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INFUPLEX is a multilayer system used in manufacturing processes for vacuum infusion of composite materials. Infusion vacuum of composite materials involves using a number of vacuum consumables that have an effect on the fabrication and quality.
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Some of these are used in successive layers, such as peel ply, perforated film, net bleeder, and vacuum-bagging film. Standard procedures involve applying each one separately (e.g., peel ply, perforated film, net bleeder), which can be difficult, especially when moulding is done against a vertical mould (spray glue is required). This type of procedure can result in overlapping on very large parts, or even the omission of a layer. Overlapping can cause deformation on thin parts, creating weak areas, or it can affect the porosity of subsequent layers. |
Omissions can have dramatic consequences on the moulded part’s final properties.
The solution to these problems was created by Diatex in 2007 in the form of INFUPLEX a multilayer system to be laid down on one side of the fibber or on top of the peel ply.
| The system combines the two above mentioned vacuum consumables into a two-layer unit : the perforated film, permeable to resin and gases ; and the net bleeder on top. This easy-to-use solution has eliminated the risk of overlap or of omitted layer. | ![]() |
INFUPLEX is also a very simple solution to apply the bagging materials. Save time and optimise the production with INFUPLEX.
DIATEX proposes different versions of INFUPLEX : a INFUPLEX for each application :
| References Influplex | Net bleeder | Perforated film | Resin Flow Speed | Use with Resin |
| INFUPLEX ISONET | ISONET – 115 gr/m² | ELA20 P1 | average | E,VE, Polyester |
| INFUPLEX OM70 | OM70 - 185 gr/m² | ELA20 P1 | speed | E,VE, Polyester |
| INFUPLEX DIANET135 | DIANET135 - 135 gr/m² | ELA20 P1 | High speed | E, VE, Polyester |
| INFUPLEX FLONET | FLONET - 112 gr/m² | ELA20 P0 | Very high speed | E,VE, Polyester |
| INFUPLEX OM70 PA | OM70 PA - 220 gr/m² | PMP200 P1 | speed | HT Epoxy |
E : epoxy VE : vinylester