Heritage Buildings

Where there this is a need of frost protection in heritage buildings, such as in churches for examples, Temper S is an excellent choice to have an immediate fire suppression in order to minimize potential damage.

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Advantages with Temper S

Immediate and effective suppression of fire

In high concern applications like fire protection in vehicles, tunnels, occupied spaces or in other critical application, it is vital to have an immediate suppression of fire and when using Temper S as extinguishing agent this is easily accomplished. With Temper S the fire will be suppressed immediately without duration and with extinguishing properties better than water.

Non-toxic and readily biodegradable

Temper S is non-toxic and readily biodegradable to minimize effects on health and environment. 97% of the Temper S fluid will after 7 days be biodegraded in comparison with glycol based products where the biodegradability only is 70-85 % after 28 days. These properties makes Temper S usable in almost any application and especially adapted for applications with environmentally concern such as fire protection in tunnels, vehicles and marine applications where discharges into the environment often is inevitable.

Low freezing point

With freezing protection down to -55⁰C the possibility for using Temper S covers a very wide range – from any plus degree application down to deep freeze applications.

Used in both low- and high-pressure systems

Temper S is suitable for both sprinkler and water mist systems with a variety of applications. In low-pressure applications such as cold storages for food, Temper S is a very good choice as it is non-toxic and environmentally friendly. In high-pressure systems, as for example fire protection in vehicles, Temper S not only provides the system with frost protection, it also contributes with a fast and effective suppression of a potential fire.

Chemically stable

Temper S is stable and will not change over time like other glycol-based antifreeze. For a safe system over time, Temper S is an excellent choice as it is chemical stable. The product is a salt-based product and is chemical stable due to the salt and the high salt concentration, meaning there is no risk for legionella or other bacteria in the fluid.

Thermal Properties

Not sure which Temper S version you need for you application? Click on the tab Thermal Properties to the left and select Temper S version, the number indicates the freezing point.

The following data is presented in a table:

Temper S Version/freezing point °C
Operational temperature °C
Density (kg/m³)
Dynamic viscosity (mPa·s)
Kinematic viscosity (mm²/s)

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Temper S -10

Temper Version/ Freezing point °C	Temperature °C	Density kg/m³	Dynamic viscosity mPa·s	Kinematic Viscosity mm²/s
Temper S -10	50	1071	0.80	0.74
Temper S -10	40	1074	0.97	0.90
Temper S -10	30	1078	1.19	1.10
Temper S -10	20	1081	1.50	1.39
Temper S -10	10	1085	1.95	1.80
Temper S -10	0	1088	2.71	2.49
Temper S -10	-10	1092	4.18	3.83

Temper S -15

Temper Version/ Freezing point °C	Temperature °C	Density kg/m³	Dynamic viscosity mPa·s	Kinematic Viscosity mm²/s
Temper S -15	50	1101	0.89	0.81
Temper S -15	40	1105	1.09	0.99
Temper S -15	30	1109	1.35	1.22
Temper S -15	20	1112	1.73	1.56
Temper S -15	10	1116	2.34	2.10
Temper S -15	0	1119	3.42	3.06
Temper S -15	-10	1123	5.75	5.12
Temper S -15	-14	1125	7.48	6.65

Temper S -20

Temper Version/ Freezing point °C	Temperature °C	Density kg/m³	Dynamic viscosity mPa·s	Kinematic Viscosity mm²/s
Temper S -20	50	1130	1.05	0.93
Temper S -20	40	1134	1.32	1.16
Temper S -20	30	1138	1.67	1.47
Temper S -20	20	1142	2.16	1.89
Temper S -20	10	1146	2.88	2.51
Temper S -20	0	1150	4.03	3.50
Temper S -20	-10	1154	6.01	5.21
Temper S -20	-20	1158	9.76	8.43

Temper S -30

Temper Version/ Freezing point °C	Temperature °C	Density kg/m³	Dynamic viscosity mPa·s	Kinematic Viscosity mm²/s
Temper S -30	50	1169	1.19	1.02
Temper S -30	40	1173	1.48	1.26
Temper S -30	30	1178	1.86	1.58
Temper S -30	20	1182	2.40	2.03
Temper S -30	10	1187	3.24	2.73
Temper S -30	0	1191	4.64	3.90
Temper S -30	-10	1195	7.24	6.06
Temper S -30	-20	1200	12.72	10.60
Temper S -30	-30	1204	26.30	21.84

Temper S -40

Temper Version/ Freezing point °C	Temperature °C	Density kg/m³	Dynamic viscosity mPa·s	Kinematic Viscosity mm²/s
Temper S -40	50	1196	1.39	1.16
Temper S -40	40	1201	1.73	1.44
Temper S -40	30	1205	2.21	1.83
Temper S -40	20	1210	2.90	2.40
Temper S -40	10	1215	3.98	3.28
Temper S -40	0	1220	5.84	4.79
Temper S -40	-10	1224	9.31	7.61
Temper S -40	-20	1229	16.64	13.54
Temper S -40	-30	1234	34.52	27.97
Temper S -40	-40	1239	87.14	70.33

Temper S -55

Temper Version/ Freezing point °C	Temperature °C	Density kg/m³	Dynamic viscosity mPa·s	Kinematic Viscosity mm²/s
Temper S -55	50	1229	1.69	1.38
Temper S -55	40	1234	2.16	1.75
Temper S -55	30	1240	2.82	2.27
Temper S -55	20	1245	3.80	3.05
Temper S -55	10	1250	5.34	4.27
Temper S -55	0	1255	7.88	6.28
Temper S -55	-10	1260	12.30	9.76
Temper S -55	-20	1265	20.42	16.14
Temper S -55	-30	1270	36.07	28.40
Temper S -55	-40	1275	67.58	53.00
Temper S -55	-50	1281	132.86	103.72
Temper S -55	-55	1283	188.34	146.80