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Xylem WTW Redox Buffer Solution, 250 ml

Brand:Xylem WTW

Specifications

No. of packages: 1
Package capacity: 250 ml
Container type: Bottle
Content: 1 x Bottle of 250 ml
Redox potential (25°C): 427 mV
Type: RH 28
UNSPSC: 41116166

$138.21

Inc. GST

Supplier Stock: 2

Delivery: 2-4 weeks

Product description

The Xylem WTW Redox Buffer Solution is specifically formulated for the calibration and testing of ORP (Oxidation-Reduction Potential) electrodes, ensuring accurate and reliable measurements. With a potential of 427 mV at pH 7, this solution is ideal for maintaining the precision of your electrochemical analyses. Each bottle contains 250 ml of high-quality buffer solution, making it a convenient choice for laboratory use.

Key Features:

Brand: Xylem WTW
Application: Calibration and testing of ORP electrodes
Potential: 427 mV at pH 7
Volume: 250 ml per bottle
Packaging: Supplied individually

This redox buffer solution is an essential component for laboratories requiring precise calibration standards for ORP measurements, ensuring the accuracy and reliability of electrochemical analyses.

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Redox calibration solutions

Product	Container type	Package capacity	Mfr#	Part#	Availability	Price
Mettler-Toledo Redox Calibration Solution, 220 mV/pH 7, 427 mV, rH=28.4, 250 mL	Bottle	250 ml	00000000....	9.041 872	In stock	$72.65
Mettler-Toledo Redox Calibration Solution, 220 mV/pH 7, 6x250 mL Bottle	Bottle	250 ml	51350062	6.801 283	In stock	$336.66
Mettler-Toledo Redox Calibration Solution 427 mV pH 10, 250 mL	Bottle	250 ml	51 319 022	9.041 877		$93.91
51344778 - Sodium ISE standard solution 1000 mg/L, 500 ml			51344778	6.239 907		$317.17

Frequently asked questions

It is specifically formulated for the calibration and testing of ORP (Oxidation-Reduction Potential) electrodes, ensuring accurate and reliable measurements. With a potential of 427 mV at pH 7, this solution is ideal for maintaining the precision of your electrochemical analyses. Each bottle contains 250 ml of high-quality buffer solution, making it a convenient choice for laboratory use.

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