Nanometer type reinforced nylon 6 composition and method of preparing the same
A nano-type and composite technology, which is applied in the field of nano-type reinforced nylon 6 composition and its preparation, can solve the problems of glass fiber exposure and other problems, and achieve the effects of improving product physical properties, high rigidity, reducing weight and cost
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Embodiment 1
[0031] A nano-type reinforced nylon 6 composition, which is obtained by blending the following main raw materials and extruding them at 215-250°C:
[0032] Nylon 6 slices 23Kg
[0033] Glass fiber 11Kg
[0034] 168 70g
[0035] 1076 70g
[0036] EBS 350g
[0037] Powdered silica 160g
[0038] KH560 65g
[0039] The method for preparing the nanotype reinforced nylon 6 composition of the present invention, its main steps are:
[0040] In the first step, add 70g 168, 70g 1076, and 350g EBS into the mixer and mix for 1 minute, and the resulting mixture is ready for use;
[0041] The second step is to dry the nylon 6 slices at a temperature of 90°C for 6 hours;
[0042] The third step is to add 23Kg of dried nylon 6 chips, 11Kg of glass fiber, the mixture obtained in the first step, 160g of powdered silica and 65g of KH560 into the extruder, and melt and extrude at 250°C to obtain the extrudate ;
[0043] The fourth step, the extrudate is cooled by water cooling;
[0044]...
Embodiment 2
[0046] A nano-type reinforced nylon 6 composition, which is obtained by blending the following main raw materials and extruding them at 215-250°C:
[0047] Nylon slice 6 22Kg
[0048] Glass fiber 10Kg
[0049] 168 65g
[0050] 1010 65g
[0051] TAF 320g
[0052] Powdered silica 150g
[0053] KH560 70g
[0054] The method for preparing the nanotype reinforced nylon 6 composition of the present invention, its main steps are:
[0055] In the first step, add 65g168, 65g 1010, and 320g TAF into the mixer and mix for 1 minute, and the resulting mixture is set aside;
[0056] The second step is to dry the nylon 6 slices at a temperature of 100°C for 5 hours;
[0057] The third step is to add 22Kg of dried nylon 6 slices, 10Kg of glass fiber, the mixture obtained in the first step, 150g of powdered silica and 70g of KH560 into the extruder, and melt and extrude at 240°C to obtain the extrudate ;
[0058] The fourth step, the extrudate is cooled by water cooling;
[0059] The...
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