Ventilation Fans
Ventilation Fans
排序方式:
SUC11
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the chink of twenty-
four blades.
※The power come from the air discharge from inside to outside and the temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators run without consuming
electricity.
SUC01
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the chink of twenty-
four blades.
※The power come from the air discharge from inside to outside and the temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators run without consuming
electricity.
SUC10
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC09
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC08
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the chink of twenty-
four blades.
※The power come from the air discharge from inside to outside and the temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators run without consuming
electricity.
SUC03
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the chink of twenty-
four blades.
※The power come from the air discharge from inside to outside and the temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators run without consuming
electricity.
SUC06
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC04
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC02
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC05
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC12
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the
chink of twenty-four blades.
※The power come from the air discharge from inside to outside and the
temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators
run without consuming electricity.
SUC07
The rotation principle of wind driven turbo ventilators
※The sphere could work through hot air rise inside and hot air discharge from the chink of twenty-
four blades.
※The power come from the air discharge from inside to outside and the temperature range and pressure difference between inside and outside.
※Breeze could bring air pressure to drive the sphere. Therefore, ventilators run without consuming
electricity.
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