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The most probable flow media to be used is the FibreGlast Divinycell DIVINYMAT (http://www.fibreglast.com/product/DIVINYMAT_01024_A/Vacuum_Bagging_Vacuum_Infusion). It functions as both flow media and as the structural core for the material itself.
Resin Feed + Vacuum Lines:
The vacuum lines will be used to initially create a vacuum within the mold and then will later direct the resin into the mold, infusing with the material. It is recommended to wrap the resin feed lines with peel ply in order to allow for easy and smooth removal of the lines. According to the guide, there are two possibilities: either spiral tubing or a filter jacket which has pores on the outside to allow for the resin to flow out. (http://www.fibreglast.com/product/EnkaFusion_Filter_Jacket_1400/Vacuum_Bagging_Vacuum_Infusion and http://www.fibreglast.com/product/Spiral_Tubing_1403/Vacuum_Bagging_Vacuum_Infusion)
The spiral tubing is better suited for being used as also a vacuum line, however has the tendency to straighten out when used.. To prevent this from occurring, sealant tape can be used to reinforce it at key locations to prevent changes in the structure.
Resin Trap:
The resin trap is an airtight container to be placed within the vacuum tubing circuit between the laminate and the pump to catch excess resin before it can enter and destroy the pump. http://www.fibreglast.com/product/Resin_Trap_01500_A/Vacuum_Bagging_Vacuum_Infusion
Composite contacts:
- Composites Canada (https://www.compositescanada.com/product-catalog/fabrics)
- Missisauga, Ontario
- Apex Composites (http://www.apexcomposites.com/our-capabilities/process-engineering/)
- Burlington, Ontario
- Comtek Advanced (http://comtekadvanced.com/)
- Burlington, Ontario
- Kitchener Fibreglass (http://www.kitchenerfiberglass.com/)
- Kitchener, Ontario
- Diamond Aircraft (http://www.diamondaircraft.com/)
- London, Ontario