Sediment Filters

Product Description

AQUORA Filters thermally bonded polypropylene spun filter cartridge  utilize graded density media that is well suited for clarification & pre filtration applications where high particle removal is essential. The all-propylene construction provides excellent thermal& chemical compatibility with high & low pH chemicals. Also the graded density design efficiently captures contaminants throughout the media matrix resulting in excellent contaminant holding capacity, increased lifetime &low pressure drop.

In water applications, polypropylene media does not impart taste, odour or colours in to the solution. For industrial applications, polypropylene offers superior chemical resistance and is not prone to bacterial attack. The thermal bonding process of the media eliminates the need for a core collapse. This process also greatly reduces fibre migration.

Spun Bonded Cartridges can be used either as a pre-filter or final filter for industrial, chemical process, pharmaceutical, food/beverage, cosmetics, water and other applications. SS Filters Spun cartridges are available in a wide range of lengths and micron sizes. Two sizes are available- standard and jumbo as per your flow rate and volume requirements.

FEATURES & BENEFITS: 

• High flow rates and low pressure drops
• Wide chemical compatibility
• Particles removed through the entire depth of filter cartridge
• Graded density structure for maximum dirt holding capacity
• Supported core for overall strength
• Thermal bonding process stops media migration
• Contains no resin binders,solvent ,wetting or antistatic agents

CONSTRUCTION: 

• Filter media: 100% Polypropylene fibre
• Support media: Polypropylene fibre
• Inner core:Polypropylene cage

CONFIGURATION: 

• Double open end type (DOE Type) 
• Code 7S (226 x O  Ring design/ Bayonet or fin)

APPLICATIONS: 

• Pharmaceutical Industry
• RO treatment of water
• Colour & Dyes Industry  Chemical Industry
• Water Treatment Industry
• Textile industry
• Edible oils
• Electronics
• Cosmetics