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在今天的纺织加工工业,酶几乎已成为不可分割的一部分。 Specially for garments & fabrication at it's final stage.专为服装制作,在它的最后阶段。 Here are some example of it's principle application: -这里有一些例子,它的原理应用: - |
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织物取得了从棉花或共混物,胶粘剂的物质,被称为“大小”是用于涂料总结线程,以便它能够不被打破,而织造。 The most common sizes are starches and starch derivatives.最常见的大小是淀粉和淀粉衍生物。 But this coating also need to be removed whenever weaving process will be over for finishing the fabric.但这种涂层还需要拆除时,织造工艺将超过整理织物。
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化学品一样,酸,碱或氧化代理商还必须混纺织物,而退浆。 However amylases, starch breaking enzymes, are preferred because但是淀粉酶,淀粉酶活性的突破,是首选,因为
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- Eco-Friendly.生态友好。
- High Efficiency And Specific Action.高效率的和具体的行动。
- Gives Complete Removal Of The Coating Without Any Adverse Effect.给人完全清除该涂层无任何不良影响。
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在这里, jagson提供的向你(一系列的淀粉酶,为不同的标准温度和设备设置)
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- Delkozym
- Delkozyme 超
- Delkozyme HT
- 生物抛光
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生物抛光是酶促的过程,其中模糊(微小的组成部分纤维生产从表面纱线) &丸减至很大程度上在织物制作的棉花及其他天然纤维的基础上纤维素。 Consequently fabric become smother, softer & of course better colour effect.因此织物成为扼杀,柔软&当然更好的肤色效果。
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获得磨损看,服装是经过洗涤的过程中接受治疗。 For instance stone washing of denim jeans.例如石洗牛仔裤。 Earlier times pumice stone were used for fading the blue denim.较早前倍浮石石被用于褪色的蓝色牛仔。 Bio-stone washing, using special cellulose that loosening the indigo dye on the denim, replaces that afore said process.生物石洗,使用特殊的纤维素认为,放松靛蓝染料对牛仔布,取代上述表示的过程。
Advantages of Bio-stone washing:-优势生物石洗: - |
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This process uses less pumice stone or no pumice stone.这个过程中使用较少的浮石石料或完全没有浮石石料。 resulted less damage of garments, machines,& of course amount of dust of pumice stone (in case where pumice stone are used).造成损害较少的成衣,机器, &当然金额的灰尘浮石石(在的情况下,浮石石料用) 。
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There are number of cellulose available at jagson under the brand name delkowash and delkostone range, each with it's special properities.these can be either alone or in combination in order to obtain a specific look.有多少纤维素可在jagson下,品牌名称delkowash和delkostone范围内,每个与它的特殊properities.these既可以单独或联合,以取得具体看看。
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之前,染色或印刷,棉纱或织物,都必须经历了几个阶段。 such as scouring.如冲刷。 That can be used to remove non-cellulosic components from native cotton (completely / partially)Scouring gives a fabric with a high and even wet ability required for proper bleaching and dying.可用于消除非纤维素成分的本土棉花(完全/部分)的冲刷使织物具有高,甚至湿能力所需的适当的漂白和染色。
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今天,高度碱性化学品一样,烧碱用于冲刷,以消除非纤维素杂质从棉花,而且还攻击纤维素导致沉重的强度损失及体重减轻在织物。 Furthermore, using these hazardous chemicals result in high COD (chemical oxygen demand), BOD (biological oxygen demand) and TDS, in the waste water此外,使用这些危险化学品的结果,在高的COD (化学需氧量) ,生化需氧量(生化需氧量)和TDS ,在废水
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最近, jagson带来了新的替代下,品牌名称delkoscour为新的酶精练工艺,称为'生物精练' 。
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漂白水清洁大行动 |
之前死亡,通过“漂白水清洁起来”的过程中是必要的天然织物取得了从棉花。 Traditionally ,we neutralize the bleach with a reducing agent, but dose has to be controlled precisely.传统上,我们抵消漂白水与还原剂,但剂量已被控制,正是。 Here Enzymes can be better alternative as it is easy to use & effect can be seen wit less time .in addition to that ,the major benefit of using enzymes is that that small amount of dose is enough to break down the hydrogen peroxide into water & oxygen .thus water consumption will be very low & as a result waste water can be kept minimum.在这里酶活性可以得到更好的替代,因为它是易于使用和效果可以看出,束手无策时间较少。在此外,主要的好处是使用酶,这种少量的剂量是不够的,打破过氧化氢成为水&氧,因此,水的消费量将非常低的&因此废水可维持最低限度。
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delkoprrox -过氧化氢酶所提供的j agson是用于去除残留过氧化氢漂白后的棉花。 It reduces the rinsing necessary to remove belach or it can be used to replace chemical treatments.它减少了必要的清洗,以消除belach或它可以用来取代化学处理。
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Delkoscour 优势 :- |
- all non-cellulosic components are removed from native cotton are completely or partially.所有非纤维素组成部分拆除,从本土棉花是完全或部分。
- cotton gets an intact cellulose structure, with lower weight loss and strength loss.棉花获得完整的纤维素结构,较低的重量损失和强度损失。
- The fabric gives better wetting and penetration properties, making subsequent bleach process easy and resultantly giving much better dye uptake.织物给予更好的润湿和渗透性能,使随后的漂白过程中很容易和resultantly给予好得多染料的吸收。
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