Proficiency testing catalogue
Name | Planned shipping method | Start Date | ||
---|---|---|---|---|
Coated fabrics - tear resistance (B) ISO 4674-1 Parameters (quantitative): Tear force [N] Article Number: 2010631 Category: physical mechanical testing material testing textiles Accreditation: This proficiency test is within the scope of the A2LA and the DAkkS accreditation. |
Shipping at room temperature | May 2026 | Add to cart | |
Coated fabrics - Thickness ISO 2286-3 Parameters (quantitative): Thickness [mm] Article Number: 2010150 Category: physical mechanical testing material testing textiles Accreditation: This proficiency test is within the scope of the A2LA accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coated fabrics - Thickness ISO 2286-3 Article Number: 2010150 |
May 2026 | Add to cart | ||
Coated fabrics – flex resistance (flexometer) ISO 32100 Parameters (quantitative): Damage / visible change (12 500) [grade], Damage / visible change (125 000) [grade], Damage / visible change (200 000) [grade] Article Number: 2010990 Category: physical mechanical testing material testing textiles Accreditation: This proficiency test is within the scope of the A2LA accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coated fabrics – flex resistance (flexometer) ISO 32100 Article Number: 2010990 |
May 2026 | Add to cart | ||
Coated fabrics – tensile properties ISO 1421 Parameters (quantitative): Maximum force [N], Elongation at maximum force [%] Article Number: 2010991 Category: physical mechanical testing material testing textiles Accreditation: This proficiency test is within the scope of the A2LA and the DAkkS accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coated fabrics – tensile properties ISO 1421 Article Number: 2010991 |
May 2026 | Add to cart | ||
Coating thickness - Magnetic method ISO 2178 Parameters (quantitative): Layer thickness [µm] Article Number: 2010615 Category: physical mechanical testing material testing metals Accreditation: This proficiency test is not included in the scope of the accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coating thickness - Magnetic method ISO 2178 Article Number: 2010615 |
May 2026 | Add to cart | ||
Coating thickness - X-ray spectrometric method ISO 3497 Parameters (quantitative): Layer thickness Nickel [µm], Layer thickness Chrome [µm], Layer thickness Tin [µm], Layer thickness Silver [µm], Layer thickness Gold [µm], Layer thickness Zinc [µm] Article Number: 2010371 Category: chemical-physical testing material testing metals Accreditation: This proficiency test is not included in the scope of the accreditation. |
Shipping at room temperature | March 2025 | Add to cart | |
Coating thickness - X-ray spectrometric method ISO 3497 Article Number: 2010371 |
March 2026 | Add to cart | ||
Coating thickness (Cu-Ni-Cr) ISO 1456 (ISO 1463, ISO 2177) Parameters (quantitative): Layer thickness Cu [µm], Layer thickness Ni (total) [µm], Layer thickness Cr [µm] Article Number: 2010239 Category: physical mechanical testing material testing plastics (Electroplating) Accreditation: This proficiency test is within the scope of the A2LA accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coating thickness (Cu-Ni-Cr) ISO 1456 (ISO 1463, ISO 2177) Article Number: 2010239 |
May 2026 | Add to cart | ||
Coating thickness Amplitude-sensitive eddy-current method ISO 2360 Parameters (quantitative): Layer thickness [µm] Article Number: 2010295 Category: physical mechanical testing material testing metals Accreditation: This proficiency test is not included in the scope of the accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coating thickness Amplitude-sensitive eddy-current method ISO 2360 Article Number: 2010295 |
May 2026 | Add to cart | ||
Coating thicknesses, potential difference (nickel layers) ISO 16866, ASTM B764 Parameters (quantitative): Thickness mp-Ni [µm], Thickness bright-Ni [µm], Thickness semi-bright-Ni [µm], Potential difference (mp-Ni to bright-Ni) [mV], Potential difference (semi-bright-Ni to bright-Ni) [mV] Article Number: 2010241 Category: physical mechanical testing material testing plastics (Electroplating) Accreditation: This proficiency test is within the scope of the A2LA accreditation. |
Shipping at room temperature | May 2025 | Add to cart | |
Coating thicknesses, potential difference (nickel layers) ISO 16866, ASTM B764 Article Number: 2010241 |
May 2026 | Add to cart | ||
Coefficient of linear thermal expansion (CTLE) ISO 11359 Parameters (quantitative): Mean CLTE (25-100°C) [10-6 1/k], Mean CLTE (25-80°C) [10-6 1/k], Differential CLTE (100°C) [10-6 1/k], Differential CLTE (80°C) [10-6 1/k] Article Number: 2010758 Category: chemical-physical testing material testing plastics (thermoplastics) Accreditation: This proficiency test is within the scope of the A2LA and the DAkkS accreditation. |
Shipping at room temperature | April 2025 | Add to cart | |
Coefficient of linear thermal expansion (CTLE) ISO 11359 Article Number: 2010758 |
April 2026 | Add to cart | ||
Coefficients of friction ISO 8295 Parameters (quantitative): Static friction [-], Kinetic friction [-] Article Number: 2010780 Category: physical mechanical testing material testing films Accreditation: This proficiency test is within the scope of the A2LA and the DAkkS accreditation. |
Shipping at room temperature | March 2025 | Add to cart |
Unter Umständen kann es vorkommen, dass dieser Parameter im Ringversuch nicht zur Verfügung steht.