Filter plates for still wine

Filter plates, cellulose-based fibrous structure with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical surface sieving action.

Filter plates, cellulose-based fibrous structure with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical surface sieving action.

Filter plates, cellulose based fibrous structure with variable porosity.
The main advantage of in-depth filters is their high capacity for contaminant retention, as opposed to surface filtration, where they are retained by a simple mechanical surface screening action.

Filter plates, cellulose based fibrous structure with variable porosity.
The main advantage of in-depth filters is their high capacity for contaminant retention, as opposed to surface filtration, where they are retained by a simple mechanical surface screening action.

Filter plates, cellulose based fibrous structure with variable porosity.
The main advantage of in-depth filters is their high capacity for contaminant retention, as opposed to surface filtration, where they are retained by a simple mechanical surface screening action.

Filter plates, cellulose based fibrous structure with variable porosity.
The main advantage of in-depth filters is their high capacity for contaminant retention, as opposed to surface filtration, where they are retained by a simple mechanical surface screening action.

Filter plates, cellulose based fibrous structure with variable porosity.
The main advantage of in-depth filters is their high capacity for contaminant retention, as opposed to surface filtration, where they are retained by a simple mechanical surface screening action.

Filter plates, fibrous structure based on cellulose with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical surface sieving action.

Filter plates, fibrous structure based on cellulose with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical action of surface sieving.

Filter plates, fibrous structure based on cellulose with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical surface sieving action.

Filter plates, fibrous structure based on cellulose with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical surface sieving action.

Filter plates, fibrous structure based on cellulose with variable porosity.

The main advantage of depth filters is their high contaminant retention capacity, as opposed to surface filtration, where contaminants are retained by a simple mechanical surface sieving action.