Members: 0 member(s)

Shares ?


Clicks ?


Viral Lift ?


User's Tags

Other Blogs

  • 28 Oct 2020
      Excess using of inventory is one of the most common problem faced ye manager which results for a long cycle, outdated stock, poor, low stock, which leads into dissatisfaction results for the customers as well as textile accounting software and inventory software.This will help to turn the textile industry into new technology which returns the textile inventory software which gets implemented to the application of the software in order to carry out all the difficult value of the functions. In that case retailer needs to forecast demands and identity consumption at an earlier stage it will help to delay or overstock the demand. Many of the manufacturer employs such as material, machine, and money, in order to get synchronized factors and developing functions whether it is outside or inside operation.Today information technology has plays essential role in the sector of companies or industries.   In today’s era textile inventory software and Textile accounting software increase the run China NR Knitted Fabric wholesale rate of the textile industry and provides huge facility to the companies.Sometimes in textile accounting software and textile inventory software, procurement process takes for a long time. This will take out all the difficulty of the software and helps to enhance performance textile manufacturing and process control which gets inserted at every node of the textile supply management chain. Supply chain management provides such as sourcing, converting, resources and all other logistic activities. Unfortunately manager has wants to risk and few ale to it, result decision taken into accounts and uncertainly.   Due to the lack of information on demand and supply aspects, most of manager takes related to demand and supply issues.With the help of chain management it will to reduce hurdles of inefficiency in carry out various process such as designing, developing samples, manufacturing, dispatching the payment producer of the products, getting of the perfect approval and so on. This will help to reduce the time limitation as well as also increase the time longer. It also increase the transaction of the data exchange as well as technology power to the business.   Sharing of the information between proper flow of information as well as also increase the efficiency of the data with great and control order of data. With the increased competition companies enhances the support of IT y supplying of the chain management while using it competitive edges adding the power of textile companies technology and adding value to the business.
    151 Posted by jin feng
  • 08 Nov 2020
    During manufacturing, textile goes through long processes of chemical and non chemical treatments. Finishing procedure of the textile includes preparation, pretreatment, dyeing, printing and refinement of fabrics. Specialized chemicals which are used in the textile manufacturing process include biocides, water repellents and flame retardants. Other chemicals and mixture which are used include starch, emulsified oils, sulfonated oils, surfactants and waxes. There are around sixty different textile product classes which are used in yam formation, fabric, pretreatment, textile laminating, coating, finishing and some other applications. Different processes are carried out during textile processing where different chemicals find their usage. These processes are scouring, bleaching, desizing, softening, mercerization, dyeing and many more.TR Printing Fabric suppliers Scouring: When in their natural form, raw textile materials have many impurities such as additives, dirt and soil. These impurities are not suitable for clothing materials as they may also contain pesticides, fungicides and worm killers. The removal of these impurities is known as scouring. The process is done by adding wetting agents, alkali, chemical and non chemical materials. After the completion of this process, the fabric provides better wetting and penetration properties.Bleaching: To finish the cloth with white color, all natural colors need to be removed. This process of discoloring the raw textile material is known as bleaching. The process of bleaching can be classified into:Oxidative bleaching: this is carried out using sodium hypochlorite, sodium chlorite or hydrogen peroxide.Reductive bleaching: this is done using Sodium hydrosulphite which is a powerful reducing agent.Desizing: During the process of weaving, warp threads are coated with adhesive substances which are known as size. This coating is done to prevent the threads from breaking down during the weaving process. The most common sizing agents which are used include starch and its derivatives. After the completion of weaving, the size is removes and the fabric is prepared for dyeing and finishing. This process is called desizing which is done with chemicals such as acids, alkali and oxidizing agents.Dyeing: During the process of dyeing, large amount of dyestuff, thickening agent and water is used. Different textile chemicals such as dispersing agents, leveling agents and acid buffer are also used suing dyeing.Printing: The fabric gets color through the process of dyeing and it needs to get further enhanced by color designs. Different dyes are used for printing on the finished cloths which include naphthol, disperse and pigment colors and vat. They are fixed to the fiber through resins.
    128 Posted by jin feng
  • 15 Nov 2020
    Most quilters prefer 100% cotton made fabrics, because cotton is easy to handle, mark, press and sew by hand. Thanks to the advantage cotton has over other fabrics, specialized shops sell in majority pure cotton fabrics, which of course differ according to the color and size.Those who have accumulated more experience with quilting may want to deal with different, more sophisticated material. An unusual fabric may be difficult to deal with, especially when it's the first time you handle it, therefore it is advisable to use a test block first. If you want to add layers of different materials, again make a test. Usually, bear in mind that medium dense fabrics cope well with even weaves. Fabrics which are negligently woven may distort themselves to easily while woolen or silken materials, generally those who are lightweight, are more difficult to handle with and prior experience is required.Moreover, not only will the fabric influence your quilting project but also the color you choose. The tone could be used to give depth to the handicraft and add interest to an otherwise dull quilt. Thus, it is best to combine both color and tone for the desired look to take shape.Chromatically speaking, you also need to ensure the color of the fabric will be well complemented by the others around it. Contrasting colors make nice effects and ensure your piece is original. Warm colors like yellows, oranges or reds combined with colder ones like greens, blues, or violets enliven the quilt block and make it more attractive to the eye and vividly portrayed.Furthermore, you can combine fabrics which have different prints or styles because if the fabrics are correctly matched together, you will create a visually enticing quilting block. Visual effects can be created by using graduated colors. For instance, cotton materials come in different designs or style, like the homespun plaids, floral motives, batiks or tiny grained prints which realistically reproduce solid dots, soft flannels or reproduction prints. Solid-color fabrics, in their turn, offer a variegated choice of colors, sizes, prints and shades.Another tip to consider would be to remember that quilt blocks can be made of layers of the same fabrics or shade, but it would be more interesting if you ensured they contrasted in texture. For instance fabrics combining velvet with sheen such as taffeta create wonderful effects to the eye.NTR Knitted FabricAfter you have made your choice, you must use the fabric accordingly and prepare it for the quilting project. Cotton fabrics may shrink when washed or dried so if you don't wash the cotton fabric before using it for quilting, the first time you wash it though, it may ruin your quilting because the stitching lines might gather in small wrinkles and the fabric will shrink then.Therefore, to make sure, your work will not be affected by the fabric's washing properties, you must pre-wash all the fabrics prior to starting your work in the machine, setting it on the short gentle washing cycle. It's best to use cool or lukewarm water yet never use hot water. A mild, not too powerful detergent could be used, but don't wash with detergent if the fabric is unsoiled. Another tip to consider would be to wash together fabrics with similar colors so that nothing happens if they are colorfast. After the washing, dry it and press the fabric for ironing. Only after this final stage, will the fabrics be ready for quilting. You would not want to work for hours on a quilt, only to have the fabric shrink after washing it.
    126 Posted by jin feng
  • 30 Nov 2020
    Textile industry involves processing and manufacturing of clothes from different types of textiles. The process starts by converting naturally occurring and synthetic fibers into yarn which is further converted to fabric. The fabric is then converted into textiles which are finally used to make clothes. A number of textile equipments are used in this long process. Earlier, the whole process of manufacturing clothes wad done manually or with the help of simple tools. It was during the industrial revolution that different industrial equipments for textile manufacturing came into being. A number of textile tools and machines were patented during the industrial revolution of the 18th century. Flying shuttle, roller spinning tool, spinning jenny, water frame and power loom were among the machines that added speed to various textile manufacturing processes. In the 20th century, better performing textile equipments tools were invented to facilitate improvement in various fields like spinning, weaving, knitting and sewing. Yarn processing and yarn handling machines also progressed in the post-industrial era. Equipments for dyeing, printing and twisting were also invented. One can broadly classify the textile machines into two main categories: Textile processing machines: The examples of these machines include crochet, lace making, quilting, textile winding, tufting machines, zipper making machines, woolen mill, fabric seaming machines and many more.Textile working machines: This category include machines and accessories like attaching machines, measuring machines, embroidery machines, monogramming machines, textile bleaching machines, textile folding machines and many more.So, what is the ongoing trend of textile machines manufacturing and consumption. It was until 2007 that the textile machinery industry was experiencing a great time with significant annual growth every year. However, the period of recession adversely affected the manufacturing as well as consumption of these machines by different countries. Imports and exports of different types of Knitted Jacquard Fabric factory equipments significantly declined during the period. In the 20th century, the textile industry in the developing countries like China and India and those located in the Central America emerged as powerful competitor to the industry in developed nations. However, the period of recession led to the decline in trade of textile machines in most of these countries as well. China reported a decline of 14 percent in the import of these machines in the year 2008. India too imported 12 percent less textile industrial machines in 2008 as compared to the year 2007. Germany reported the decline of 12 percent in the export of these machines in the year 2008.
    116 Posted by jin feng
Other 176 views Oct 23, 2020
The report segments the market to up to three levels and studie

The Fabric Water-stain Tester report is offers a clear picture of the current and future trends, developments and opportunities. It also covers regions that have been hitherto unexplored but have white space that could be lucratively tapped.Production is separated by regions, technology and applications. In the end, the report includesFabric Water-stain Tester new project SWOT analysis, investment feasibility analysis, investment return analysis, and development trend analysis.

In order to do this, however, a clear understanding of one’s competitors is imperative. The analysis for the Fabric Water-stain Tester market is not limited only to traditional or emerging . The result is a set of sharp insights and recommendations that will help companies stay ahead of the next new trend in the Fabric Water-stain Testerindustry. The report is an invaluable business intelligence repository for new and existing Jacquard Pattern Fabric Manufacturers players in the Fabric Water-stain Tester market. Analysis also covers upstream raw materials, equipment, downstream client survey, marketing channels, industry development trend and proposals.9dresearchgroup. In conclusion, it is a deep research report on GlobalFabric Water-stain Tester industry.

This report also presents product specification, manufacturing process, and product cost structure etc. Equipped with this vital information, players in the Fabric Water-stain Tester market will be in a better position to foresee opportunities and threats alike and make informed decisions.The regulatory environment, being such an intrinsic part of the Fabric Water-stain Tester market, does need special focus.9dresearchgroup. The report segments the market to up to three levels and studies each of these in great detail. A basic overview of the Fabric Water-stain Tester market is offered to readers through the use of market definition, segmentation, applications, and value chain analysis.The report provides just that through a section dedicated to key company profiles and news.

The report collates information relating to current and future policies and regulations that could directly or indirectly affect business operations.9dimenreports. For technical data and manufacturing plants analysis, the report analyzesFabric Water-stain Tester leading suppliers on capacity, commercial production date, manufacturing plants distribution, R&D Status, technology sources, and raw materials sources.