Views: 16 Author: Site Editor Publish Time: 2020-11-25 Origin: Site
Model Bag filter provides optimum filtration performance when combined with CHUANYA high capacity filter bags. This unique design ensures a 360-degree positive seal and media compression, eliminating the potential for bypass. Unfiltered liquid and debris does not accumulate above the filter bag and contaminate the clean fluid area during change-out. Fluid passes through the bag from inside to outside. The CHUANYA Model OT filter ensures an even flow into the filter bag where contaminate is contained for easy disposal.
The Model Bag housing is a durable, high capacity filter with an uncompromising welded construction to meet ASME Section VIII Code requirements. The cover is hinged and fastened with swing bolts for quick access and easy bag change-out. They have a high quality electro polished finish to resist adhesion of dirt and scale, making routine maintenance fast and simple. Model bag filters are available in two sizes with flanged or threaded connections.
It can be customized with several options, including gauges and switches. A wide range of filter bags or cartridges (rated 0.5 absolute to 100 nominal) with various surface areas can be utilized in this housing.
Accepts all major competitive brands of bags
Permanently piped housings are opened without special tools
Carbon or stainless steel housings
Covers are O-ring sealed
All sealing surfaces are blancher ground
O-ring seals: Buna N, EPR, Viton┬« and Teflon┬«
150 psi rated housing
ASME Code Stamp available
Uses standard #1, #2 or 500 series PL cartridges
1/4-inch NPT gauge ports and vent connection
1/2-inch NPT drain connection
Adjustable-height tripod leg assembly
is a leading technology developer in the field of liquid filtration systems for customers around the globe. CHUANYA engineering achievements have produced an exceptional product line that includes high performance filtration solutions for multiple industries. CHUANYA technicians help customers find high-performing, cost effective approaches to filtration needs