27 Jul Aramids in plastics for aeronautics, aerospace and naval industry
In high-tech pieces for aeronautical or aerospace engineering, lightweight high-strength materials are gradually replacing other materials. In engineering, where it is essential to reduce weight, increase assistance and increase tolerance to damage, plastics for aeronautics and the aerospace industry provide an extremely useful service and have an unbeatable price-quality ratio.
Plastics for the aerospace industry
The strength of some plastics allows a material of extreme hardness for the design of containment belts in the aeronautical and aerospace industry, which represent a breakthrough in terms of safety in the case of engine failures. The high aerospace technology also uses plastic materials such as aramid or high strength polyamides for parts and aerospace tools.
Plastics for aeronautics and naval engineering
The naval and aeronautical industry in the same way requires identical properties in parts subject to high friction and wear, or safety and salvage parts. Some specific aramid, for example, are inputs for the manufacture of fireproof fabrics and delayed combustion meshes, and others are fundamental pieces for the good performance of an engine or the strength of materials subjected to extreme factors.
Aramid sailing sails are of great strength and resist the strongest winds. Sometimes they are manufactured with plastic films that increase performance and avoid damage to the fabric under extreme conditions.
Other properties of plastics for aeronautics is their great resistance have turned this aeronautical and aerospace material into an input for the manufacture of all kinds of functional objects, electronics and parts for industry and home, according to the features and advantages offered each of the ultra resistant plastics.