Testing of textiles and nonwovens according to DIN EN ISO 13934-1 and DIN EN ISO 9073-4
Universal testing machine inspekt solo-M 2,5 kN
The materials used in the production of medical textiles, such as nonwovens and woven fabrics, must meet strict requirements defined by international standards to ensure optimal quality and protective performance. Standards like ISO 13934-1 and ISO 9073-4 specify detailed testing methods and quality benchmarks that facilitate a reliable evaluation of material properties.
A customized testing system, comprising the inspekt solo-M 2.5 kN universal testing machine and a screw grip, enables a wide range of standardized tests, including:
- Determination of tensile strength and elongation of nonwovens: According to DIN EN ISO 9073-4, this test evaluates the material's resistance to tensile forces and its ability to stretch. It is crucial for assessing the durability of nonwovens used in medical applications.
- Determination of tear resistance of nonwovens: Also conducted according to DIN EN ISO 9073-4, this test measures how well the material resists existing tears, which is vital for preventing material failure.
- Determination of maximum force and elongation of woven textiles and fabric assemblies: The strip tensile test as per DIN EN ISO 13934-1 provides precise data on the maximum force and elongation of textiles under tension. This method assesses both dry and wet specimens to evaluate performance under varying conditions.
- Tear strength testing of medical gloves: According to DIN EN 455-2, this test ensures that disposable gloves meet minimum tear strength requirements for safe use.
The LabMaster materials testing software facilitates accurate and user-friendly configuration of test procedures according to the prescribed standards. Parameters such as load speed, test force, and test duration can be adjusted as needed. During testing, results are automatically recorded and analyzed. The software also offers options to display results in custom-designed test reports or export them directly to quality management systems.