Conductivity and TDS Standards
Cole-Parmer Oakton Traceable Conductivity and TDS Standard, Batch-Tested, 100 µS; 500 mL
All Oakton Traceable conductivity standards are NIST-traceable reference materials, supplied with a calibration report from an ISO 17034 and ISO 17025 accredited laboratory. These standard solutions let you calibrate conductivity instruments to ensure accuracy. If unopened, shelf life is one year; once opened, shelf life will vary by solution value. Use when readings are expected to be around 100 S/cm.
Inorganic Ventures 10 000 CONDUCTIVITY 500mL
Matrix: Water (H2O), Starting Material: KCl.
ATTENTION: Inorganic Ventures is no longer supplying paper copies of Certificate of Analyses(CoA) and Safety Data Sheets (SDS). Please use this link to download your copies: https://www.inorganicventures.com/coa-sds-search
Inorganic Ventures 100 000 CONDUCTIVITY 1L
100,000 Conductivity | 1L
ATTENTION: Inorganic Ventures is no longer supplying paper copies of Certificate of Analyses(CoA) and Safety Data Sheets (SDS). Please use this link to download your copies: https://www.inorganicventures.com/coa-sds-search
Aqua Solutions Conductivity Standard 75.0 umhos @ 25°C NIST Traceable (1L)
Conductivity Standard 75.0 umhos @ 25°C NIST Traceable (1L)
Cole-Parmer Oakton Conductivity and TDS Standard, 111,900 µS; 5 x 60 mL Bottles/Pk
• KCl, NaCl and 442 conversions printed on the bottle for ease of use (excluded on 60-mL bottle, but included in insert) • Temperature corrections are printed on the bottle, with certified values listed in tables and referenced to 25°C (excluded on 60-mL bottle, but included in insert) • Manufactured under ISO 9000 quality guidelines and traceable to NIST standards • If unopened, shelf life is 1 year. If opened recommended shelf life is 4 months • Conductivity options range from 1 µS/cm to 200,000 µS/cm
LaMarKa Chemical Company Conductivity Standard 100 umhos, 5001l
Conductivity Standard 100 umhos, 1ll Plastic Bottle
Waters Corp WATERS CORPORATION KCl Solution, Salt Bridge Reference, 50 mL
This product is a potassium chloride (KCl) solution designed for use as a salt bridge reference. It comes in a 50 mL volume, making it suitable for laboratory applications requiring a reliable reference solution.
- Used for salt bridge reference
- Contains potassium chloride (KCl)
- Supplied in a 50 mL volume
AURICAL LLC LL CNDCTVTY STD 2.0US/CM 500ML
Low Level Conductivity Standard 2.0�s/cm 500 mL pouches for accurate conductivity measurement in purified water. Standard for accurate conductivity measurement in purified water. High accuracy is required for pure water and water for injection in pharmaceutical manufacturing.
Value Collection MSC-67571604 #8-32 UNC, 3/4" Length Under Head Phillips Drive Machine Screw Pan Head, Grade 18-8 Stainless Steel, Uncoated, Without Washer
Value Collection MSC-67571604 #8-32 UNC, 3/4" Length Under Head Phillips Drive Machine Screw Pan Head, Grade 18-8 Stainless Steel, Uncoated, Without Washer
PENTAIR AQUATIC ECO SYSTEMS SOLUTION CONDUCTIVITY 1000 S/C
Solution Conductivity 1000 S/CM Per PintNIST-traceable conductivity solutions to calibrate both field instruments and lab instruments and cells together for maximum accuracy. 1 pint bottles.
Aqua Solutions Conductivity Standard 200,000 umhos @25°C N.I.S.T Traceable (1L)
Conductivity Standard 200,000 umhos @25°C N.I.S.T Traceable (1L)
Aqua Solutions Conductivity Standard 500 umhos @ 25°C NIST Traceable (1L)
Conductivity Standard 500 umhos @ 25°C NIST Traceable (1L)
Cole-Parmer Oakton ECCONCP0550 COND 550 Conductivity Monitor, 110/220VAC
The CON 550 is a small, economical monitor used to measure conductivity and temperature values in applications such as water treatment and monitoring, plating, chemical processing, or food processing. The monitor has user-friendly features like menu-driven programs and calibrations that are easily performed with the push button key pad. All setup and calibration parameters are retained in nonvolatile memory to prevent data loss during power outages. Measurements can be compensated for temperature variations automatically or manually. Independent calibration and process temperatures can be set when manual temperature compensation is used.