Temperature Influence of Conductivity Standard 12880 µS/cm (Ref 238988)

Hamilton offers the 12880 µS/cm liquid conductivity standard (Ref 238988), whose stability of ±1% is guaranteed over a lifecycle of up to 3 years. These standards can be used several times, on condition that the bottle is not left open without its lid for more than one hour total. The composition of these standards is patented, and the procedure for determining conductivity has been developed in collaboration with the Danish Institute of Fundamental Metrology (FDM) and the National Institute of Standards and Technology (NIST). Please refer to the calibration certificate packaged with every HAMILTON Conductivity Standard for further details.

Line graph showing conductivity (µS/cm) vs. temperature (°C) for a 12880 µS/cm standard, rising from ~8200 at 5°C to ~19400 at 50°C.

Conductivity vs. Temperature: Reference table

Temperature °C	Conductivity µS/cm	Temperature °C	Conductivity µS/cm	Temperature °C	Conductivity µS/cm
5	8210	21	11910	37	15920
6	8440	22	12140	38	16180
7	8660	23	12400	39	16440
8	8880	24	12640	40	16690
9	9110	25	12880	41	16960
10	9340	26	13140	42	17220
11	9560	27	13380	43	17490
12	9790	28	13630	44	17750
13	10020	29	13880	45	18020
14	10250	30	14140	46	18280
15	10500	31	14390	47	18550
16	10720	32	14640	48	18820
17	10960	33	14890	49	19080
18	11200	34	15150	50	19350
19	11430	35	15420
20	11670	36	15660