The T-type filter is constructed from glass fiber reinforced polypropylene material. It is easy to install, facilitates equipment inspection, disassembly, and cleaning, and allows for manual cleaning of the filter element. Suitable for various flow rates and water qualities, it can be combined in multiple ways. Major components are of standard size, and it features a pressure gauge interface. The base has multiple interfaces for various installation methods. A special rib design can withstand the strong destructive force of water hammer, and it features high pressure resistance, making it sturdy and durable. It functions normally at any installation angle and can remove various suspended particles.

The T-type filter is constructed from glass fiber reinforced polypropylene material. It is easy to install, facilitates equipment inspection, disassembly, and cleaning, and allows for manual cleaning of the filter element. Suitable for various flow rates and water qualities, it can be combined in multiple ways. Major components are of standard size, and it features a pressure gauge interface. The base has multiple interfaces for various installation methods. A special rib design can withstand the strong destructive force of water hammer, and it features high pressure resistance, making it sturdy and durable. It functions normally at any installation angle and can remove various suspended particles.

The T-type filter is constructed from glass fiber reinforced polypropylene material. It is easy to install, facilitates equipment inspection, disassembly, and cleaning, and allows for manual cleaning of the filter element. Suitable for various flow rates and water qualities, it can be combined in multiple ways. Major components are of standard size, and it features a pressure gauge interface. The base has multiple interfaces for various installation methods. A special rib design can withstand the strong destructive force of water hammer, and it features high pressure resistance, making it sturdy and durable. It functions normally at any installation angle and can remove various suspended particles.

The T-type filter is constructed from glass fiber reinforced polypropylene material. It is easy to install, facilitates equipment inspection, disassembly, and cleaning, and allows for manual cleaning of the filter element. Suitable for various flow rates and water qualities, it can be combined in multiple ways. Major components are of standard size, and it features a pressure gauge interface. The base has multiple interfaces for various installation methods. A special rib design can withstand the strong destructive force of water hammer, and it features high pressure resistance, making it sturdy and durable. It functions normally at any installation angle and can remove various suspended particles.

The T-type filter is constructed from glass fiber reinforced polypropylene material. It is easy to install, facilitates equipment inspection, disassembly, and cleaning, and allows for manual cleaning of the filter element. Suitable for various flow rates and water qualities, it can be combined in multiple ways. Major components are of standard size, and it features a pressure gauge interface. The base has multiple interfaces for various installation methods. A special rib design can withstand the strong destructive force of water hammer, and it features high pressure resistance, making it sturdy and durable. It functions normally at any installation angle and can remove various suspended particles.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.

Like other filters, a pleated filter consists of a filter housing and a filter element; the filter housing material is generally plastic, stainless steel, or plastic-coated carbon steel, and there are many shapes; the filter element is a hollow cylinder, which is composed of many annular plastic sheets with micron-level equilateral triangular grooves on both sides assembled on a central skeleton. The pleated sheets compressed by springs and water pressure in each filtering unit form countless meshes through which impurities cannot pass, with a total thickness equivalent to 30 layers of ordinary filter screens.