Reagecon 84 µS/cm Conductivity Standard Solution 500 ml | NIST Traceable Calibrator
REAGECON
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REAGECON
Reagecon 84 µS/cm Conductivity Standard Solution 500 ml | NIST Traceable Calibrator
Detailed Product Description:
Overview of Reagecon Conductivity Standards:
Reagecon Conductivity Standards provide analysts with a high-quality range of solutions essential for achieving and proving correct results when measuring conductivity. These standards are aqueous-based, eliminating errors typically associated with matrix mismatch when measuring water quality samples.
The standards are manufactured to exacting specifications, offering high accuracy and an extended shelf life and stability, even after the bottle has been opened. They are directly traceable to NIST standard reference materials and meet the specifications required by all major Pharmacopoeias. They are certified using an ISO 17025 accredited test method, ensuring technical competence and validity of test procedures.
Key Features and Benefits:
• High Accuracy:
The standards are accurate to a specification of $\pm 1%$ of the target value when measured at $25^{\circ}\text{C}$. This precision allows them to be used effectively as calibrators or controls in demanding industrial and regulatory environments.
• Traceability and Accreditation:
All products are NIST traceable. Conductivity testing is covered under Reagecon’s ISO 17025 accreditation, providing confidence in the tight control and defined specification of the solution.
• Guaranteed Stability:
The standards are designed to remain within specification throughout their entire shelf life, even after the bottle is first opened. This eliminates the requirement to open a fresh standard bottle for every use, reducing purchasing and disposal costs.
• Aqueous and Non-Hazardous:
The aqueous-based formulation means the products are non-hazardous, offering benefits in terms of reduced health, safety, and environmental requirements, as well as easier shipping, storage, and disposal compared to solvent-based alternatives.
• Low Temperature Coefficient:
The low temperature coefficient of variation minimizes measurement errors, making the standards suitable for use in non-temperature controlled conditions or for field work.
• Comprehensive Documentation:
Each bottle is supplied with a comprehensive Certificate of Analysis (COA) and includes a table showing conductivity variation with temperature printed on the product label.
Typical Applications:
These Conductivity Standards are specifically developed for critical laboratory and field work, including:
• Calibration of conductivity sensors and meters
• Quality control
• Method validation
• Instrument qualification
• Compliance with stringent statutory requirements, such as the United States Pharmacopoeia Monograph for Water for Injection (WFI).
Product Specifications (84 µS/cm Standard):
|
Specification
|
Detail
|
|
Core Value
|
$84\ \mu\text{S/cm}$
|
|
Measurement Temperature
|
$25^{\circ}\text{C}$
|
|
Accuracy
|
$\pm 1%$
|
|
Pack Size
|
$500\ \text{ml}$
|
|
Physical Form
|
Liquid
|
|
Matrix/Solvent
|
Aqueous (Water)
|
|
Hazard Classification
|
Non-hazardous
|
|
Typical Shelf Life
|
12 months (For $20\ \mu\text{S/cm}$ to $147\ \mu\text{S/cm}$ range)
|
|
Traceability
|
NIST traceable
|
|
Accreditation
|
ISO 17025 Accredited Test Method
|
|
Packaging Type
|
HDPE Bottle GL45
|
|
Country of Origin
|
Ireland
|
Available Standard Variations (500 ml Pack Size):
The following conductivity standards, all provided in a $500\ \text{ml}$ pack size and measured at $25^{\circ}\text{C}$, are available as variations of this product line:
|
Conductivity Value
|
Measurement Units
|
Accuracy at $\mathbf{25^{\circ}\text{C}}$
|
Typical Shelf Life (Months)
|
|
$84$
|
$\mu\text{S/cm}$
|
$\pm 1%$
|
12
|
|
$100$
|
$\mu\text{S/cm}$
|
$\pm 1%$
|
12
|
|
$500$
|
$\mu\text{S/cm}$
|
$\pm 1%$
|
18
|
|
$1413$
|
$\mu\text{S/cm}$
|
$\pm 1%$
|
18
|
|
$2764$
|
$\mu\text{S/cm}$
|
$\pm 1%$
|
18
|
|
$5$
|
$\text{mS/cm}\ (5000\ \mu\text{S/cm})$
|
$\pm 1%$
|
18
|
|
$12.88$
|
$\text{mS/cm}\ (12,880\ \mu\text{S/cm})$
|
$\pm 1%$
|
18
|
|
$111.8$
|
$\text{mS/cm}\ (111,800\ \mu\text{S/cm})$
|
$\pm 1%$
|
18
|
