CORA®DEEP -
Description
The polyester high-performance fleece Cora®Deep has a fibre matrix of fine and very fine fibres. Compared to conventional fleeces, it also has a larger layer thickness. Due to the very large amount of "free pores" Cora®Deep achieved above-average dirt-holding capacity (depth filtration). The controlled thermal stabilisation of the high-performance nonwoven allows a classified separation of the particles (large, medium, fine). The Cora®Deep nonwovens are subjected to a novel surface treatment process in order to meet the increasing requirements for a minimum fibre release of filter fabrics: Glazing - a combination of flames and calendering. This means that even the finest particles (5μ, 2μ) are retained.
Product information
- Weight range
- 50 – 300 g/m2
- Thickness
- 0.5 – 2 mm
- Production width
- 4,000 mm
- Composition
- Various polyester fibres, needle-punched, thermally bonded and calendered
A selection of products that might interest you
FILTERTECHNIK JÄGER GMBH
Germany
Cora®Jet is a water jet bonded polyester fleece. It is characterized by a very uniform fibre structure. The large material thickness also supports the deposition of the particles in the depth of the filter medium.
FILTERTECHNIK JÄGER GMBH
Germany
For the most cost-effective filtration: The binder-strengthened (chemically bonded) viscose fibres from Cora®Visk have a high pore volume and are therefore ideal for coarse and medium fine filtration.
FILTERTECHNIK JÄGER GMBH
Germany
The thermally and mechanically bonded polypropylene fibres of the Cora®Pro nonwovens ensure very high strength and enormous dimensional stability despite the low surface weight. They have good chemical resistance.
FILTERTECHNIK JÄGER GMBH
Germany
Special FTJ filter fleeces are particularly suitable as precoat or support fleece on horizontal plate pressure filters or plate filters The following precoat agents are used: Diatomaceous earth Bleaching earth Cellulose Cornmeal The FTJ nonwovens Cora®Dot and Cora®Spun effect corresponding savings on precoat agents with extremely fine filtration.