Filter Screen 304A Knitted Wire Mesh Flat Crimped Wire Knitted Mesh/High Strength Galvanized Wire Weave Gas-liquid Filte

Filter Screen 304A Knitted Wire Mesh Flat Crimped Wire Knitted Mesh/High Strength Galvanized Wire Weave Gas-liquid Filter

Demister Mesh also named knitted wire mesh, gas liquid mesh, foam net, wire mesh demister,knitting mesh, demister mesh pad. It is one of using crocheted weaving woven wire mesh. Products are mainly used for gas-liquid separation and despumate in oil; chemical industry, automobile industry, enviromental protection. Can also be used electromagnetic shielding in the construction engineering.

Demister Mesh can be made of stainless steel wire, copper wire, galvanized wire, PTFE wire, flat galvanized steel wire, etc.

Common type Demister Mesh Specification Table

Features and benefit
High filtration efficiency.
High strength.
Corrosion and rust resistance.
Acid and alkali resistance.
Wide range of application.

Mesh Diameters

Mesh is normally knit from wires ranging in diameter from .0035” to .0200”. In special applications, Metal Textiles has knit wires ranging in diameter from .0005” to .0350”. These wires can be round or flat such as those used in Metal Textiles copper gauze for cleaning and in air-filtration applications where large surface areas of wire are needed. A round wire when flattened has approximately twice as much surface area.

In filtration applications, wire diameter is perhaps the most important design variable. It directly affects flow, dirt holding capacity, pressure drop and cost. In general, larger diameter wire allows for higher flow but provides lower dirt holding capacity. Also, larger diameter wire is less expensive. Therefore, a balance must be struck between using a higher density filter of higher cost fine wire or a lesser density filter using lower cost heavy wire.

Density

Density refers to the mass of material per unit volume. It is related to the density of the original mesh and the amount of forming pressure used to compress the mesh into its final form. Determining the required mesh density to produce the specified final product density is a critical step in the design process. Proper density ensures optimal performance of the sealing, gasketing, filtration, heat transfer and separation applications.

Metal Textiles engineers are expert at determining proper density for specific requirements.

Packaging Details: First wrapped with plastic film and then packed by wooden case or cartons. Customized packing is also available.

Delivery Detail: within 7-15 working days after receiving the deposit