Description

Monel **0 Demisters can reduce the residence time required to separate a given liquid droplet size thereby reducing the volume and associated cost of separator equipment. Demisters are often used where vapour quality is important in regard to entrained liquids; particularly where separator equipment costs are high (e.g., high pressure systems) or where space or weight savings are advantageous.

Compared to steel, Monel is very difficult to machine as it work-hardens very quickly. It needs to be turned and worked at slow speeds and low feed rates. It is resistant to corrosion and acids, and some alloys can withstand a fire in pure oxygen. It is commonly used in applications with highly corrosive conditions. Small additions of aluminium and titanium form an alloy (K***0) with the same corrosion resistance but with much greater strength due to gamma prime formation on aging. Monel is typically much more expensive than stainless steel.

Monel alloy **0 has a specific gravity of 8.*3, an electrical conductivity of approximately 3.4% IACS, and (in the annealed state) a hardness of *5 Rockwell B

We can also make other material demisters:
 

• SS **4 – SS **4L – SS **6 – SS **6L  mist eliminator demister
• Monel **0 – Monel **0 – Monel **0  mist eliminator demister
• Teflon  mist eliminator demister
• Hostaflon  mist eliminator demister
• Poly-propylene  mist eliminator demister
• Inconel **5 – Inconel **5 mist eliminator demister
  Knit Type Koch Divmet Yorkstyle Bulk Density kg/m3 Surface Area m2/m3 Void-age %   -   ***8   ***8   ***0   -   ***2   ***1   -   -     -   ***0   ***0   ***0   ***0   ***0   ***0   ***0   ***0   -   **1   **6   **1   **1   **1   -   -   **3   *5   *0   **8   **4   **0   **3   **2   **0   **2   **5   **7   **0   **2   **5   **0   **7   **5   ***0   *3.0   *9.0   *8.4   *8.2   *4.0   *7.7   *7.6   *6.0   *4.6