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#ALUMINUM #FILLER #FOLG #FILLER
Aluminum honeycomb filler — a structural material is made of aluminum foils of АМг2-Н, 5052, 5056 grades by stretching glued blanks. The shape of the cell is a hexagon providing the specified physical and mechanical characteristics.
Nomex aramid honeycomb is a lightweight, durable, non-metallic product made from aramid fiber impregnated with phenolic heat-resistant resin. Honeycomb combines unique properties that provide excellent electrical insulation.
Aramid paper is used to make hulls for ships, fireballs and military installations. They are extremely valuable in the aviation, railway and shipbuilding industries.
Aerospace grade aramid fiber honeycomb has outstanding non-flammability properties. It is made of aramid paper and coated with heat resistant phenolic resin.
Industrial grade aramid fiber honeycomb is made from aramid paper and coated with heat resistant phenolic resin.
#ARAMID #POLYMER #FILLER #FILLER
#PAPER #FILLER #FILLER #CARDBOARD
Paper honeycomb is the most economical modern structural material and has a set of unique properties: low material consumption, low cost, high specific strength and stiffness, lightness, good heat and sound insulating properties, high damping properties, environmental friendliness, problem-free disposal.
Fiberglass honeycomb (glass fiber reinforced plastic, ССП-1) is made of glass fabric impregnated with thermosetting binders.
Fiberglass-based honeycomb is used in structures with special electrical properties or high requirements for heat resistance and low thermal conductivity.
It perfectly serves as a matrix for unstructured ablative materials. Provides a high coefficient of thermal insulation with a minimum weight of the structure.
#GLASSFABRIC #GLASSOTOPLAST #FILLER #FILLER
#CARBON #FILLER #FILLER
Composite materials based on carbon fibers, along with their use in aviation technology, are effectively used in the construction of spacecraft. This is due to the fact that they have a relatively low density.
Carbon honeycombs have a set of very valuable properties, and therefore their use is constantly expanding.