Vyon® Porous Polymer Fluidising Media
Our Vyon® porous media is manufactured from USP Class VI approved HDPE or PP materials, making it particularly suitable for both food and pharmaceutical applications. It has a uniform pore structure giving an even total area fluidisation.
The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our Product Directory.
Easy to punch/cut for fitting into different devices.
Filtration of solutions + particles
Easy to punch/cut for fitting into different devices. The specification sheet helps to see the mean/max/min of the pore size of the individual sheet. Customer service is very kind - checks in on you on your feeling/use of the product
Review Date: 14 Feb 2019 | Porvair Filtration Group Ltd.
Our Vyon® porous media is manufactured from USP Class VI approved HDPE or PP materials, making it particularly suitable for both food and pharmaceutical applications. It has a uniform pore structure giving an even total area fluidisation.
It is self-supporting due to its semi-rigid nature, thereby reducing the need for the external support structures that are required with canvas and felt media. This material can be supplied as a ready fabricated fluidising cone liner or in flat sheet form, 1000mm x 750mm (40” x 30”), for use as a tank liner or in an end user secondary fabrication.
Vyon® porous polymers are the most economical choice where temperatures are in the range of -70°C to 80°C (-94°F to 176°F). Vyon® is fully cleanable for multiple re-uses, however, its affordability compared to stainless steel may permit more frequent replacement where a disposal fabrication is preferred to cleaning.
Typical applications
- Food and pharmaceutical
- Sugar
- Flour
- Milk powder
- Paracetamol
- Vitamins.
- Industrial and construction
- Cement
- Gypsum
- Soda / fly ash
- Coal dust.
- Chemical and plastics
- Titanium dioxide
- Carbon black
- Calcium carbonate
- Polyethylene powder
- Epoxy and polyester paint powders.
Features and benefits
- Light weight and self-supporting
- Even air flow
- Non fibre shedding
- Low extractables
- Naturally hydrophobic
- Chemically inert
- Material versatility
- Easy to clean.
