According to the "national economy and social development in the 10th Five-Year Plan Outline" and "the revitalization of the State Council on Accelerating the equipment manufacturing industry views," the specific task of focusing on China's Textile Industry Association, "the textile industry outline for the development of scientific and technological progress," the 28 10 key technologies and focus on key equipment for the next five years China's textile machinery will focus on the development of a digital single, workshops and workshop-level automation, enterprise information systems engineering for the digital signs textile machinery, as well as security, energy saving, environmentally friendly products To mark the green textile machinery, textile machinery through digital green and the implementation of textile machinery products, textile machinery manufacturers promote the rise in the level of processing technology, and promote textile machinery product quality and increased reliability, the promotion of enterprise, industry-wide technical progress.

Automatic control technology

Automation technology is the key mechanical and electrical integration. Textile machinery automation products to adapt to shop, business automation systems development needs and information management products and docking technology. Textile machinery automation technology to be controlled by the single automated system development, from analogue systems to digital systems development. Textile machinery control systems to intelligent, network-based, information-based and open direction.
On the control system of textile machinery equipment / sensor layer, shop floor management of data communications options open to them, the need to consider the characteristics of integrated communications process efficiency, speed, reliability, and the openness of the agreement; equipment control layer will be given top priority Selection of fieldbus technology; workshop production level of information integration can be used Ethernet, and a shop floor communications interface; textile enterprises due to various equipment at the application layer interconnect the needs of the textile machinery industry equipment to the scene unified format information and functional description of norms and rules formulated related industries. Of a large quantity of textile machinery products dedicated to the development of textile machinery controller.
Brushless DC motor speed and SR Motor abroad on textile machinery has been mature applications, demonstrated their unique advantages, it is necessary to accelerate brushless DC motor and switched reluctance (SR) motor speed control technology applications.
With textile machinery products and raise the level of the increase in exports, it is necessary to attach importance to the control of textile machinery, EMC design and manufacturing, in the industry as a "CE" safety certification.

Innovative Manufacturing Technology

The use of machinery to create new technology, new materials, advanced equipment and advanced applied technologies, and to promote technological advancement in enterprises, enhance their competitiveness. Manufacturing process innovation is the foundation of advanced manufacturing technologies. Focused on solving technology development, information technology, the key underlying equipment, advanced technology and application of green technology, logistics systems and production processes, and other issues to promote computer-aided design, parallel design, virtual design of advanced technology widely used for Flexible Manufacturing Cell ( FMC), flexible manufacturing systems (FMS), and other processing technologies; promote lean manufacturing, agile manufacturing, intelligent manufacturing, virtual manufacturing, decentralized network of manufacturing, and other advanced manufacturing technology management in large enterprise application modeling technique and simulation technology, the establishment of computer Integrated Manufacturing System (CIMS), in precision molding, rapid prototyping / Parts Manufacturing (RPM), metal forming process of thermal dynamic simulation, and other advanced processing technology based on the research and extension. Increase the manufacturing of key components, and detection capabilities improved, the level of the General Armament Department of test conditions and the creation of the input, focus on improving core manufacturing capabilities, and strive to improve the technology and development capabilities, and focus on improving business-to the resilience of the market. Create conditions for building intelligent, and network of modern factories. Digital Enterprise to the overall objective, the development of high-tech products with requirements based on the PDM / CAD / CAE / CAPP / DNC technology integration, as well as network-based, distributed application environment and parallel ways of work, focused on the development of digital and green manufacturing system so that their manufacturing resources effectively, improve the manufacturing technology, production organization, a scientific and rational, and adapt to small quantities and variety, fast delivery discrete manufacturing and customization needs of users.

Stability and reliability

Domestic textile machinery products compared with foreign advanced level, the gap in reliability is particularly evident. Some Although the domestic textile machinery products of more advanced technology, but the reliability is not high, can not be accepted by the users. Therefore called for efforts to improve the reliability of textile machinery products, textile machinery products to uphold the reliability of the work. In product design, it is necessary to carry out FMEA, FTA and Finite Element Analysis, redundancy design, robust design, reliability design. In the manufacture, it is necessary to strengthen the digital advanced manufacturing technology, and conduct concurrent engineering to enhance reliability management. In the reliability engineering, it is necessary to study the feasibility of the principles and methods of distribution, failure mode and the system reliability criteria and indicators distribution calculation method for establishing the "reliability of textile machinery (abuse) Test Evaluation Standards," the establishment of a unified and reliable index evaluation system. Through 10 years of efforts to bring the major textile machinery product reliability indicators reach or approach advanced international standards.

Fiber mechanical

(1) establish a highly efficient energy-saving production line
Increase their low capacity, high consumption of the production line intensity, using energy-efficient technology and equipment. Promotion of energy-saving machinery and electrical products and control technology, to achieve energy saving and efficient production purposes; the completion of 150 tons of polyester staple fiber / day production line based on industrial production, the development of 200 to 250 tons / day production line; R & D output 600,000 tons PTA sets of domestic technology and equipment, development capacity of 100 tons / day continuous slice nylon polymerization civilian and drying equipment; development capacity of 45 tons / day of high strength polyester fiber used for solid-phase polymerization techniques and devices.

(2) promotion of digital, computer network control technology
In the existing electrical controlled on the basis of technology, research and development for chemical fiber production enterprises fieldbus, industrial Ethernet computer network technology, chemical fiber production enterprises in the production of modernized management; domestic research and development of the domestic polyester filament automatic production line (from raw materials to the packaging or less all the people operating the unmanned automatic production line) and network control systems.

(3) Increase differentiated, high-performance fiber equipment development efforts
Improve domestic composite filament spinning machine on the basis of the development of domestic short silk spinning equipment; development polyester fibre spinning equipment and ultra-fine processing superfine fiber for fiber and matched the increase shells equipment in the existing domestic polyester industry Sifang led by the machine on the basis of continued development of the system can be spun polyester fiber high-strength and high-reduction package installation; research and development of new Flexible (modified) polyester production line technology and equipment research and development of high-performance, differentiated acrylic fiber plant; the completion of an annual output of 1,000 tons of aramid 1313 industrial production line developed on the basis of research and development of the industrialization of aramid 1414 technology and equipment; develop more varieties of man-made fibres production technology and equipment continue to develop special fiber, functional fiber technologies and equipment; continue with carbon fiber, conductive fiber, optical fiber, large molecular weight polyethylene fiber, hollow fiber membrane such high-tech equipment and research and development.

(4) the development of green technology and fiber installation kits
R & D polylactic acid (PLA) fiber technology and industrialization set of equipment to enhance environmental awareness, the promotion of environmental protection technology and equipment to further improve viscose filament yarn spinning for new equipment, as soon as possible to achieve its industrial production. Development annual 60,000 tons of viscose staple complete sets of equipment, increase production of toxic and hazardous fibers governance, efficient use of new devices to increase the emission of recovery, the application of advanced technology make full use of waste materials to enhance the use of raw materials ; development of non-toxic industrial cellulose fibre production technology and equipment, the production of viscose solve pollution problems to solve chemical fiber and fuel oil an issue and the realization of green production.

(5) Single grasp, the pieces, accessories, and parts quality
Continue to develop and developed single product, single improve the quality and reduce the gap between the international advanced technology, to replace imported products: synthetic increase machinery component parts, the pieces of the quality of life research, thereby enhancing the complete sets of equipment reliability; further amendments to the existing synthetic mechanical standards, the establishment of new product development construction standards gradually established products, the reliability of the indicators.

Spinning machinery

Focus on the development of modern cotton spinning machinery, wool textile machinery development at the same time, Hemp machinery, silk and Silk Spinning mechanical system.
??(1) Improved traditional cotton spinning equipment
Spinning machinery upgrading mechanical and electrical integration, automation level, some achieve continuous spinning processes and the automation of the production process control. Main different spinning process for the development of a new type of short-efficient processes blowing-carding unit, high-yielding combed units Autoleveller and of the high-speed, multi-motor-driven high-speed roving machine, a new type of automatic doffing roving machine, automatic loading yarn-spinning frame, concentrated (close) spinning machines, semi-automatic, high-speed connector to the rotor spinning machine, and technology localization of the automatic rotor spinning machine, small upset the type of automatic winder.
Development of the various types of equipment to a host of intelligent control functions with network interface and network connectivity; spinning continuous production processes, the development of rough, Spinning automatic doffing, small Tongxinluo joint at the same time supporting the key to the equipment and exclusive basis of (carding equipment, cradle, Cots, Aprons, rings, bead, spindle, etc.) the quality and reliability of research.
(2) to develop a new generation of complete sets of equipment cotton
Applying modern information network and digital technology, expert system for textile production process parameters of the on-line measurement, display, automatic control, automatic regulation and network monitoring, spinning factory remote diagnostics and remote services. Use of robot technology, flexible production technology to achieve highly automated production spinning, cotton spinning equipment to set strict accordance with the requirements of the qualitative and quantitative, large-scale movements of the automatic replacement of textile machinery production relies on skilled workers to complete various simple repetitive manual, guarantee and improve the quality of its products, spinning yarn quality Uster communique reached about 15 percent of the level. Substantially improve labor productivity, so that the spinning production reached 10,000 employment level of around 30 people. Major R & D of high-yielding information blowing-carding unit, digital (Autoleveller) of the unilateral and high-speed, digital multi-motor drive of the combing machine, automatic doffing gather NC (close) spinning machines, digital multi-motor drive automatic winder (the yarn-and fine-upset the two kinds), high-speed automatic rotor spinning machine. Spinning production processes as well as in the continuous realization of the mainframe with extinguishers, and combed cotton roving Vol automatic transmission, automatic loading roving and spinning yarn, such as joint Tongxinluo fine. Built with their own intellectual property rights, China's new generation of cotton brand model line of complete sets of equipment.
(3) further development and refinement of new wool complete sets of equipment
Wool machinery development should be in line with the existing technology base and national conditions, expand fitness spinning varieties. We should focus on improving the wool textile machinery and the development of combed wool complete sets of equipment, mechanical and electrical integration, and complete machine raising the level of technology. Focus on in order, new comb me, Autoleveller and new roving technology development Multi-motor-driven, doffing device with a new generation of machines. Spinning the development of new technology and equipment, such as rotor spinning and pool (close) spinning, rope-spinning, friction spinning wool and other new types of equipment to enhance the quality of yarn. Further improve the quality of wool equipment, the development of new equipment such as metal clothing products.
(4) the development of new technology equipment short Hemp
In the consolidation, enhancement and expansion of linen long Hemp new equipment at the same time, short Hemp focus on the development of new technology equipment, to resolve the existing short Ma flax spinning equipment behind the status quo. Led by the use of new technology spinning cut line. Reduce employment, labor environment and labor intensity markedly improved under the premise of the short-spun linen fitness raised to 26 the number of public support. Further research and development of new technologies Ramie led by the cutting, cutting off long fibers, fiber spinning increase, and short fiber granulite reduce the emergence of an effective and improving the quality of manufactured rate.
(5) Development of continuous, automated system for silk production equipment
Primary focus on the development of machinery Reeling industry is to meet the needs of mechanization and automation, continuous production of the development of network management needs and silk production per capita of more than 2,000 kilograms. Focus on developing mixed cocoon drying cocoon ??stripping cocoon ??ction cocoon ??oon cooking ??ling ??mination of the entire process for the first processing and automated production equipment. Focused on the development of automatic reeling machine and its family of products: Double Gong automatic silk reeling machines, automatic reeling machine tussah silk, composite wire automatic reeling machine.
(6) complete sets of equipment of the new Silk Spinning promote the use of improved and increased.

Weaving Machinery

Vigorously develop non-woven machines, complete machine and the key to further improve the reliability, electromechanical integration and technical level, focusing on speeding up the development of air-jet looms and its industrialization, increase rapier loom weaving and high-quality varieties adaptability . Warping the development of new machines, sizing machine, with pulp machine, and so on, to the development of non-woven fabrics and related needs.
(1) The entire batches improve the whole machine winding speed of technological level, speed can be directly solve the power transmission technology, a highly efficient hydraulic, pneumatic braking technology, uniform, constant warp tension control technology, mechanical and electrical integration and winding density-controlled technology and control technology.
(2) points of the increase for the whole of the whole machine winding speed of technological level, high-power transmission technology solution stepless speed regulation, pneumatic pressure, hydraulic braking technology, the warp tension automatic compensation technology, computer control and Intelligent technology, winding density and warp tension control technology.
(3) improve the sizing machine Sizing technologies such as speed, power transmission solution, stepless speed regulation technology, pneumatic, hydraulic compression technology, sizing machine performance and sizing process parameters on-line measurement and control technology , and highly efficient energy-saving technologies. Pulp equipment for raising the technical level.
(4) improve the rapier to the rapier-wai rate and reliability, loom structural dynamics to optimize the design of high-speed movement of the study and solve high-speed rapier weft insertion technology, electronic delivery with the high-precision electronic coiling drive technology, intelligent electronic control system technology, reliability, technical and off tension compensation weaving technology.
(5) air-jet looms to improve air jet loom Wei rate and reliability, high-speed airflow solve multi-nozzle weft insertion technology, electronics and electronic delivery by coiling drive technology, intelligent electronic control system technology, reliability, Beating technology, open systems technology, and high-speed precision processing technology.
(6) Water Jet Loom Loom improve the speed, efficiency and width, speed up the process of thick fabric, colorful decorative fabric weaving process of adaptation, research sprinkler weft insertion technology, multicolor weft insertion technology to address key parts reliable and the improvement of manufacturing and processing technologies.
(7) Gripper Loom Gripper Loom accelerate the pace of domestic R & D Band, the large package, the gripper loom meet special requirements, the development of a warp density and the tension of coiling, a good selection of special weft Reply Wei-spindle and the torsional axis Dousuo institutions.
(8) electronic dobby and jacquard electronic device to install electronic dobby shuttleless looms to improve the speed of the requirements of comprehensive development series to film products to solve high-frequency electronic reading, high-speed conjugate cam design and optimization process Matching technology, and on-line host and the control technology, high-frequency, and special anti-fatigue spring development, impact resistant high-speed link precision manufacturing technology, Jacquard CAD technology, automatic testing and reliability technology.

We must adapt to the electronic jacquard high-speed device, the number of contacts to expand, adapt and trademark Jacquard weaving needs and solve high-frequency electromagnetic valve needle selection component technology, a modular, intelligent, energy-saving, scalable electronic control systems, on-line and online monitoring technology, high-performance Integrated silk, silk-manufacturing technology, and on-line host and the control technology, high technology components pulley life, Jacquard CAD technology and automatic testing and reliability technology.
(9) the basis of the weaving machinery and equipment for the manufacture of high performance electronic weft storage, electronic weft selection device, the electronic device cutter edge, fully mechanized aluminum frame, steel ensemble, the first high-speed rapier, rapier belt, energy-saving nozzles, Valve dedicated, high-speed clutch, brake and other basic parts for weaving and equipment, non-woven fabrics to machine development needs.

Knitting Machinery

Knitting clothing with a gap-filling machinery products to enhance and improve actively develop decoration, industrial knitting machinery products. The positive application of microelectronics technology, to improve the products of knitting machinery automation, electromechanical integration standards, and achieve computer controlled, electronic needle selection and flowers for computer-aided design. Further raise the level of technology, and expand Diameter series, and widen the machine, increase the rates of a few weaving system, improve machine speed, narrow domestic knitting machinery, and the gap between the advanced international level.
(1) computer Jacquard Circular Knitting Machine electronic jacquard technology breakthroughs to achieve three power-electronic jacquard weave. And electronic technology, and other sectors of cross-sectoral cooperation on high-frequency, high-precision, fretting way piezoelectric ceramic electronic needle selection, spent solving computer design, information storage, signal detection and control devices and supporting needle-election coordination of the work.
(2) computer-realized electronic knitting machine needle needle selection and three power-weaving, process control action and fully automated transmission, such as forming a knitting circle shift function. From the narrow to wide, single system to a multi-system, to the small, rough-machine, multi-functional development to the less functional. Solve computer and electrical control part of the development, application and software technology.
(3) the provision of high-speed Telike further enhance the machine speed, the development of high-speed short-range dynamic Telike warp machine, the development and acquisition of electronic delivery, electronic coiling, electronic teloping, broken electronic devices such as yarn since stopped further improve the standard series, raising machine, to E36, and improve their work to 533 cm width, and further enhance product reliability. At the same time strengthen the whole series of products supporting the development of the machine, and improve the development of computer-controlled machines and spandex for the whole machine.
(4) seamlessly knitted underwear to coat machine for knitting, underwear fashion of the needs and to develop a seamless single-sided and double-knitted underwear. First achieve seamless single-and double-knitted underwear seamless knitted underwear aircraft development. Implementation of syringes and needles was elected electronic needle knitting needles and shift circle, and other functions, to weave rib, embossing Jacquard, set laps, laps and other organizations and shift pattern. Achieving independence from the stepper motor control in each path can be rapidly changing density, the fabric produced unique effect. Seamless knitted underwear to multiple machines, a number of institutions and high-election machine needles, development.
In the development of various types of knitting machinery products at the same time, we must vigorously strengthen ancillary equipment knitting needles, yarn losers in the development and installation of improvements in the level, to adapt to the needs of knitting machinery.


Machines

In adapting to the production of small quantities of printing and dyeing, and more variety, the market demand for fast delivery at the same time, printing and dyeing machinery to strengthen the organic integration of technology, widely used on-line measurement and control technology to meet the rapid response and dyeing enterprise information requirements, to the intelligent, modular, environmental protection, energy saving, short flow direction.
(1) new woven fabric dyeing and printing equipment
Development and the transformation of traditional fabric dyeing machine for processing equipment, in order to meet a wider variety of fabric and processing needs of the new equipment with a comprehensive recovery unit, including slurry recovery systems and wastewater recycling system, lye recovery system and the heat recovery system, as soon as possible to reduce emissions and lower energy consumption using new printing and dyeing production process parameters on-line measurement and control technology to transform the traditional woven fabric dyeing equipment and the development of leading printing and dyeing equipment.
Pre-treatment equipment for the development of new high-quality and efficient fabric processing equipment, including retreat, cooking, bleaching and mordenite equipment, efforts to reduce water consumption before the largest water and sewage treatment processes emissions. Develop reliable advanced alkali concentration and hydrogen peroxide concentration of on-line measurement and control system, and with a matching processing equipment, in order to ensure the stability and product quality excellent. Recovery fully equipped, including wastewater recycling system, lye recovery system and heat recovery systems, etc., as soon as possible to reduce emissions, improve water reuse rate
Dyeing cloth dyeing equipment encourage the development of online color optical measurement and control technology and equipment, microwave pick-rate on-line measurement and control technology and equipment to enable continuous dyeing equipment with color on-line measurement and control capability, continuous dyeing process of resolving the cloth craniocaudal about color and to ensure product quality and excellent stability. Development and use of new and highly efficient fast-infrared drying equipment, and improve pre-Hongre efficiency and reduce heat loss. Dyeing digital development of complete sets of equipment, including automatic said expected, the materials, delivery of materials, warehousing and staining on the whole process of automatic control system.
Development of a short wet steam dyeing process technology and equipment for the market to provide energy-saving, saving additives, lower production costs, and to ensure that the product of the process is a new type of high quality continuous dyeing process technologies and equipment. Short for the development of wet steam dyeing process technology and equipment process parameters of precision measurement and control technology.
Development of high temperature and high pressure flow dyeing machines, the market offers an advanced and applied to have the appearance of sensitive organizations knitwear, woven fabric of intermittent environmentally friendly dyeing equipment to enable the equipment to meet small-batch, multi-species processing requirements, lower than the Bath , the dye less consumption.
Printing machine vision applications technology development spent on the printing machine automatically, so that printing machine in the printing process of automatic detection, automatic error correction, accurate and real-time with the ability to spend. For the market to provide high-precision rotary screen printing machine, printing solution in the process of running the wrong flowers and flower phenomenon, improve printing quality.
????Fabric development of the wide adaptability flat screen printing machine, in order to meet a wider variety of fabric and more extensive processing
Finishing equipment for the development of amorphous online detection and control system, and to ensure that the heat processing of amorphous product quality and excellent stability, as well as to conserve energy and reduce emissions. Including oil on the development of content and temperature Drying-house on-line measurement and control technology and devices, exhaust humidity Drying-house on-line measurement and control technology and devices, as well as a cloth regain online measurement and control technology and devices.
Fieldbus control system Fieldbus System (FCS) and Industrial Ethernet technology, the production process will be independent of information integration, a single measurement and control equipment scattered into network nodes to fieldbus as a link to form integration monitoring system for the entire production process parameters online monitoring, remote diagnostics and control. Dyeing for the development of enterprise production and printing and dyeing equipment for the application software, and computer networks, communication networks, on-line measurement and control system components integrated control system.
??(2) new high-quality and efficient knitwear row before processing equipment
The development of new high-quality and efficient knitwear row before processing equipment, fill the gaps, alternative consume a large amount of water and energy for non-production equipment and technology, the original scouring and bleaching and dyeing processes are completed within a dyeing machine technology, will be replaced scouring and bleaching processes or from the rate-cylinder production line for scouring and bleaching completed. Focus on the development of a new type of wide-Large pieces of knitwear and cylinder production line for scouring and bleaching, mercerizing machine knitwear.
(3) high-grade and multi-component fibers blended fabrics Processing Plants
Applicable to the development of high-grade wool fabrics and high-end Multi-fiber blended fabric dyeing and finishing equipment for the market to provide energy-saving, environmental protection, and to reduce production costs for a new type of hair dyeing and finishing equipment. Traditional wet wool fabric finishing replaced by rope-rate processing, from intermittent to continuous processing. Development Set washing / scouring and bleaching / soft / dry-wet in the whole integrated multi-purpose equipment, applicable to high-end Multi-fiber blended fabrics special finishing. New equipment should be accurate detection of process parameters and control functions to ensure that the processed products are good quality.
(4) Common units of the machine and dyeing
Domestic machinery to improve the overall quality of printing and dyeing, must be composed of equipment from the foundation of the basic unit and start improving quality and accuracy, such as through the application of ultrasonic vibration washed, vacuum suction, to a high of technical improvements, such as environmental protection, energy conservation of the structure of unit and improve the efficiency of machine modules.
(5) innovative dyeing and printing equipment
"11th Five-Year Plan" period, with independent intellectual property rights nozzle to achieve the high-speed, high reliability digital printing machine and the industrialization of research. Develop their own intellectual property rights nozzles, master ink manufacturing technology, and significantly reduced processing costs of inkjet printing, improved printing speed. Such as the development of low-temperature plasma processing, supercritical carbon dioxide and water staining electrostatic printing, and other advanced technologies and equipment.

Nonwovens machinery

Nonwovens mechanical machines to continue to increase the rate of increase speed and capacity single development, precision machining equipment and focus on the adoption of new materials to raise the level of mechanical and electrical integration, the further application of computer and network on-line measurement and control systems to ensure high-quality and high-yield production . Nonwovens production lines to the versatility, combined, differentiated development. The development of renewable, biodegradable fibers can Nonwovens product lines. Equipment stressed modular, building-block design, according to Nonwovens product characteristics and technological requirements, flexible equipment modified or restructured.

(1) Development of thin polypropylene, polyester spunbond hot flexible production line
To the fine, functional development, product CV value of the low weight to reach 6 percent, the high weight of 5%, on the basis of this realization of multifunctional production line, produces polypropylene, polyester, nylon, nylon 6, Poly lactic acid (PLA), spunbond nonwovens, but also can produce bicomponent products.
(2) Development of high-speed, line-pressure hot line
????Output speed of 300 m / min and increase pressure on the roll line uniformity.
????(3) Development of wide, high-yielding meltblown production line
Production line width at 3.2 m above the more than 1,000 tons of annual production, and fiber fineness of 1 to 5 microns, improving the uniformity of the fabric, suited for a variety of raw materials such as PP, PET, biodegradable resin production. Spunbond Technology Development and composite technology and equipment. Die-spinning racks solve the first and the sharp triangle die design and manufacturing process; drawing airflow distribution cavity design optimization: air nozzle, hot air heating device design and manufacturing; air heating method for the study.
(4) Development of Spunlace production line
In addition to improving water pressure, expand the area of application, in addition to energy conservation and cost reduction, the development of efficient new filtration system in order to meet all kinds of fibers and the various processing needs, while ensuring that the cycle of water utilization; the hydraulic entanglement Efficiency: adaptation of fiber production lines Spunlace Technology Research: Spunlaced needle plate Development: Light Spunlaced roller development; Spunlaced and spinning into a network, meltblown, pulp airflow to form a network of technical research .
(5) Development of acupuncture equipment
Acupuncture increase frequency to 2000 times / min, increase automation and testing-controlled, improving pre-Acupuncture and Acupuncture Road at the end of the reinforcement effect of acupuncture on the Oval acupuncture technology, the design of needle plate (including needle density planting , cloth needle law), manufacturing and composite materials; Seal Development; needle plate, bar the Oval trajectory of the design and development drive.
(6) study of the various ways to form a network and the reinforcement of composite technology
Spinning melting compound developed multiple production lines, and study Spunlaced spunbond, combing, meltblown, net flow into paper pulp or combination of technology, research and wood pulp gas network staple carding net increase Spunlaced consolidation composite materials technology.
(7) raise the machinery for the non-woven fabric basis of the quality and technical level.

Textile machines

Strengthen the textile production process raw materials, semi-finished and finished products quality testing and on-line monitoring equipment research and development. With direction to the test theoretical research and application of basic research, to develop their own intellectual property rights of the textile products lay the foundation for equipment. Strengthen verification procedures, calibration standards and the coordination of textile machines, developed simultaneously.
(1) detection apparatus improve fiber fiber diameter, length, cross-sectional area measurement, and analysis of conventional fiber surface morphology fiber detector skill level; heterosexual fiber developed detection and removal devices; can focus on rapid detection of fiber length, strength, MA Cloning values, but also at the same time detect color impurities, regain cotton fiber properties rapid testing equipment.
(2) detection apparatus yarn evenness of the instrument to multi-functional, modular, intelligent direction of the development of powerful instrument to further improve the efficiency of the test equipment; with spinning equipment and sensor technology has progressed, the further development of the spinning process in the on-line quality inspection technology, to improve the carding process and the production and use of the Autoleveller Winding technology and the production process used for electronic yarn clearer technical levels.
(3) strengthening and use of chemical fiber test equipment development.
(4) as a computer network system textile enterprises an important component of the efforts to develop laboratory data analysis and management system.