Products

HexWeb® HRH-310 is manufactured from aramid fiber sheets. A thermosetting adhesive is used to bond these sheets at the nodes, and after expanding to the hexagonal configuration, the block is dipped in polyimide resin. After curing the resin, slices are cut to the desired thickness.

Non-metallic honeycombs are manufactured from high temperature resistant aramid paper formed into a honeycomb structure, and coated with a phenolic resin. The combination of aramid paper and phenolic resin gives types A1 and A10 their superior strength, toughness and chemical resistance. The honeycomb cell shape is normally hexagonal for optimum mechanical properties. It can also be overexpanded to produce a rectangular cell shape and provide improved drapeability for the production of curved parts.

HexWeb HRP is a glass fabric reinforced honeycomb in which a heat-resistant phenolic resin is used both for initial and final impregnations. This product was developed for use at service temperatures up to 175°C. However, it is also well suited for short exposures at higher temperatures. The HRP-series honeycomb is available in the standard hexagonal configuration, as well as in the two formable geometries - OX-Core® and Flex-Core®.

HexWeb® HRH-10 is manufactured from aramid fiber sheets. A thermosetting adhesive is used to bond these sheets at the nodes, and, after expanding to the hexagonal or OX-Core® configuration, the block is dipped in phenolic resin. After curing the resin, slices are cut to the desired thickness. Using this process, a wide range of cell sizes, thicknesses, and densities can be produced.

Non-metallic honeycombs are manufactured from high temperature resistant aramid paper formed into a honeycomb structure, and coated with a phenolic resin. The combination of aramid paper and phenolic resin gives types A1 and A10 their superior strength, toughness and chemical resistance. The honeycomb cell shape is normally hexagonal for optimum mechanical properties. It can also be overexpanded to produce a rectangular cell shape and provide improved drapeability for the production of curved parts.