Knitted Wire Mesh Filter
Knitted Wire Mesh Filter is also named Knitted Wire Netting, or Gas and Liquid Filter.
Knitted Mesh Filter is composed of knitted wire mesh, or together with wire mesh grill and frame. It is widely used in cooking, chemical, petroleum or other fields for gas, liquid or gas filtering, the typical application is grease filter. The Knitted Mesh Filter with large surface area can supply optimum performance and low resistance. The filtering efficiency can reach up to 98%, which is not matched by other types of filters.
Materials of Knitted Wire Mesh/Gas and Liquid Filter:
• Stainless steel wire.
• Copper wire.
• Monel wire.
• Non stainless steel wire.
• PP wire.
• PE wire.
• PVC wire.
• Titanium wire.
• PTFE wire.
• FEP wire.
When used as Grease Filter, it is installed above cooking equipment to eliminate entrained grease and fat, prevent them from entering the extraction dust and cause fire hazards. It can also supply protection for the motors and blowers.
Classification of Knitted Mesh Filter
Knitted mesh filter, manufactured from various stainless steel or plastic wires, is important filter element in various applications. The knitted mesh filter can be divided into different types according to the following different criteria:
Different Wire Types:
Knitted Wire Mesh/Gas and Liquid Filter can be made of round wires, flat wires, super thick wire or wire ropes. The round Knitted Wire Mesh filter is the common and widely used type in various applications. The flat Knitted Wire Mesh Filter has larger surface area for higher filtering efficiency. It is suitable for heavy duty applications. Harmony also makes knitted wire mesh filter with super thick wire material or wire ropes for some customers in some special industry only.
Different Hole Types:
Low Penetration Type
High Penetration Type
Features of Knitted Mesh Filter
• Large surface area.
• Low resistance.
• High filtering efficiency.
• Designed handles for easy installation and replacement.
• Customized sizes to suit different applications and requirements.
• Corrosion resistance performance for durable and long service life.
• Acid and alkali resistance for chemical stability.
• Low maintenance cost and efforts.