Composite yarn and method for producing the same, continuous fiber-reinforced resin molded product, and method for producing composite molded product
A composite filament and continuous technology, which is applied in the field of continuous fiber reinforced resin molding of high degree and rigidity, and the manufacture of composite material moldings, can solve the problem of resin impregnation and treatment of the surface roughness of continuous reinforced fiber dense composite filaments. problems such as the relationship between properties, etc., to achieve the effects of excellent flexibility, improved productivity, and excellent resin impregnation properties
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Embodiment 1-1
[0562] The composite yarn was produced under the following conditions.
[0563] In this example, the wire diameter gauge and resin temperature pressure gauge are not used.
[0564] [Material used]
[0565] [Continuous Reinforcing Fiber]
[0566] Continuous Reinforcing Fiber (A)
[0567] [Thermoplastic resin (coating resin)]
[0568] PA66 (1402S-011, manufactured by Asahi Kasei Co., Ltd.)
[0569] [Clad Conditions]
[0570] Number of glass fiber bundles: 3
[0571] Inner diameter of hole A: 0.60mm
[0572] Inner diameter of hole B: 0.60mm
[0573] Distance between holes AB: 2.0mm
[0574] Resin extrusion speed: 40rpm
[0575] Coiling speed: 500m / min
[0576] The temperature of the die head (the temperature of the barrel outlet and hole A, hole B): 300℃
[0577] The set temperature of the barrel part of the extruder: 300°C
[0578] Silk tension: 0.2N
[0579] [Operation steps]
[0580] After the continuous reinforcing fibers were passed through the holes A and B, o...
Embodiment 1-2
[0584] [Clad Conditions]
[0585] A composite yarn was produced in the same manner as in Example 1-1, except that the inner diameter of the hole A was 0.55 mm.
Embodiment 1-3
[0587] [Clad Conditions]
[0588] A composite yarn was produced in the same manner as in Example 1-2, except that the yarn tension was 1.0 N.
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