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Table of Content

    15 February 2015, Volume 36 Issue 02
    • Study of mechanical properties and pore structure of cellulose fibers regenerated from two ionic liquids by dry-wet spinning
      Journal of Textile Research. 2015, 36(02):  1-6. 
      Abstract ( 451 )   PDF (1500KB) ( 564 )   Save
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      By dry-wet spinning of cellulose/[BMIM]Cl (1-butyl-3-methylimidazolium chloride) solution and cellulose/[EMIM]Ac (1-ethyl-3-methylimidazolium acetate) solution, three typical regenerated cellulose fibers with high-strength, fibrillation resistance, conventional strength respectively were successfully prepared. The mechanical properties, pore sizes and orientation of the regenerated cellulose fibers were investigated by utilizing tensile-fineness tester, wet friction and small angle X-ray scattering. The mechanism of formation was discussed. The results showed that ionic liquids, degree of polymerization (DP) of cellulose, extrusion swelling, draw stress and orientation of the solution during the spinning process had significant impacts on the DP and orientation of the regenerated cellulose fibers, which promoted the formation of the regenerated cellulose fibers with various mechanical properties, pore sizes and pore orientation distributions.

      Thermal performance of poly(stearyl methacrylate) and long-chain fatty alcohol composites
      Journal of Textile Research. 2015, 36(02):  7-12. 
      Abstract ( 634 )   PDF (1700KB) ( 391 )   Save
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      A series of composites based on different side-chain length fatty alcohol (CnOH, n=14,16,18,26) and poly(stearyl methacrylate) (PSMA) with weight ratio of 60:40 are prepared by physical mixing method. The structures, thermal performances, phase change behaviors and crystallization behaviors of were investigated by Fourier transform infrared spectroscopy (FTIR), differential scanning calorimetry (DSC), wide-angle X-ray diffraction (WAXD), thermogravimetric analysis (TGA) and polarized optical microscopy (POM). The C14OH/PSMA and C16OH/PSMA composites exhibit maltese cross of polymer spherulite, and their size is approximately ca. 250 μm. However, for C18OH/PSMA and C26OH/PSMA composites, no polymer spherulite morphology is founded. The heat enthalpy and thermal stabilities of CnOH/PSMA composites increases with the side-chain length of CnOH, and it shows the complicated variation behavior. The crystal morphology is deeply discussed from the aspect of crystal nucleation and side-chain crystallization behavior, and the end-use possibility of thermal energy storage is also clarified.

      Preparation and visible light photocatalytic property of visible light-induced polyacrylonitrile nanofibers mat
      Journal of Textile Research. 2015, 36(02):  13-18. 
      Abstract ( 304 )   PDF (1817KB) ( 288 )   Save
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      TiO2 were fabricated on electrospun polyacrylonitrile (PAN) nanofibers via the coupling of electrospinning process and hydrothermal treatment, and the resulted nanofiber mat has visible light induced photocatalystical properties. The surface of as-formed fibers containing Tetrabutyl titanate, gadolinium nitrate, PAN and polyvinylpirrolidone was smooth and the average diameter was about 320 nm. Then the as-formed fibers were transferred into Teflon-lined stainless steel autoclave for hydrothermal treatment. The surface of the resulted porous fibers (~350 nm) was uneven and the Brunauer–Emmett–Teller (BET) surface area was 17.45 m2/g. XPS and XRD results showed that PAN fiber mats loaded with anatase (Gd/N-TiO2) crystals have been produced. At last, the resulted polymer-inorganic hybrid nanofiber mats exhibited obvious photocatalytic activity to degrade rhodamine B dye under visible light.

      Preparation and characterization of cotton-like poly(ethylene terephthalate) fibers
      Journal of Textile Research. 2015, 36(02):  19-24. 
      Abstract ( 319 )   PDF (1433KB) ( 489 )   Save
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      The application of polyester fiber in the field of clothing is restricted because of its disadvantage such as low moisture absorption, easy accumulation of electrostatic charge, dying under high temperature and pressure. In order to improve the comfort of PET fibers, cotton-like PET fibers were prepared via purified terephthalic acid direct esterification with the incorporation of pentaerythritol at the first esterification stage and polyethylene glycol and titanium dioxide at the second esterification stage. The cross section of cotton-like PET fibers was designated to cross shaped structure during melting spinning process. The moisture absorption process, antistatic property and dyeing behavior were investigated. The results showed that the prepared cotton-like PET fibers had better moisture absorption behavior (0.93% measured at the condition of 20℃,65%)and antistatic property(4.23×108Ω.cm after 5 washes) compared with the unmodified ones. Besides that the cotton-like PET fibers had the characteristic of atmospheric boiling dyeing.

      Establishment of a two-ply yarn's geometric and strength model and its infouences on mechanical properties
      Journal of Textile Research. 2015, 36(02):  25-29. 
      Abstract ( 553 )   PDF (1273KB) ( 345 )   Save
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      The explanation of strength enhancement effect of ply yarns has still remain in the qualitative description. As the two main elment forming yarn strength, fiber properties and yarn structure, their contribution to the total strength is unclear. To quan-tify these two parts, this paper firstly established a two-ply yarn model with its geometric configuration, then analyzed the effect of axial and radial tensile behavior on a short yarn segment under tensile loads, reflected in the relationship among tensile modulus, single yarn parameters and ply yarn twist angle. And we took cohesion force between single yarns into consideration as part of ply yarn strength, the formula is derived to predict ply yarn strength in the case of no single yarn slippage. Then, the effect of single yarn properties and twist level on ply yarn maximum strength is analyzed in quantitative, the results of which conform to the general understanding, and can be used to predict the strength of new yarn productions.

      Analysis of twist fault of navel in rotor spinning
      Journal of Textile Research. 2015, 36(02):  30-34. 
      Abstract ( 338 )   PDF (997KB) ( 286 )   Save
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       It doesn't reach any agreement about the research of twist fault and twist deterrent of navel in rotor spinning. On the basis of the motion analysis of both ends yarns of the navel and the model building of twist fault and twist deterrent. Firstly, two concepts about revolution motion and spinning motion of yarn are defined, then it deny the twist deterrent and determine the twist fault. Finally, it adopt the simulation experiment to study the twist fault of the navel by making experiment device, and get the twist transfer curve as the twist fault occurs and the conclusion that twist fault is less likely to appear with the increase of yarn's tension.

      Research on conductive grid structure and generaliInfluence factors to shielding effectiveness of electromagnetic shielding fabrics
      Journal of Textile Research. 2015, 36(02):  35-42. 
      Abstract ( 536 )   PDF (2237KB) ( 486 )   Save
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      The fine structure of yarns and fabrics in the electromagnetic shielding fabrics are analyzed. The effective shielding grid structure made of twisted metal fiber yarns is extracted. The corresponding equivalent circuit and general factors are put forward. The SE in 1~18GHz of three kinds of samples made of bare copper and metal fiber yarns and fabrics are researched using shielded chamber method. It shows that grid structure reflects the effective shielding structure of this kind of fabric. The period spacing of metallic yarn is the key influencing factors to the SE of the fabric.The SE of the fabrics with metal fbier in one way has significant direction. It is difficult to determine the influence of conductive probability of metal fiber yarn in the junctions and still needs further research. These research results are suitable for electromagnetic shielding fabric, and effective parameters are extracted to quantitative numerical calculating for the shielding effectiveness.

       Research of flat knitted structure and compute simulation based on particle model
      Journal of Textile Research. 2015, 36(02):  43-48. 
      Abstract ( 214 )   PDF (1665KB) ( 294 )   Save
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      To analyze the impact of loop style on fabric appearance, those looping, floating, tuck and transfer unit structure fabric were made by STOLL HP 530 computerized flat knitting machine (E3.5.2). The photograph of those structure taken by the depth of field microscope, and those loop structure parameter were measured. The influence law of different loop style on fabric appearance is summarized. The root cause of the fabric deformation was analyzed from the point of mechanics, It was found that due to the change of loop style in fabric, the original force equilibrium is broken, cause the yarn tension. Under the action of yarn tension, yarn transfer between the adjacent loop, led to the fabric appearance change eventually. The loop in the fabric was simplified as a particle, the deformation law of loop is converted to the displacement law of particle system. This research provide theoretical research foundation for the flat knitting fabric computer simulation using particle system.

      Experimental study on compaction characteristics of 2.5D angle-interlock woven fabric
      Journal of Textile Research. 2015, 36(02):  49-54. 
      Abstract ( 346 )   PDF (1939KB) ( 306 )   Save
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      Taking 2.5D with stuffer warp carbon woven fabric for example,the compaction characterization of 2.5D angle-interlock woven fabric had been studied preliminarily, and the relationship between thickness and compaction pressure could be acquired by using island ferry universal material testing machine. The research showed that the compaction modelling of multilayer plain fabrics with empirical index of 3 could approximately reflect the relationship between thickness and compaction pressure of 2.5D with stuffer warp carbon woven fabric when the compaction pressure was less than 3MPa. Further more, the 2.5D with stuffer warp woven composites were manufactured under four different compaction pressure, then the distribution of local crimp angle of yarn segment were applied to represent the degree of yarn waviness by observing the warp,stuffer warp and weft structure in warp and weft cross-section, it was found that the degree of warp crimp was the highest, and the warp crimp decreased with the increase of compaction pressure, when the pressure was over a certain range, the warp crimp increased; The stuffer warp and weft were basically straight, but the crimp of stuffer warp increased while the pressure was over the certain range, and the weft became more straight.

      Forming principle and computer-aided design of warp knitted seamless fabric
      Journal of Textile Research. 2015, 36(02):  55-60. 
      Abstract ( 693 )   PDF (1491KB) ( 352 )   Save
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      Based on an in-depth study of classification and form knitting principle of the bottomless and seamless warp knitted fabric, this paper proposed a mathematic model for describing chain notations, threading-in design, jacquard grid and chain effect to conduct the development of software program named WKCAD. Based on the implementation of the functionality of WKCAD, combining with human structure characteristics, a serial of prototype patterns for the design and process of the bottomless and seamless warp knitted fabric was built. Based on the deep study on the corresponding relationship between the knitting structure of the straight barrel shaping warp knitted garments and human body structure, by taking pantyhose as example, 2D prototype patterns in .bmp format which are compatible with the software program for design and process was obtained. Thus, an effective way for new product development of bottomless and seamless warpknitted fabric was developed.

      Study on textile composite instead of table tennis sponge
      Journal of Textile Research. 2015, 36(02):  61-65. 
      Abstract ( 220 )   PDF (1235KB) ( 396 )   Save
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      The traditional table tennis sponge material made after baking , batching ,filtering ,mixing, sponge recycling, sponge curing , sponge cutting ,sponge rubber , sponge racking ,sponge drying process, etc . There are many different processes in the preparation and processes are complexity. This study is to adopt the textile composite materials instead of ping-pong sponge. Using polyurethane as matrix, using a multi-layered fabric to reinforce the matrix, composite materials are made after padding and coating processes. The water resistance , acid resistance ,alkali resistance of the coating materials were tested and analyzed, It is concluded that the best type of coating resin and optimum film forming temperature. Based on composite material hardness, thickness and resilience test and analysis, it is concluded that in terms of thickness and hardness, the prepared composite material basically meet the requirements , but there are some difference between the resilience, remains to be improved.

       Dynamic fatigue resistance of webbing sling with high-tenacity PET fiber
      Journal of Textile Research. 2015, 36(02):  66-70. 
      Abstract ( 538 )   PDF (1059KB) ( 226 )   Save
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      Due to the mechanical properties and impact performance of the webbing sling were deteriorated sharply and its service life was affected in the recycling process, the dynamic fatigue resistance of the PET webbing sling through the specified elongation or fixed load process was studies. The results showed that the stretching properties of the flexible PET webbing sling were displayed three stages obviously, such as the hooke area, yield region and enhancing region. As smaller deformation (less than 1%) or load (less than 10% of the breaking strength), the elastic deformation was priority. In a large deformation or larger load, it showed the destructive plastic deformation, which accumulating with the repetitions increased. After dealing with the specified elongation or fixed load process, the breaking strength, elongation at break and fatigue resistance of the PET webbing sling were deteriorated sharply and the shock resistance was also decreased significantly, which greatly affect its service life.

      Mechanism and properties of recycled pigment foam dyeing controlled by alkylguanidine-type switchable surfactant
      Journal of Textile Research. 2015, 36(02):  71-76. 
      Abstract ( 315 )   PDF (1601KB) ( 239 )   Save
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      A switchable surfactant dodecyl tetramethyl guanidine (DTMG) was synthesised by tetramethyl guanidine and bromododecane to real-ized the recycled of residual foam in foam dyeing. DTMG transforms into dodecyl tetramethyl guanidine bicarbonate (DTMG?CO2) by bubbling CO2, which is of superior foaminess with a foaming ratio of 11.23 and foam half time of 126 s and can be used as foaming agent in pigment foam dyeing process. However, DTMG?CO2 containing in the residual foam re-leases CO2 by heating at 80 ℃ and transforms to the poor foaminess structure, i.e. DTMG again, which realizes rapid rupture and recycle of residual foam. With the foaminess controllable property by alkylguanidine-type switchable surfactant, it can apply in recycled pigment foam dyeing process due to the reversibility of the transformation between DTMG and DTMG?CO2 , little effects of pigment, adhesive and foam stabilizer on foaming switchable property and switch reversibility and satisfactory dyeing results. Key words: switchable surfactant;alkyl guanidine;foaming agent;pigment foam dyeing;recycled dyeing

      Study on acid dyestuff dyeing kinetics of polyamide 56 fiber compared with polyamide 6 and 66
      Journal of Textile Research. 2015, 36(02):  77-80. 
      Abstract ( 786 )   PDF (1088KB) ( 550 )   Save
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      The kinetic data were investigated and compared based on three fibers(bio-based PA56、PA6、and PA66) dyeing with acid blue NHFS. The diffusion coefficient, dyeing rate constant transfer coefficient and half-dyeing time were measured through percentage of dyeing curve and dyeing rate of three yolyanide fibers with Acid Blue NHFS were compared.The relationship structure and dyeing properties of PA56 was explored. Analysis shows that the dyeing rate constant transfer coefficient and diffusion coefficient of PA56 are significantly higher than PA6 and PA66 and the half-dyeing time is the shortest; The K/S values of PA56 are significantly higher than PA6 and PA66 when polyamide fibers are dyed at the same temperature. Therefore, it needs a short time to get a darker color when PA56 are dyed with acid blue NHFS.

      Photochromic performance  and optics mechanism of single/double shell microcapsules
      Journal of Textile Research. 2015, 36(02):  81-85. 
      Abstract ( 364 )   PDF (1660KB) ( 344 )   Save
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      Polyurethane photochromic microcapsules and double shell photochromic microcapsules with polyurethane as inner wall material and chitosan as outer wall material have been prepared respectively using in situ polymerization. Comparing with unencapsulated azo photochromic compound, the prepared polyurethane photochromic microcapsules and polyurethane-chitosan double shell photochromic microcapsules showed advantages in the improved leakproofness of the applied photochromic compound and the irradiation intensity the photochromic compound accepted changed by double shell structure. It can be observed that, during coloration process, comparing with the time azo photochromic compound solution needed to reach the steady state during coloration process, polyurethane photochromic microcapsules and polyurethane-chitosan double shell microcapsules suspensions delayed the coloration process for 1.6 s and 4.8 s respectively. Moreover, during decoloration process, azo compound solution lost the steady state and decreased to the minimum absorbance at 20 s, and for polyurethane microcapsules and polyurethane-chitosan double shell microcapsules suspensions, it slowed down to 36% and 40%, respectively.

      Study on amino silicon-finishing method for preparation of thermo-responsive textiles
      Journal of Textile Research. 2015, 36(02):  86-91. 
      Abstract ( 310 )   PDF (1677KB) ( 313 )   Save
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      Thermo-responsive textiles can adjust themselves by responding to the environment temperature,which is one of the most researched smart textiles. They have a promising future for thermal/moisture self-adjustment, water-storage and medicine control releasing etc. To prepare thermal-responsive textiles, polymers with the lower critical solution temperature (LCST) are normally grafted onto the fabric. However, it is difficult to graft thermal responsive polymers on textile materials due to lake of reactive sites on textile fibers such as cotton. In this study, the amino silicone finishing was used to introduce amino groups onto cotton fibers and to improve fabric softness. NIPAAm was then successfully grafted onto the cotton by atom transfer radical polymerization (ATRP), which was confirmed by the infrared and contact angle measurements. Prepared cotton-PNIPAAm has a great thermal responsive performance indicated by transitions between hydrophilic and hydrophobic surface reversibly at the LCST.

      Superhydrophobic mechanism and property of fluoride-free hydrosol in-situ deposition driven by electrochemistry on cotton fabric
      Journal of Textile Research. 2015, 36(02):  92-97. 
      Abstract ( 356 )   PDF (1486KB) ( 304 )   Save
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      To endow superhydrophobic property on cotton fabric at the fluoride-free condition, a homogeneous and dense film was directly in-situ deposited on cotton fabric by electrochemical deposition technology with SiO2 hydrosol. SiO2 hydrosol was prepared with emulsifier sodium dodecylbenzene sulfonate and hydrophobic modifier triethoxyoctylsilane. The contact angle of the deposited cotton reached 157.7°, and the fabric was superhydrophobic. Through soap washing, the contact angle of the deposited cotton fabric was 151.1°, and the hydrophobic property was still good. The whiteness and mechanical property were changed slightly, while the breathability was weakly decreased, which didn’t affect the wearing performance.

      Numerical study on effect of geometric parameters of transfer channel on airflow in rotor spinning
      Journal of Textile Research. 2015, 36(02):  98-104. 
      Abstract ( 306 )   PDF (1695KB) ( 385 )   Save
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      The geometric parameters of the transfer channel and the spatial position of the rotor and channel have great influence on the air flow characteristics in the rotor spinning machine and then affect the straightness of the fibers in the transfer zone. The method of numerical simulation is used to study the air flow of the transfer channel and the rotor, and the effects of the transfer channel characteristic number and the spatial position of the rotor and channel on the air flow and fiber straightness are investigated. The simulation results show that from the inlet to the outlet of the transfer channel, the negative pressure increases steadily first, and then it increases dramatically, and this trend becomes more obvious with the increasing characteristic number. The velocity difference increases along with the increasing characteristic number. The negative pressure along the transfer channel diminishes first, and then enhances, while the velocity difference increase with the enlarging of the space angle α. The space angle β has comparatively small effect on the pressure and velocity distribution in the transfer channel; however, it mainly changes the initial contact position of fibers and the rotor.

      Computer-aided design of warp-knitted jacquard spacer fabrics
      Journal of Textile Research. 2015, 36(02):  105-110. 
      Abstract ( 279 )   PDF (1337KB) ( 391 )   Save
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      With the further study of knitting and jacquard working principles, this paper presents a mathematical model for computer-aided designing of spacer fabrics. The mathematical model, with matrix method, takes “chain notation, threading and jacquard designing” as its three essential elements. With this model, it’s easy to design warp-knitted jacquard spacer fabrics with computer software. Taking sports shoes for an example, which have separated functional areas according to the feet structure and characteristics of movement, the paper shows how different patterns cohere seamlessly. By means of the example, computer-aided design of warp-knitted jacquard spacer fabrics has been proved more efficient and simple.

      3-D simulation of weft knitted fabric based on improved mass-spring model
      Journal of Textile Research. 2015, 36(02):  111-115. 
      Abstract ( 508 )   PDF (1271KB) ( 313 )   Save
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      In order to solve the problem in simulating of the complicated organization of weft knitted fabric and lack sense of reality, mass-spring model was improved and three-dimensional mass-spring model was proposed. The complicated organization of weft knitted fabric could be well simulated via the improved mass-spring model. The phenomenon of super-elastic in fabric dynamic simulation was also solved by non-linear spring force. The spatial displacement of particles was calculated using Velocity-Verlet numerical integration to realize the 3D dynamic simulation of weft knitted fabric. The algorithm showed its advantages on computing speed and real-time performance.

      Warp knitting real-time data collection system based on ARM
      Journal of Textile Research. 2015, 36(02):  116-120. 
      Abstract ( 529 )   PDF (1219KB) ( 406 )   Save
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      In allusion to the issues of the laggard data acquisition method and the hysteretic data feedback at warp knitting production,putting forward the warp knitting real-time data collection system based on ARM. The detailed introduction was made to the operating principles and structure of the warp knitting real-time data collection system, realizing the transplant of real-time multi-tasking operating system from the point of software and hardware,and analyzing the major modules, such as the data collection module, the LCD module and communication module,which offering the technical foundation of establishing the data collection terminal of the warp knitting MES(WKMES)and promoting the application of WKMES at enterprises.

      Study on properties of blue light curable polymerization systems applied for textile digital printing
      Journal of Textile Research. 2015, 36(02):  121-127. 
      Abstract ( 322 )   PDF (1799KB) ( 387 )   Save
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      In view of the status of high energy, water consumption and high-pollution in textile digital printing, a blue light textile digital printing technology was proposed by combining textile digital printing and blue light curing technology with security, efficient, environmental and broad fabric adaptability properties. The blue light curable polymerization systems were optimized by evaluating the effect of monomer component on the rheological properties, blue light polymerization performance of the urethane acrylate based polymerization systems, and on the physical and mechanical properties of the cured films. The stimulated textile digital printing with the blue light curable ink indicated that, the printed fabric samples showed fine patterns, satisfied rubbing fastness and soft fabric handle.

      Effect of fabric surface treatment on ink jet printing with reactive dyes
      Journal of Textile Research. 2015, 36(02):  128-132. 
      Abstract ( 604 )   PDF (1456KB) ( 412 )   Save
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      The surface structure and properties of fabrics significantly influence the color effect of inkjet prints. Modified polyacrylamide, hydrotreated light distillate, acrylic acid copolymer and sodium alginate were used, respectively, to surface-treat two different kinds of cotton fabric in order to analyze the influence of fabric structure and surface treatment on inkjet printing colors of five reactive dye inks. The results show that the high density fabric obtains deeper color and lower wet rubbing fastnesses than low density fabric. Nonionic polyacrylamide with better hydrophilicity gives the best color effect among the four kinds of surface treating agents after inkjet printing with reactive dyes. Sodium sulfate exhibits no obvious darkening effect on inkjet-printed fabrics.

      Optimizing of parameters and advanced process of cool transfer printing
      Journal of Textile Research. 2015, 36(02):  133-140. 
      Abstract ( 925 )   PDF (2044KB) ( 487 )   Save
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      Cool transfer printing takes high yield and low cost advantages like rotary screen printing, but also owns high quality comparable to digital printing products. It has a great development potential. In this paper,It‘s based on the distinguishing feature of cool transfer printing, experimental data were employed to optimize the parameters of manufacturing transfer paper the transfer, the wet pretreatmentand and transfer printing equipment. Innovation of the printing process, equipment and applications has promoted the development of printing technology. And it plays a positive role in promoting the technological progress and updating the printing indus-trial. It breaks the application limits on fiber varieties, and broadens the transfer printing in the clothing and textile fields. This paper describes the latest development in Cool transfer printing.

      Improve color fastness of inkjet printing textiles using pigment ink
      Journal of Textile Research. 2015, 36(02):  141-147. 
      Abstract ( 709 )   PDF (1714KB) ( 711 )   Save
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      Inkjet printing as a cleaning and non-contact printing method has become one of the most promising textile printing technology. However, poor rubbing fastness of printed textile is still the main obstacle to wide application of pigment ink in the textile. In this paper, the methods for improving color fastness of printed textiles with pigment ink developed by our lab, such as special fixative agent, multifunctional dispersant, and nanoscale pigment/latex dispersion were summarized, and the fixation process and its mechanism with different kinds of pigment ink were further analyzed. The study was expected to provide assistance for the development of high quality, high fastness of textile printing pigment ink.

      Polyester emulsion coating agents used for sublimation transfer printing of cotton fabrics
      Journal of Textile Research. 2015, 36(02):  148-152. 
      Abstract ( 594 )   PDF (1384KB) ( 427 )   Save
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      Existing approaches and achievements of sublimation transfer printing for cotton fabrics were reviewed briefly. For the problems presented in the approaches, such as pollutions occurred in the chemical modifications for cotton and dark color of cotton fabric resulted from the swelling process, a new method via fabric coating by use of polyester emulsion to realize the goal of sublimation transfer printing of cotton fabrics was proposed. Based on the structure specification of the polyester emulsion coating agent and its adaptability for cotton fabrics in sublimation transfer printing, the authors described technological superiorities of the method with features of vivid colors, characteristics of printed cotton fabrics, and environmental and simple processes that would be applied easily.

      Discuss on application problems of reactive dye digital inkjet printing
      Journal of Textile Research. 2015, 36(02):  153-157. 
      Abstract ( 291 )   PDF (1337KB) ( 513 )   Save
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      According to the production practice of digital printing, the current situation of technology application of reactive dyes direct injection printing was analyzed, the problems which existed in application of reactive dyes direct injection printing were summarized, these problems were that such as the method of mixing color was not suitable, color reproducibility was poor, color brilliance was not high, the size of the ink drops couldn’t be adjusted according to pattern, and the sizing system was imperfection and etc, the reasons of the existence of these problems were analyzed, and the corresponding suggestion for solving these questions were put forward. Through these problems being put forward, It was hoped that these problems would be paid close attention to by these people who are engaged in reactive dyes direct injection printing and its related technology, the production of digital printing equipment and technology of the digital printing were guided to improve, and the quality and grade of the digital printing product were realized to enhance overall.

      Characteristics and development of military camouflage pattern and fabric printing technology
      Journal of Textile Research. 2015, 36(02):  158-163. 
      Abstract ( 509 )   PDF (1683KB) ( 545 )   Save
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      The classification, characteristics and development tread of camouflage pattern are introduced. The development direction of camouflage pattern to multicolor and gradient, camouflage fabric to multiple blended and camouflage function to multi-spectral camouflage is pointed out. These trends challenge the traditional flat screen and rotary screen printing technology. The current disperse/VAT bath in a two-phase rotary screen printing technology has the technology superiority in the traditional plaque camouflage printing, which can implement the high color fastness, color consistency, near infrared camouflage of military camouflage printing with the optimization of dyestuff, paste, equipment, etc. New printing technology, including transfer printing technology, digital printing technology, can achieve more excellent color gradient camouflage effect, but there are some problems needed to be resolved when they are used in military camouflage printing.

      Digital printing and textile personalized customization C2B mode
      Journal of Textile Research. 2015, 36(02):  164-168. 
      Abstract ( 357 )   PDF (1476KB) ( 524 )   Save
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      Textile industry is in the period of deepening transition upgrade and structural adjustment.Textile digital printing technology combine with network platform, which is creating the mass customization C2B model on textile business, meanwhile to inject new vitality into the traditional textile industry.Via analysis the transfer from scale economy to scope economic which under buyer customize demand, by the way the business model will be upgraded from B2C to C2B, to explore the market background of Customization C2B mode.There are three sections to demonstrate that digital textile printing is a key technology to support mass customization production:The technical characteristics of digital printing makes mass production possible on personalized;The improvement of digital printing technology,which is push textiles customization to the large-scale production phase;The industry network which is integrated by many different types of digital printers, is playing a greater role in the customization of textiles.It is worth mentioned that to elaborate the C2B mode on textile mass production of personalized customization.