Bending test: Assess the flexibility and strength of your materials
What is flexure testing and why is it essential?
A flexure test - also known as bending test - is a crucial evaluation used to measure the flexibility, strength, and bending resistance of materials. At Deon Research Centre, these tests play an important role in sectors such as construction, aviation and automotive industries, where materials are often exposed to bending stress. For reliable results, we use standards such as ISO 14125 and ASTM D7264.
Why opt for flexure tests?
Do you want to optimize the bending performance of your materials? Our professional services offer:
- Insight into bending properties: understand how your materials respond to bending stress and deformation.
- Increased product quality: develop products that can withstand daily and extreme bending loads.
- Reliable design strategies: use test results to design safe and efficient products.
How does a flexure test work?
The process involves applying a bending force to a material to evaluate its resistance to deformation and breakage:
- Three-point bending test: measures the bending strength and stiffness of a material by creating tension in a three-part setup.
- Four-point bending test: analyses the bending resistance over a larger part of the material, which is useful for obtaining detailed information.
During the flexure tests, we focus on important properties such as:
- Flexural strength: the maximum stress a material can withstand before it breaks.
- Modulus of elasticity: the degree of deformability of the material when force is applied.
- Fracture point: the location and manner in which the material breaks under load.
Applications of flexural strength in industry
At Deon Research Centre, we are involved in the application of flexural strength in various sectors:
- Aerospace: assessment of the resilience and strength of structural components that are exposed to bending loads.
- Automotive: test components such as suspension systems and body panels for their resistance to bending loads.
- Building and construction: ensure the structural integrity of building materials such as beams and plates.
What does this mean for your company?
By investing in flexural strength tests, you will achieve:
- Increased product reliability and reduced risk of structural failure.
- Compliance with strict quality standards that are essential for market acceptance and customer satisfaction.
- Improved competitive advantage by delivering sustainable and safe products.
We offer extensive flexural tests at Deon Research Centre!
Curious about how our flexural strength tests can improve your products? Our team offers expert services that ensure that your materials meet the highest standards. Contact us for more information and find out how we can support your business with in-depth material testing!
Direct contact +31 (0) 6 51 06 02 62