchers with essential insights into how a material responds to bending forces.
1727
[Page extract]
How is a three-point bend test performed?
Test setup and procedure
The test begins with preparing a specimen, often a rectangular bar, from materials such as plastics, composites, wood, or metals.
1728
[Page extract]
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.
1729
[Page extract]
Mecmesin equipment for flexural strength testing
Precision systems for bending tests
Mecmesin’s electromechanical testers, including the MultiTest-dV and
1730
[Page extract]
Standards for three-point bend testing
Three-point bend testing is governed by established international standards, including:
1731
[Page extract]
Industry applications of flexural testing
Plastics and thermoplastics
Flexural testing reveals the stiffness, yield point, and failure mode of plastics, informing mate
1732
[Page extract]
Speak to an expert
Mecmesin supports engineers, designers, and researchers with tailored flexural testing solutions for plastics, composites, metals, and wood-based materials.
1733
[Page extract]
What is texture testing?
Texture testing is the instrumental measurement of a product’s physical response to an applied force.
1734
[Page extract]
Why is texture testing important?
Texture testing ensures consistent product performance, supports process control, and validates compliance with industry standards. Even small changes in raw materials, processing conditions, or environmental factors can alter texture.
1735
[Page extract]
How is texture testing performed?
Common test types and measurements
Compression tests - assess firmness or hardness by applying a controlled force to compress the sample.
1736
[Page extract]
Mecmesin equipment for texture testing
Tailored systems for diverse industries
Mecmesin offers precision texture testing systems designed to handle everything from soft gels and emulsions to firm solids.
1737
[Page extract]
Standards and compliance in texture testing
Food industry standards
ISO 11036 - sensory analysis for food texture profile methodology
1738
[Page extract]
Applications across sectors
Texture testing in food manufacturing
Bread softness for freshness control, snack crispness for quality assurance, firmness in
1739
[Page extract]
Speak to an expert
Mecmesin supports manufacturers, product developers, and QA teams with texture testing solutions tailored to their materials and industries.
1740
[Page extract]
What is compression texture testing?
Compression texture testing is a method used to determine how a food product responds when force is applied. It measures properties such as firmness, consistency, and deformability by pressing into the sample with a controlled load.
1741
[Page extract]
Why is compression texture testing important in the food industry?
Texture is often as important as flavour in determining consumer preference.
1743
[Page extract]
How is compression texture testing performed?
Test methods and parameters
A typical test places the sample on a stable platform beneath a compression plate or probe.
1744
[Page extract]
Standards for texture compression testing
ISO 16305 - Butter firmness
Specifies a method for determining butter firmness under controlled conditions.
1745
[Page extract]
Industry applications
Dairy products
For butter, ISO 16305 compliance confirms product consistency.
1746
[Page extract]
FAQs
What is the role of compression texture testing in food quality control?
It delivers objective, repeatable texture measurements to meet sensory and regulatory standards.
1747
[Page extract]
Speak to an expert
Compression texture testing is essential for ensuring food products are consistent, compliant, and satisfying to consumers.
1748
[Page extract]
What is tension testing?
Tension testing, also called tensile testing, is a core mechanical test used to determine how a material behaves when subjected to a uniaxial tensile force. It measures properties such as strength, ductility and elasticity under controlled conditions.
1749
[Page extract]
Why tension testing is important
Tension testing supports quality assurance, product development and regulatory compliance in many industries.