Factory directly K620AO - Liquid Filter Bags -odefilter
Factory directly K620AO - Liquid Filter Bags -odefilter Detail:
Introduction:
The liquid filter bag is one of the most popular filtration methods for liquid process applications. They have been designed for demanding applications that require critical particle size retention and dirt holding capacity. Constructed from chemically resistant polypropylene microfibre for a wide range of process applications, liquid filter bags can achieve particle retention efficiency of up to 99.9%. They are one of the most cost effective choices for a wide range of filtration applications, ranging from Food and Beverage, to industrial chemical filtration.
Features
All industry-standard and custom sizes available
High flow/low pressure drop media
Wide chemical compatibility
Sewn or welded construction
Non-fiber shedding
High removal efficiency
Silicone-free construction
Economical removal of non-deformable contaminants
Specifications:
Material: | Polypropylene (PP), Polyester (PE), nylon, PTFE |
Interface material: | Polypropylene, stainless steel |
Sealing method: | hot melt welding, seam |
Micron ratings: | from 0.2 to 300µm |
Applications
• General chemicals
• Process water systems
• Food & Beverage
• Inks & Paints
• Coatings
Product detail pictures:
Related Product Guide:
Adhering to the principle of "quality, service, efficiency and growth", we have gained trusts and praises from domestic and international client for Factory directly K620AO - Liquid Filter Bags -odefilter , The product will supply to all over the world, such as: Ethiopia , Ethiopia , Rome , We have got constantly insisted on the evolution of solutions, spent good funds and human resource in technological upgrading, and facilitate production improvement, meeting the wants of prospects from all countries and regions.
By Colin Hazel from Norway - 2018.09.29 13:24
The goods are very perfect and the company sales manager is warmful, we will come to this company to purchase next time.
By Ivy from Egypt - 2017.08.18 11:04