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Redox/Orp Buffers

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Product Details:

Core Components Precise Redox Buffer Solution
Accuracy 10 mV or better
Model No Redox/Orp Buffer 220mV, Redox/Orp Buffer 470mV, Redox/Orp Buffer 650mV
Feature NIST Traceable, Stable
Automation Grade Manual
Temperature Range 20C to 25C
Capacity 500 mL, 1000 mL
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Redox/Orp Buffers Product Specifications

Usage Calibration of ORP/Redox Meters and Electrodes
Type Redox/ORP Buffer Solution
Measurement Range Varies per buffer (220 mV, 470 mV, 650 mV)
Weight Varies with volume (approx. 600g for 500 mL)
Feature NIST Traceable, Stable
Model No Redox/Orp Buffer 220mV, Redox/Orp Buffer 470mV, Redox/Orp Buffer 650mV
Accuracy 10 mV or better
Capacity 500 mL, 1000 mL
Equipment Materials High-purity chemicals in laboratory grade plastic bottles
Temperature Range 20C to 25C
Core Components Precise Redox Buffer Solution
Automation Grade Manual

pH Stability Resistant to atmospheric CO2
Traceability NIST/ISO 17025 certified
Expiry Date 12 months from date of manufacture
Label Information Clearly marked mV value and expiry date
Bottle Material Leak-proof HDPE bottle
Application Laboratory, Research, Industry
Storage Condition Store at room temperature, away from direct sunlight
Colour Colour-coded for easy identification

Redox/Orp Buffers Trade Information

Main Export Market(s) Australia, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa
Main Domestic Market All India

Product Description

Redox/orp Buffers

Maximum Traceability and Compliance

All METTLER TOLEDOs RedoX/ORP buffers are traceable to certified international standard SRM NIST. To guarantee maximum traceability, an individual test certificate exists for every buffer solution. Simply download the quality certificate from our online database:

All the Information you Need for Safe Results

A slight change in temperature usually has a big impact on the value of the buffer. A temperature dependence table on every bottle label indicates the mV values at the most common measurement temperatures. Further there are the Lot- number, the date of production and the date of expiry printed on every bottle.

Compliance with International Regulations like GHS

Compliance with regulations is key for METTLER TOLEDO. All SDS and labels fulfill the requirements of GHS (Globally Harmonized System) and are available in local languages. Simply download any required document from our online database:

Outstanding Traceability and Stability

These Redox/ORP Buffers are NIST/ISO 17025 certified, ensuring every batch can be reliably traced for quality assurance. With exceptional resistance to atmospheric CO2, the buffers maintain pH stability and accuracy throughout their 12-month shelf life, offering consistent results for calibration tasks.

User-Friendly and Safe Packaging

Packaged in leak-proof HDPE bottles, the buffer solutions are easy to handle and minimize contamination risks. The colour-coded bottles and clear labels make identification effortless in busy laboratory or industrial settings, while the robust plastic resists chemical degradation.

Versatile Calibration for Various Applications

Designed for manual calibration processes, these buffer solutions serve a wide array of usersfrom researchers and laboratory technicians to industrial operators. Suitable for calibration of ORP/Redox meters and electrodes, their applicability extends across laboratories, manufacturing, and service environments.

FAQs of Redox/Orp Buffers:

Q: How should I use Redox/ORP Buffer Solutions for calibrating my ORP meter?

A: To calibrate your ORP meter, pour the appropriate buffer solution (220 mV, 470 mV, or 650 mV) into a clean container, immerse the electrode, and allow readings to stabilize. Adjust your meter as per the mV value marked on the bottle label. Rinse your electrode with distilled water before and after calibration for accurate results.

Q: What benefits do the colour-coded bottles provide?

A: The colour-coded bottles enhance safety and efficiency by enabling quick and easy identification of different buffer values (220 mV, 470 mV, 650 mV). This minimizes the risk of errors during calibration and streamlines workflow, especially in fast-paced laboratory environments.

Q: When do these buffer solutions expire, and how can I check their validity?

A: Each bottle has a clearly marked expiry date, which is 12 months from the date of manufacture. Always check the expiry date on the label before use to ensure buffer accuracy and compliance with laboratory standards.

Q: Where should I store Redox/ORP Buffer Solutions for optimum shelf life?

A: Store the buffer solutions at room temperature (20C to 25C), away from direct sunlight and heat sources. Keeping the bottles tightly closed when not in use helps preserve the solutions stability and accuracy.

Q: What certifications do these buffer solutions comply with?

A: These buffers are manufactured with NIST/ISO 17025 certification, providing assurance of traceability, quality, and international standard compliance for laboratory, research, and industrial applications.

Q: How are the buffer solutions resistant to atmospheric CO2?

A: The chemical formulation is specifically designed to resist changes caused by atmospheric CO2, ensuring that the mV value remains consistent and stable even if the bottle is opened repeatedly during its usage period.

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