GenPore - Item # FLUIDPLATE, Fluidizing Plate and Sheet
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Item # FLUIDPLATE Fluidizing Plate and Sheet



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Fluidizing Plate

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Fluidizing Plate and Sheet
GenPore produces superior quality fluidizing plate in ultra high molecular weight polyethylene (UHMW PE), Also known as fluid bed plate, the product delivers uniform air distribution for diffusing, aerating and fluidizing materials.

GenPore’s fluidizing plates are easily installed, either side up, with a minimum of effort. Modifications can be made with regular metalworking equipment or standard hand tools. The plates can be sealed in place with standard RTV Silicones or the equivalent.


 Specifications  Features and Options  Applications  Lab Data  Porous Plastics  Standard Materials  

Thickness

1/4 in.
3/8 in.
1/2 in.
5/8 in.
3/4 in.

Material Type

Ultra high molecular weight polyethylene (UHMW PE)

Color

White

Surface Finish

Smooth both sides

Pore Size

50 microns

Average Pore Density

40-50% of void volume

Hardness

Rigid, shatter proof and impact resistant

Chemical Resistance

Chemically inert to most chemicals and solvents

Temperature Resistance

To 180°F in continuous usage; to 300°F in short term usage

Advantage

As a leader in engineered plastics, GenPore offers fluidizing plate for direct sale, saving customers on lead time and cost.

More Information

These highly chemical inert panels utilize a network of omnidirectional 50 micron pores for effective "torturous path" filtration, GenPore's fluidizing plates offer extreme uniformity in porosity and void volume, so lower operating air pressures are sufficient to obtain optimum performance, The durable UHMW PE is lightweight, but will not shatter and is impact resistant. White and smooth on both sides, it allows for visual identification of accumulated particles and is easily cleaned.

Disclaimer

The information contained herein is based upon data believed to be thoroughly reliable, but no guaranty or warranty with respect to accuracy or completeness is implied and no liability is assumed. It is the responsibility of the user to verify suitability of the material for their particular use or purpose.

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