Cone shaped filter tube

Cone shaped filter tube
Material: Stainless Steel Wire, Black Iron Wire, Galvanized Wire, Brass Wire
Hole shape: round cone shape.
Weaving character: Plain weave and twill weave.
Characteristics of the cone shaped filter tube:
Acid-resisting, alkali-resisting, heat-resisting, wear-resisting etc
Features and benefit:
1. Superior flow rate
2. Excellent performance
3. Wide chemical compatibility
4. Low environment impact
Applications of the cone shaped filter tube:
It is widely used in mine, oil, chemical industry, food industry, pharmaceuticals industry and machine producing and filtering industry.

Metal strainers are manufactured from wire mesh, perforated metal, or expanded metal, and are often placed in-line with process piping to remove larger particulate matter and contaminants that may damage pumps, valves and other process equipment. Metal strainers can also be used to separate, or screen one substance from another. Typical applications include food processing, pharmaceutical, chemical, hydraulic, and general industrial applications.

Metal strainers come in wide range of configurations, including basket or simplex basket, duplex basket, in-line, tee type, and y-strainers. A simplex basket metal strainer is used when a temporary line shut down to clean or change baskets is practical. Duplex strainers eliminate the need to shut down the process line for cleaning; when one strainer basket becomes full and clogged, the flow is simply switched to the other side, allowing the line to run continually. In-line strainers, often utilized in sanitary applications, are typically positioned with the basket parallel to the line of fluid flow. Tee type metal strainers are similar to duplex strainers, allowing for quick basket replacement and ease of cleaning. Y-strainers are often used in process pipelines to protect pumps, meters, control valves, steam traps, and regulators.

Metal strainers possess design characteristics which make them a superior alternative to paper filters. Metal strainers are inherently cleanable and reusable. Properly designed, they can withstand temperatures in excess of 500 ° F, extremely high pressure differentials and caustic/corrosive environments.

There are three primary materials with which you can design metal strainers. These are: wire cloth, expanded metal and perforated metal. Each material has its own flow rates and individual characteristics making it a “best fit” for particular engineering requirements. For example, perforated metals can be selected with round holes perforated metal, square holes perforated metal, or any other shape required based on size and or shape of the particulate that needs to be strained.