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TWB 508
Technology:
The development of a new patented charge based on a mixture from silicon oil and wax increases the attainable expansion. By applying current charges, values up to 0.22 mm/K can be obtained, however by using latest charge mixtures, values of 0.35 mm/K can even be attained. The other technical parameters can be compared with those that can be achieved with charges applied nowadays.
The development of a new patented charge based on a mixture from silicon oil and wax increases the attainable expansion. By applying current charges, values up to 0.22 mm/K can be obtained, however by using latest charge mixtures, values of 0.35 mm/K can even be attained. The other technical parameters can be compared with those that can be achieved with charges applied nowadays.
EGELHOF innovation:
By applying the patented charge mixture from silicon oil and wax, the volume of the bellow can be reduced by 33 % provided that the current expansion of 0.22 mm/K is maintained.
Reduction of Diameter:
The possible volume reduction results in that the diameter is reduced in smaller bellows allowing for more flexibility when designing radiators or thermostatic heads.
The possible volume reduction results in that the diameter is reduced in smaller bellows allowing for more flexibility when designing radiators or thermostatic heads.
Reduction of Installation Height:
In case that volume is reduced due to a reduced installation height, sensor’s distance from radiator can be increased or a more compact thermostatic head can be used.
