Calibration Buffer Solutions / Storage Solutions / Conductivity Solutions
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Calibration pH Buffer Pack, 500 ml each of 4.01 pH, 7.00 pH & 10.00 pH solutions (WD-05942-10)
This pack contains 500 ml each of 4.01 pH, 7.00 pH & 10.00 pH solutions. -
Individual pH Buffer Solutions (WD-00654)
These economical solution bottles are freshness dated and standardized against NIST-traceable references to ensure quality. Individual pH Buffer Solutions are available in pH 1.68, pH 4.01, pH 7.00, pH 10.00 & pH 12.45.
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Oakton® pH Calibration Buffer Pouches, Assorted 20/PkT (WD-35653-04)
Oakton pH Calibration Buffer Pouches, 4.01, 7.00, and 10.00 pH. Buffers are NIST-traceable and offer ±0.01 accuracy at 77°F (25°C). Pack of 20 pouches. -
Oakton® pH/ORP Electrode Storage Solution, 500ml (WD-00653-04)
Oakton pH/ORP Electrode Storage Solution, 500ml -
Oakton® Electrode Cleaning Solution, 1 Pint (500mL) (WD-00653-06)
Oakton® Electrode Cleaning Solution, 1 Pint (500mL) -
Oakton® Conductivity Solution, 84 µS (WD-00653-16)
Oakton® Conductivity Solution, 84 µS -
Oakton® Conductivity Solution, 1413 µS (WD-00653-18)
Oakton® Conductivity Solution, 1413 µS -
Oakton® Conductivity Solution 12880 µS (WD-00606-10)
Oakton conductivity solution, 12880µS -
Oakton® Conductivity Calibration Pouches, 1413µS Box of 20 Pouches (WD-35653-11)
Conductivity Calibration Pouches, 1413µS Box of 20 Pouches
| USA/CAN | 800-879-7713 |
| INTL | 845-770-3200 |
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Today's Super Deals!
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| GC1 Series - Air Mass Flow Controller - Stainless Steel, Low Flow, With or Without LCD Readout, 1/4 Inch Compression Fittings, 0-5VDC Analog Input/Output |
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Dakota's Mass Flow Controllers are compact, self contained and easy to read. The rugged design and instrumentation grade accuracy provide versatile and economical means of flow control ideal in laboratory and industrial settings. The built-in electromagnetic valve allows the flow to be set to any desired flow rate within range of a particular model. Set points may be controlled either locally or remotely. Available in flow ranges from 10 mL/min to 1000L/min relative to Nitrogen. Accuracy +/-1% full scale for models up to 100 Liters per minute. |