SUCLAB chemical fume hood with water scrubber Exporters including : a cabinet body, a ventilation module and a spray module corresponding to the ventilation module. A cavity is provided inside the cabinet body. The ventilation module includes a first exhaust channel connected to the cavity. The spray module includes a first spray head for spraying the inner wall of the first exhaust channel. The first exhaust channel is provided with an exhaust port. The spray type chemcial fume hood with water scrubber exporters of the present utility model is added with a spray module set in conjunction with the ventilation module. The water scrubber module uses a spray head to spray the inner lining space of the first exhaust channel to prevent the formation of crystallization in the inner lining of the experimental gas when it flows through the first exhaust channel. At the same time, a discharge port for the gas and liquid flowing through the first exhaust channel is set to prevent the gas and liquid from flowing back into the cavity. It not only optimizes the experimental environment but also enhances the safety of the experiment .
SUCLAB chemical fume hood with water scrubber Exporters including : a cabinet body, a ventilation module and a spray module corresponding to the ventilation module. A cavity is provided inside the cabinet body. The ventilation module includes a first exhaust channel connected to the cavity. The spray module includes a first spray head for spraying the inner wall of the first exhaust channel. The first exhaust channel is provided with an exhaust port. The spray type chemcial fume hood with water scrubber exporters of the present utility model is added with a spray module set in conjunction with the ventilation module. The water scrubber module uses a spray head to spray the inner lining space of the first exhaust channel to prevent the formation of crystallization in the inner lining of the experimental gas when it flows through the first exhaust channel. At the same time, a discharge port for the gas and liquid flowing through the first exhaust channel is set to prevent the gas and liquid from flowing back into the cavity. It not only optimizes the experimental environment but also enhances the safety of the experiment .
