Low MOQ for Extruder Packs - Stainless Steel Disc Filter Equipment of pharmaceutical – Hanke
Low MOQ for Extruder Packs - Stainless Steel Disc Filter Equipment of pharmaceutical – Hanke Detail:
Stainless Steel Disc Filter Introduction:
Disc filter is excellent filters for filtration, cleaning and drying (simply for three-in-one).
It’s main filter material is made of multi-layer stainless steel sintered wire mesh welded with flange to round disc shape or cone shape. It is mainly used in the three-in-one or two-in-one equipment for pharmaceutical, chemical, food industry etc.
Disc Filter Element used in high viscosity melt filtration device, easy removal of hard impurities and condensate.
Disc Filter Element can be reused and cleaned many times.
Filter media: Stainless steel sintered felt and stainless steel sintered wire mesh.
Advantage:
High hardness, High strength, High-durability
Long working life
Easy to clean
Easy for installation
Specification:
Filtration rate: 1-200μm
OD: 200-3000mm
Structure: unibody or split-body
Application:
Equipment of pharmaceutical, chemical, food industry.
Hanke Filter can be customized by your demands
Product detail pictures:
Related Product Guide:
The client satisfaction is our primary concentrate on. We uphold a consistent level of professionalism, top quality, credibility and service for Low MOQ for Extruder Packs - Stainless Steel Disc Filter Equipment of pharmaceutical – Hanke , The product will supply to all over the world, such as: Dominica, Turkey, Lesotho, Our advanced equipment, excellent quality management, research and development ability make our price down. The price we offering may not be the lowest, but we guarantee it is absolutely competitive! Welcome to contact us immediately for future business relationship and mutual success!
By Mavis from USA - 2018.11.11 19:52
The supplier abide the theory of "quality the basic, trust the first and management the advanced" so that they can ensure a reliable product quality and stable customers.
By Harriet from India - 2017.05.02 11:33