Preparation method for antibacterial cloth and antibacterial cloth
A technology for fabrics and raw materials, applied in textile, biochemical fiber treatment, yarn and other directions, can solve the problems of easy shedding and poor durability, and achieve the effect of good antibacterial effect, good antibacterial durability, and delaying the disappearance of antibacterial properties.
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preparation example 1
[0052] 1. Pretreatment: Put 30kg of bagasse viscose fiber, 10kg of coconut charcoal fiber, and 30kg of polyester fiber into a water bath for water bath heat treatment. The temperature of the water bath in the water bath is 75°C, and the water bath time is 2 hours;
[0053] Place the fiber treated in the water bath in a drying room, and dry at 120°C until the fiber humidity is 18%;
[0054] Soak the dried fibers in the mixture of antistatic agent and anti-fluffing agent for 1 hour. The antistatic agent can be non-ionic antistatic agent LD-940H, and the anti-fluffing agent can be G-KQ, LD-940H and G- The volume ratio of KQ is 1:2.5;
[0055] Place the soaked fibers in a drying room and dry at 120°C for 3 hours;
[0056] 2. The dried bagasse viscose fiber and polyester fiber are spirally intertwisted to obtain a blended yarn;
[0057] 3. The blended yarn and the dried coconut charcoal fiber are spirally twisted according to the corresponding parts by weight to obtain the bagass...
preparation example 2
[0059] 1. Pretreatment: Put 35kg of bagasse viscose fiber, 15kg of coconut charcoal fiber, and 35kg of polyester fiber into a water bath for water bath heat treatment. The temperature of the water bath in the water bath is 75°C, and the water bath time is 2 hours;
[0060] Place the fiber treated in the water bath in a drying room, and dry at 120°C until the fiber humidity is 18%;
[0061] Soak the dried fibers in the mixture of antistatic agent and anti-fluffing agent for 1 hour. The antistatic agent can be non-ionic antistatic agent LD-940H, and the anti-fluffing agent can be G-KQ, LD-940H and G- The volume ratio of KQ is 1:2.5;
[0062] Place the soaked fibers in a drying room and dry at 120°C for 3 hours;
[0063] 2. The dried bagasse viscose fiber and polyester fiber are spirally intertwisted to obtain a blended yarn;
[0064] 3. The blended yarn and the dried coconut charcoal fiber are spirally twisted according to the corresponding parts by weight to obtain the bagass...
preparation example 3
[0066] 1. Pretreatment: Put 40kg of bagasse viscose fiber, 20kg of coconut charcoal fiber, and 40kg of polyester fiber into a water bath for water bath heat treatment. The temperature of the water bath in the water bath is 75°C, and the water bath time is 2 hours;
[0067] Place the fiber treated in the water bath in a drying room, and dry at 120°C until the fiber humidity is 18%;
[0068] Soak the dried fibers in the mixture of antistatic agent and anti-fluffing agent for 1 hour. The antistatic agent can be non-ionic antistatic agent LD-940H, and the anti-fluffing agent can be G-KQ, LD-940H and G- The volume ratio of KQ is 1:2.5;
[0069] Place the soaked fibers in a drying room and dry at 120°C for 3 hours;
[0070] 2. The dried bagasse viscose fiber and polyester fiber are spirally intertwisted to obtain a blended yarn;
[0071] 3. The blended yarn and the dried coconut charcoal fiber are spirally twisted according to the corresponding parts by weight to obtain the bagass...
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