HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely

HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature.  The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme.  The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely

HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature.  The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme.  The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely

HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature.  The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme.  The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely

HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature.  The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme.  The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely