|Material:||SS304||Standard:||GB, ASTM, JIS, BS EN, Etc.|
|Width:||100mm - 1060mm||Treatment:||Corrugation|
|Application:||Demisters Making||Weaving Style:||Sing Wire Knitting|
stainless steel knitted wire mesh,
AISI304 Crimped Knitted Wire Mesh Roll Demister Mist Eliminator Material
We produce knitted wire mesh with different material, wire diameter and mesh width, both flat wire mesh and crimped wire mesh. Usually the width of wire mesh for demister making is between 100mm and 600mm. In fact we can supply mesh width range from 30mm to 1060mm.
Applications of knitting wire mesh:
Knitted wire mesh is the raw material used to make wire mesh demisters but it is used in a lot of application in many sectors of industry to produce:
- thermal insulators
- air treatment framed filters
- full metallic antivibration dampers
- cleaning of mechanical components
- architecture and design components
- anti intrusion and anti vandalism elements
- elements for housing, fishing and gardening
- automotive components like filters, antivibrations, separator rings, silencers etc.
My understanding about the data sheet in HG/T 21618-1998 Wire Mesh Demister.
|SP||Flat wire||0.1*0.4||168||529.6||0.9788||Performance between DP & HR|
|DP||Flat wire||0.1*0.3||186||625.5||0.9765||High efficiency, high pressure drop|
|HR||Flat wire||0.1*0.4||134||422.4||0.9831||Low pressure drop|
|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.
Hualai manufactures tons of knitted wire mesh in crimped rolls each month for customers that need to pack their own separation, filtration, or insulation devices. They are delivered in cartons (for small quantity and urgent need), on pallets (for big quantity and sea shipping) and in wooden boxes (for some special mesh) sometimes. The customers will experience superior quality and materials when using Hualai’s knit mesh products.
Contact An Li in Hualai today to discuss your needs of knitted wire mesh.
Contact Person: AnnLi