Coalescing Glass Fibre Filter Element (Silica - Up to 500ºC) - Box of 10

Coalescing Aerosol Removal Applications:

These high-efficiency glass microfibre coalescing filter elements are designed to remove oil and water aerosols from gas streams, protecting downstream instrumentation, regulators, analyzer panels and sensitive pneumatic equipment.

Coalescing elements are designed to capture fine liquid aerosols and promote droplet formation for effective separation and drainage downstream.

Manufactured using a silica binder for elevated temperature service, these elements are ideal for demanding applications where standard binders may degrade. Supplied as a box of 10 for maintenance, service spares and OEM use.

C-Type = PVDF Binder - Corrosive Applications - Brown in colour

CS-Type = Silica Binder - High Temperature - White in colour

Disposable Bonded Microfibre Filters

Headline disposable filter elements are manufactured from precise mixtures of borosilicate glass microfibres, to the very highest standards of quality control. These elements offer exceptional filtration efficiency at very low pressure drops and, being 90+% void volume, give very long service life.

The elements are self-gasketing and easily sealed into the housing by axial compression. The elements are bonded to impart high strength and eliminate fibre shedding. The choice between the different binders available will depend upon the application conditions.

Filter Element Efficiency

Each element type is available in a wide range of grades of efficiency, covering the complete range from coarse bulk contamination removal (grade 80) and the essentially complete removal of submicron particles (grade 40).

Grade designations, removal of 0.1 micron particles

99.9999+% = Grade 40

99.99+% = Grade 50

99.5%+ = Grade 60

95+% = Grade 70

75+% = Grade 80

Note: Lower grade number = higher efficiency (40CS highest).

Filter Element Dimensions

All disposable filter elements have a part number arranged with three figures, e.g. 25-64-70. The first part refers to the inside diameter of the element in millimetres, the second figure refers to the overall length of the element in millimetres and the third part refers to the grade designation. Replace the ‘xx’ in the part numbers with the grade designation.