DN4000mm demister pads are made up knitted gauze pad and support grid of two parts. It is a gas-liquid separator , when the vapor through demister pads it can remove the water…
stainless steel/monel/PP demister pads mist eliminator
Demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
DN3600mm knitted mesh demister pads
DN3600mm demister pads are made up knitted gauze pad and support grid of two parts. It is a gas-liquid separator , when the vapor through demister pads it can remove the water…
DN3400mm knitted mesh demister pads
DN3400mm demister pads are made up knitted gauze pad and support grid of two parts. It is a gas-liquid separator , when the vapor through demister pads it can remove the water…
DN2800mm knitted mesh demister pads
DN2800mm demister pads are made up knitted gauze pad and support grid of two parts. It is a gas-liquid separator , when the vapor through demister pads it can remove the…
The applications of demister pads
For gas and liquid separating and filtering, demister pads serve as an efficient and economical product. In chemical, pharmacy, petroleum, papermaking, food, mineral, and other industries, Demister pads are widely…
DN2600mm knitted mesh demister pads
DN2600mm demister pads are made up knitted gauze pad and support grid of two parts. It is a gas-liquid separator , when the vapor through demister pads it can remove the water…
DN2200mm knitted mesh demister pads
DN2200mm demister pads are made up knitted gauze pad and support grid of two parts. It is a gas-liquid separator , when the vapor through demister pads it can remove the…
Demister pad density & its applications
Demister pad density & its applications Mesh density (stainless steel) Application 50 kg/m3 Heavy fouling, e.g. evaporators 80 kg/m3 Moderate fouling, e.g. vessel boilers 110 kg/m3 Light fouling 145 kg/m3 Heavy…
Demister pads in Process Piping
When a vapor steam carrying entrained liquid droplets passes through a demister pad, the vapor moves freely through the knitted mesh but the inertia of the droplets causes them to contact…