Conductivity Standard 1.30 µS/cm @25°C
MANUFACTURER: REAGECON
MANUFACTURER REF: CSKC13
- Description
- Size Guide
- SPECIFICATIONS
Description
Conductivity Standard 1.30 µS/cm @25°C
Reagecon’s Conductivity Standard at 25°C is tested by an ISO 17025 Accredited Test Method (A2LA Ref: 6739.03) and NIST traceable. The product is aqueous based; non-hazardous and accurate to a specification of ± 0.05 µS/cm.
Additional Details
| Pack Size | 250ml |
| Weight | 0.30 |
| Weight Unit | Kg |
| Tariff Code | 3822 190090 |
| Country of Origin | Ireland |
Description of Conductivity Standard 1.30 µS/cm @25°C
| To enable analysts to achieve the correct result when measuring conductivity and to prove the correctness of that result; Reagecon has developed a high quality range of Conductivity Standards; which can be used for calibration of conductivity senors; quality control; method validation and instrument qualification. |
| Reagecon Conductivity Standards are aqueous based; thereby eliminating any errors attributable to matrix mismatch. |
| Directly traceable to NIST standard reference materials; meets the specification requirements of all the major Pharmacopoeias. |
| Each bottle is supplied with a comprehensive Certificate of Analysis and has a table of conductivity variation with temperature available via the product label; as are lot numbers and expiry dates for user convenience. |
| The low temperature coefficient of variation; reduces measurement errors and enables non-temperature controlled use and is suitable for field work. |
| High accuracy ± 0.05 µS/cm at 25°C; enables the standards to be used as calibrators and/or controls; in accordance with the most exacting industrial requirements. |
| Manufactured to exacting specifications with an extended shelf life and stability. |
PRODUCT SPECIFICATIONS
| Conductivity Standard, Conductivity Material |
| Value | 1.3 µS ± 0.05 µS/cm |
| Additional Information | Accuracy 1.3 µS ± 0.05 µS/cm |
| Tested | at 25°C |
| Use | With Conductivity Meters |
| Packaging | HDPE Bottle |
| Physical Form | Liquid |