Titanium Knitted Wire Mesh Roll / Both Flat Mesh And Crimped Mesh
Knitted wire mesh - As the name implies the wire is knitted with an industrial machine in the same way woolen jerseys are knitted. The production process associated with knitted wire mesh results in many advantages and practical application opportunities. The advantages are durability, flexibility, sustainability, compressibility, scrollable - making it a very versatile product with various applications.
Knitted Wire Mesh applications include:
Cable wrap
Exhaust seals
Lint traps-alum
Flame arrestors
Ground wire mesh
Oil-bath separators
Copper gauze mesh
Diesel injector filters
Mist elimination pads
Heat exchange media
Insulation blanket mesh
Metal & plastic sponges
Catalytic converter mesh
Oil & air breather elements
Mufflers and silencers, pneumatic tools
Separators for liquid vapor used in chemical and petro-chemical plants
The knitted wire mesh material we have in stock.
PP, PTFE, SS304, SS304L, SS316, SS316L, SS201, SS202, SS310S, SS321, Copper, Nickel, Titanium, Duplex 2205, Duplex 2507, NS-80, Monel 400 alloy, Co-knit 904L+fiber glass, Co-knit 316L+ fiber glass, Co-knit 316L+PP flat...
Also we can handle other materials, but please specify when ordering.
My understanding about the data sheet in HG/T 21618-1998 Wire Mesh Demister.
| Type | Wire
(mm) | Density
(kg/m3) | Specific Area (m2/m3) | Void Fraction | Feature |
| SP | Flat wire | 0.1*0.4 | 168 | 529.6 | 0.9788 | Performance between DP & HR |
| round wire | 0.23 | 368 |
| DP | Flat wire | 0.1*0.3 | 186 | 625.5 | 0.9765 | High efficiency, high pressure drop |
| round wire | 0.19 | 493.8 |
| HR | Flat wire | 0.1*0.4 | 134 | 422.4 | 0.9831 | Low pressure drop |
| round wire | 0.23 | 293.9 |
| HP | round wire | 0.16
(0.08-0.22) | 128 | 403.5 | 0.9839 | It can be used to eliminate or slow down the adverse consequences of vibration. |
The data in this sheet are all based on 304 material.
No doubt we produce and supply knitted wire mesh demisters, too. Usually a fast delivery within 3 days can be expected if the order is not too big nor too complex.
