Rhodiola rosea viscose fiber and producing process thereof
A viscose fiber and production process technology, applied in the textile field, can solve the problems of reducing product function and health care, loss of fabric extract, and non-functionality, etc., so as to enhance the competitiveness of enterprises, achieve quick results, and improve economic benefits of enterprises Effect
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Embodiment 1
[0018] 1. Now the high-quality staple cotton pulp is soaked, squeezed, crushed, aged, yellowed, dissolved, defoamed and filtered to obtain a viscose solution with a cellulose content of 8.5%;
[0019] 2. Add the rhodiola microcapsule slurry into the viscose solution evenly according to the amount of the active ingredient relative to the cellulose content of 2%, and stir until uniform to prepare the textile viscose solution;
[0020] 3. Spin the textile viscose collagen solution through a coagulation bath, in which the composition of the coagulation bath is 105g / l of sulfuric acid, 260g / l of sodium sulfate, and 10g / l of zinc sulfate, and the coagulation temperature is controlled at 40°C. Dried to obtain rhodiola viscose fiber.
[0021] Detect through the rhodiola rosea viscose fiber that embodiment 1 makes, and detection result is:
[0022] Dry breaking strength: 2.46cN / dtex;
[0023] Wet breaking strength: 1.45cN / dtex;
[0024] Dry elongation at break: 18.9%;
[0025] Line...
Embodiment 2
[0029] 1. Now the cotton pulp for high-quality short silk is impregnated, squeezed, crushed, aged, yellowed, dissolved, defoamed and filtered to obtain a viscose solution with a cellulose content of 8.7%;
[0030] 2. Add the rhodiola microcapsule slurry into the viscose solution evenly according to the amount of the active ingredient relative to the cellulose content of 10%, and stir until uniform to prepare the textile viscose solution;
[0031] 3. Spin the textile viscose collagen solution through a coagulation bath, in which the composition of the coagulation bath is 115g / l of sulfuric acid, 290g / l of sodium sulfate, and 12g / l of zinc sulfate, and the coagulation temperature is controlled at 45°C. Dried to obtain rhodiola viscose fiber.
[0032] Detect through the made rhodiola viscose fiber of embodiment 2, and detection result is:
[0033] Dry breaking strength: 2.35cN / dtex;
[0034] Wet breaking strength: 1.38cN / dtex;
[0035] Dry elongation at break: 19.5%;
[0036]...
Embodiment 3
[0040] 1. Now the high-quality staple cotton pulp is impregnated, squeezed, crushed, aged, yellowed, dissolved, defoamed and filtered to obtain a viscose solution with a cellulose content of 8.9%;
[0041] 2. Add the rhodiola microcapsule slurry into the viscose solution evenly according to the amount of active ingredients relative to the cellulose content of 15%, and stir until uniform to prepare the textile viscose solution;
[0042] 3. Spin the textile viscose solution through a coagulation bath, in which the composition of the coagulation bath is 124g / l of sulfuric acid, 300g / l of sodium sulfate, and 13g / l of zinc sulfate. Dried to obtain rhodiola viscose fiber.
[0043] Detect through the made rhodiola viscose fiber of embodiment 3, and detection result is:
[0044] Dry breaking strength: 2.30cN / dtex;
[0045] Wet breaking strength: 1.32cN / dtex;
[0046] Dry elongation at break: 18.7%;
[0047] Linear density deviation rate: 1.10%;
[0048] Oil content: 0.24%;
[00...
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