THE INFLUENCE OF HIGH-MODULUS CARBON FIBER ON THE STRUCTURE OF POLYETHER ETHER KETONE

Nowadays, polymer-based carbon-plastics confidently displace common tribotechnical and structural materials (steel, aluminum, titanium, etc.) in the automotive, metallurgical, agricultural industries. It happens due of fact that surpass steel aluminum 5 7 times, respectively terms strength, they are also characterized by low weight ease processing. An equally important factor is possibility manufacturing parts various geometric shapes one molding cycle, which affects attractiveness using carbon plastics. In addition, products made plastics coefficients friction thermal linear expansion, high resistance to fatigue damage, mechanical shocks, solar radiation, corrosion, moisture, temperatures, while simultaneously reducing energy consumption during production 3—20 times. All listed advantages result from interaction between filler polymer matrix, leads a change structure materials. That why studying this as whole an step development new known literary sources its has significant influence on functional properties composite: increase degree crystallinity rigidity, heat material. Considering above, purpose work was study fiber polyether ether ketone. The article presents results X-ray analysis based Victrex150 G impact compression moulding composites analyzed. shown organized consolidation, processing tableted samples into method moulding. dependence content Toray T700 given. expediency conducting additional tests establish technological factors (temperature, load, exposure), well length radiographic designed composite