Select by Shape:

Round:
A circle is one of the most common shapes for mist eliminators. Large pads can be split into multiple sections to easily pass through manways.


Ring:
Ring shaped demister pads feature a circular opening to accommodate tank piping.


Rectangle:
Like round mist eliminators, rectangular pads can also be manufactured in multiple sections to pass through narrow manways.

 

 

Supporting Grid Structure：

 

 

Custom demister pads can be manufactured as either one unit or individual sections. Just like its shape, the structure of a demister pad is typically dictated by its installation requirements or equipment setup. The number of sections constructed depends on the overall diameter of the pad and the size of the manway required to install the finished product. This can range from  While it may not be necessary for small demister pads, larger ones often require top and bottom supports. This grid configuration adds strength and structural support to the pad, while also securing the mesh and preventing it from unfurling from the edges. 

The Hebei region in China has the world's largest metal grating industrial belt. Relying on our own raw material processing capabilities, we can better guarantee quality and save costs for you.
 

Customized Processing According to Raw Materials：

SINFT is available in a variety of different alloy material to meet the needs of your application or equipment setup. 300 series stainless steel is a common choice for mist eliminators because it provides corrosion and rust resistance while still maintaining a long service life. 

Click to view the page of raw materials we can produce 
 

      

Raw Material Workshop Processing:
 

Selecting Mesh Densitites

 

 

Central Wire	Wire Diameter	Mesh Density
SFT-D-P-1	0.011"	5.0
SFT-D-P-2	0.011"	7.0
SFT-D-P-3	0.011"	9.0
SFT-D-P-4	0.011"	11.0
SFT-D-P-5	0.011"	12.0
SFT-D-P-6	0.006"	7.2
SFT-D-P-7	0.006"	8.0
SFT-D-P-8	0.006"	12.0

 
Choosing the appropriate mesh density for your specific application, industry, or equipment is essential. Use the chart below to compare mesh densities and wire diameters. 

Normally, when you inquire about prices, we need you to provide the data mentioned above, such as dimensions, wire diameter, thickness, material, and container flow rate. This will help our technical staff quickly assist you in solving the problem.

    

Working Principle

1. A vapor stream carrying entrained liquid droplets passes through a demister pad. The vapor moves freely through
   the knitted mesh.

2. The inertia of the droplets causes them to contact the wire surfaces and coalesce.

3. The large, coalesced droplets formed in the mesh ultimately drain and drop to the vessel bottom