25mm metal vsp ring random packing
description1
|
Size Inch/mm |
Bulk density (304,kg/m3) |
Number (per m3) |
Surface area (m2/m3) |
Free volume (%) |
Dry Packing Factor m-1 |
|
|
1” |
25*0.3 |
210 |
52500 |
196 |
97.3 |
212.2 |
|
1” |
25*0.4 |
290 |
52500 |
196 |
96.3 |
219.2 |
|
1.5” |
38*0.4 |
197 |
15200 |
134 |
97.5 |
144.9 |
|
1.5” |
38*0.6 |
308 |
15500 |
134 |
96.2 |
151.3 |
|
2” |
50*0.5 |
192 |
6850 |
102 |
97.6 |
110.1 |
|
2” |
50*0.6 |
234 |
6850 |
102 |
97.0 |
111.8 |
|
2” |
50*0.8 |
315 |
6850 |
102 |
96.0 |
115.5 |
|
3” |
76*0.6 |
151 |
1950 |
67 |
98.1 |
71.3 |
|
3” |
76*0.8 |
206 |
1950 |
67 |
97.4 |
72.9 |
|
3” |
76*1.0 |
261 |
1950 |
67 |
96.7 |
74.4 |
Material Properties
- Increased Specific Surface Area:
- The design of the Metal VSP Ring increases the specific surface area of the packing, which directly contributes to improved mass transfer efficiency. This is particularly beneficial in applications where maximizing contact between phases is essential.
- Enhanced Fluid Turbulence:
- The packing promotes fluid turbulence, which helps to minimize dead zones within the system. This ensures that the fluid flows more uniformly, enhancing overall process efficiency.
- Reduced Pressure Drop:
- The design and material properties of the Metal VSP Ring work together to reduce pressure drop across the packing. This improvement not only enhances processing capacity but also contributes to energy savings in operational costs.
In summary, the Metal VSP Ring stands out as a superior packing solution, offering significant advantages in terms of flux, mass transfer efficiency, and overall system performance. Its innovative design and material properties make it a preferred choice for various industrial applications.
Structural Overview
The Metal VSP Ring, also known as the 84 inner arc ring packing or Mellaring ring packing, is designed for optimal performance in random packing towers. Its structure resembles a garland or lantern, featuring strip-shaped openings that are intricately cut and bent into both internal and external arcs. For specific sizes, multiple rows of inwardly curved, arc-shaped window holes are radially perforated, enhancing fluid flow and interaction.
The name "84 Inner Arc Ring" is derived from its unique structural design, which alternates between eight and four inward arcs along the axial direction, providing a distinctive and effective packing solution.