Wednesday, February 27, 2008

[ RESEARCH ACTIVITIES FOR PhD - A Guide.]

* Carbon
* Electronic Materials & Sensors
* Ferrous Metallurgy
* Non-ferrous Metallurgy
* Non-Equilibrium Processing & Modeling
* Photonics
* Biomaterials
* Characterization & Modeling


CARBON - has wide-ranging interests in the processing and characterisation of carbon and ceramic materials including pitch-based carbon fibres, carbon fibre reinforced carbon composites, carbon bonded refractories and binderless carbons.


Thermodynamic studies of barium titanate single crystals.


THE STUDENT HAS TO SELECT THE RESEARCH SUBJECT APPROVED BY THE PROFESSOR UNDER WHOSE GUIDANCE THE RESEARCH IS UNDERTAKEN.

Tuesday, February 26, 2008

[ SYLLABUS FOR SUBJETS IN TECHNICAL TEXTILES REQUIRED. ]

* Technical Textiles
* Textile Materials and Performance Evaluation
* Yarn and Nonwoven Technology
* Weaving and Weave CAD
* Knitting and Knit CAD
* Coloration Technology
Technical Textiles
This programme unit provides a wide range of topics in the latest developments of technical textiles, including:
* Composites and geotextiles.
* Automotive Textiles, impact protection and woven performs.
* Technical clothing, sportswear, sensors and applications in textiles.
* Nanotechnology and speciality fibres.
* Fibre Mechanics and Fracture.
* Medical textiles, military textiles, aerospace applications, marine applications, and filtration.
Textile Materials and Performance Evaluation
This programme unit provides a wide range of topics in textile materials science, performance enhancement and testing that are fundamental for effective functioning in a technical capacity within any textiles- or materials-related organisation.
* Man-made and natural fibres.
* Characteristics of fabrics and fabric mechanical properties.
* Principles and applications of KES-FB and FAST fabric evaluation systems.
* Dimensional stability, easy-care inishing, oil/water repellence, waterproofing, coating, lamination, and smart materials.
* Microscopy and surface analysis.
Weaving and Weave CAD
* Shuttle and shuttleless looms; multi-phase weaving machines and other modern developments in weaving technology; warp preparation; technical weaving and braiding.
* Weaves; relation between fabric structure and fabric properties; design and manufacture of advanced woven structures; weave CAD, modelling of textile structures.
Knitting and Knit CAD
* High-speed knitting machines, modern knitting techniques, analysis of important knitted structures, knitwear manufacture, KnitCAD , seamless and 3D knitting technology.
Yarn and Nonwovens Technology
* Fibre preparation, ring and other modern spinning technologies, texturing, yarn quality control, fancy yarns, and yarn preparation.
* Nonwovens web forming technology including dry laying, air laying, wet laying, spun-bonding, melt-blowing. Nonwovens consolidation/bonding technologies; mechanical and chemical bonding; thermal bonding, PP Non woven,PET Non woven,Non woven Interlinings,Non woven's for Horticulture and HPM Non wovens and the applications of nonwoven products.
Colouration Technology
* Principles of dyeing cellulosic substrates with both non-ionic and reactive dyes, the dyeing of synthetic fibres, colour fastness, and the theory and practice of textile printing technology.
* Colour Science, colour and light sources, vision, colour mixing and reproduction, colour measurement, colour management and colour communication.
WHERE DO WE GET THE SYLLABUS FOR THESE SUBJECTS.


WE HAVE TO REQUEST THE " UNIVERSITY OF MANCHESTER ".

THE OTHER UNIVERSITY'S ARE:

[1]The University of Bolton.

[2]The University of Leeds.

[3]North Carolina state University

[4]Philadelphia University.

If required any other University may also be approched which is a leading University in the WORLD in TECHNICAL TEXTILES.


Syllabus Received from:


"UNIVERSITY OF


MANCHESTER"



BSc (Hons) Textile Science and Technology

This programme may also be studied with Industrial Experience or with Study Abroad.

Textiles is a vibrant and growing global industry, with a consistent demand for top-quality graduates. The continuing technical advancement of textile products results from the wide-ranging, innovative skills of textile scientists. Recent textile innovations include: high-performance sports equipment, clothing with micro-climate control, medical textiles, nano-fibres, flexible, multi-purpose body armour, and composite materials for aircraft, cars and civil engineering. In a sense we are creating "the fabric of life".

The Science and Technology programme is designed to provide a high-calibre, multi-disciplinary platform from which graduates may follow career paths into technical research and product development. To support these activities, the department offers an unrivalled diversity of commercial manufacturing machinery and research equipment. Hence the next generation of textile technologists is provided with the creativity, skills and vision to create and engineer the textile products of the future.
What You Will Study
First Year Content

The first year provides the knowledge platform with lecture material based on fundamental subjects such as, the Nature of Materials, Fibre Properties, Yarn Production, and the Manufacture of Knitted and Woven Fabrics. Additional lectures in Mathematics, Physics, Chemistry and Computation further complement the scientific and analytical programme. To effectively develop the skills of the technologist, laboratory sessions are integrated into studies alongside lectures and seminars. The study programme also incorporates an Introduction to Textile Management, Accounting Techniques and the Business Economics behind Textile and Clothing Operations to ensure a fundamental understanding of the business and markets.
Second Year Content

Having established the foundations of the technology programme students expand their knowledge into Polymer Technology, Colour Science and Production Technologies. In addition in response to the increasingly diverse needs of industry, subjects such as ‘Smart’ Materials, Electrotechnics and Biotechnology are also incorporated into the learning programme reflecting the ongoing evolution of textiles and technology.
Final Year Content

In the final year students are taken to the leading edge of textile science and technology and its possibilities as a "fabric of life" material. In addition to studying advanced concepts in Computerised Fabric Design, the Environmental Impact of Textiles, Textile Finishing, Nonwovens Technology, Mechatronics and Production Management, the impact and application of Composite Materials, Biomaterials and Polymer Technology are also explored.

During the Final Year students undertake an extended project which continues throughout the academic year and is designed to enhance their research and analytical abilities, and develop their personal skills. Recent projects have included such diverse areas as ink-jet printing, the recycling of textile fibres, the computerisation of pressing, ethical textile management, computerised clothing design for the disabled and novel dye chemistry. Such work can further evolve into major research projects, with final year students having the opportunity to continue into specialised postgraduate research.
Career Opportunities

Our Textile Technology graduates are eagerly sought after by employers, with graduates entering into research and production in the textile, chemical, engineering and clothing industries. Companies which have recently employed our graduates include such international organisations as Ciba Geigy , Coats Viyella, DERA and Marks and Spencer . As the textile industry responds to the global need for fibrous-based materials to answer the need for performance and innovation, the textile technologist will increasingly be found developing their careers well outside the traditional textile sector.
Contact

For further information contact Ruby Bains

o 0161 306 4149
o ug-textiles@manchester.ac.uk

Entry requirements and how to apply
UCAS course code: JJ49
UCAS institution code: M20
Degree awarded: BSc
Duration: 3 or 4 years*
Typical A level offer: Grades ABC.

Course fees: Tuition fees for Home/EU students commencing their studies in 2009 will be approximately £3250 per year. These fees will be subject to change in the light of government announcements to all universities. For general information please visit Undergraduate Fees.

Scholarships/sponsorships: Manchester Success Scholarship. More in About the course.

Academic department: School of Materials

Related website: www.manchester.ac.uk/materials
Contact email: ug-textiles@manchester.ac.uk
Contact telephone: +44 (0)161 306 4149
How to apply: Apply through UCAS.
BSc (Hons) Textile Technology (Business Management)

This programme may also be studied with Industrial Experience or with Study Abroad.
Textiles is a vibrant and growing global industry, with a consistent demand for top-quality graduates. The continuing technical advancement of textile products results from the wide-ranging, innovative skills of textile scientists. Recent textile innovations include: high-performance sports equipment, clothing with micro-climate control, medical textiles, nano-fibres, flexible, multi-purpose body armour, and composite materials for aircraft, cars and civil engineering. In a sense we are creating "the fabric of life".

The Textile Technology (Business Management) programme is designed to provide a high-calibre, multi-disciplinary platform from which graduates may follow career paths into creating, managing and implementing the next generation of textiles innovations. To support these activities, Textiles and Paper offers an unrivalled diversity of manufacturing machinery and research equipment as well as focused knowledge in textile and business activities delivered by both academic and commercial specialists. Hence the next generation of textile business manager is provided with the creativity, skills and vision to create and deliver the textile products of the future.
What You Will Study

First Year Content

The first year provides the knowledge platform with lecture material based on fundamental subjects such as, the Nature of Materials, Fibre Properties, Yarn Production, and the Manufacture of Knitted and Woven Fabrics. Additional lectures in Mathematics, Physics, Chemistry and Computation further complement the scientific and analytical programme. To effectively develop the skills of the technologist, laboratory sessions are integrated into studies alongside lectures and seminars. The study programme also incorporates Introduction to Textile Management, Accounting Techniques and the Business Economics behind Textile and Clothing Operations to ensure a fundamental understanding of the business and markets.

Second Year Content

Having established the foundations of the technology programme students expand their knowledge into Colour Science and Production Technologies. However reflecting the nature of the business skills required for industry and commerce, the programme's focus moves to interface business and management and incorporates Introduction to Work Psychology, Accounting for Manufacturing, Law in a Management Context, and Microeconomics for Textiles and Clothing.

Final Year Content

In the final year students are taken to the leading edge of textile science and technology and its possibilities as a "fabric of life" material. In addition to studying advanced concepts in Computerised Fabric Design, Technical Textiles, Textile Finishing, Nonwovens Technology, Advanced Fabric Production and Production Management, the impact and application of global textile markets and human resource management are explored with Production Management, Technology Enterprise with Tool and Techniques, Marketing: Foundations and Applications, Operations Management, Organisations, Management and Technology incorporated into the programme.

During the Final Year students undertake an extended project which continues throughout the academic year and is designed to enhance their research and analytical abilities, and develop their personal skills. Recent projects have included such diverse areas as ink-jet printing, the recycling of textile fibres, ethical textile management, computerised clothing design for the disabled and innovative management and marketing. Such work can evolve into major research projects, with final year students having the opportunity to continue into specialised postgraduate research.
Career Opportunities

Our Textile Technology (Business Management) graduates are eagerly sought after by employers, with graduates entering into research and production management in the textile, chemical, engineering and clothing industries. Companies which have recently employed our graduates include such international organisations as Ciba Geigy , Clear Edge, Coats Viyella, DERA and Marks and Spencer . As the textile industry responds to the global need for fibrous-based materials to answer the need for performance and innovation, the textile business manager will also increasingly be found developing their careers well outside the traditional textile sector.
Contact

For further information contact Ruby Bains

o 0161 306 4149
o ug-textiles@manchester.ac.uk
Entry requirements and how to apply
UCAS course code: J4NF
UCAS institution code: M20

Degree awarded: BSc

Duration: 3 years

Typical A level offer: Grades ABC.

Course fees: Tuition fees for Home/EU students commencing their studies in 2009 will be approximately £3250 per year. These fees will be subject to change in the light of government announcements to all universities. For general information please visit Undergraduate Fees.

Scholarships/sponsorships: Manchester Success Scholarship. More in About the course.

Academic department: School of Materials

Related website: www.manchester.ac.uk/materials
Contact email: ug-textiles@manchester.ac.uk
Contact telephone: +44 (0)161 306 4149
How to apply: Apply through UCAS.

Please let me know if you require any further information or clarification of the information provided.

Regards
Mary Clare



Mary Clare
Records Officer
Records Management Office
The University of Manchester
Room G.011
John Owens Building
Oxford Road
Manchester
M13 9PL
Tel: +44 161 275 5782
Fax: +44 161 275 8402

THE ONLY UNIVERSITY WHICH HAS RESPONDED PROMPTLY TO MY E-MAIL.

They do not have the syllabus for TECHNICAL TEXTILES.


Monday, February 25, 2008

[ PROJECT KNITTING FOR THEHNICAL TEXTILES - 3 ]


Features of Knitting Machine

Unique design to let concentric circle on same point forever which leads the main gears runs in a parallel roundness. It can make the knitting machine much more durable.
The driving gears are immersed in the German lubrication oil to lowest the friction
The cylinder can be micro-adjusted by 3 sets handler-system which is convenient for knitters
Pre-Pressed system of main cylinder which enhance the stability when fabric knitted
Features of TY-Actuator-System°G

The unique Piezo-Electric-Actuator & Software Pattern System is durable and stable when jacquard knitting
The moduralization of Actuator system is convenient for knitters. As it can be disposable for the new replacement
The Software Pattern System in knitting machine is so friendly to learn easily
3-way technik of needle actuator is equiped on Computerized Single (Double) Jersey Jacquard
2-way technik of needle actuator is equiped on Computerized Terry Jacquard
Standard Equipments for Knitting Machine

Magnetic Yarn Feeder System for Knitting Machine (Taiwan made)
Oil System
360 degree Radar Cleaning System
Internal Fluff Blower of needle area A.C Motor with Inverter Controller for Knitting Machine
3 sets handlers for manual inching of cylinder
Needle Fault Detector for Knitting Machine
Memminger Creel & Tube 120 section fabric winder & take up system
Auto Safe Gate System
Knitting Machine Spare parts, etc.
Available Knitting Machine Options

Memminger P-5 /† Uniwave
Lycra Yarn Feeder System for Knitting Machine
High Legs Fabric Winder System
IRO, SFT / SFE"
Different kinds of Fabric Winders Fabric Scaner System
we need a machine of such make or a superior machine in a Technical textile Mill

Source;

http://www.tmgvision.com

Saturday, February 23, 2008

[ PROJECT TECHNICAL TEXTILES - 2 ]


Wolfgang D. Schindler Peter J. Hauser “Chemical Finishing of Textiles”

CRC | 213 pages | 2004-08-23 | 084932825X | PDF | 1.9MB

With about twenty different types of chemical finishes and several thousand finishing agents, chemical finishing professionals require a solid basis of textile chemical knowledge and technical understanding, as well as some practical experience. Chemical Finishing of Textiles fulfills this need by describing all of the important types of chemical finishers and emphasizing the fundamentals rather than specific recipe and procedure proposals . It covers the advantages and disadvantages, application conditions, compatibility and combinability, testing methods, and practical tips of every important type of chemical finish. The text pays particular attention to the interplay between chemical structures and the effects of finishing products.

ADVISING THIS BOOK AS A TEXT BOOK FOR THE STUDENTS OF TECHNICAL TEXTILES.(COMPULSORY)

[ PROJECT TECHNICAL TEXTILES - 1]

THE LAY OUT PLAN OF MACHINERY.

THE PLAN WILL BE PUBLISHED SEPARATELY DUE TO FINANCE PAYMENT ARRANGEMENTS NEEDS FOR THE BLOGGER.

[ PROJECT SITE PLAN SECTION - 15 K ]





6 COLOUR FABRIC PRINTING MACHINE.

THIS MACHINE WITH MANY ACCESSORIES NEEDS A SEPARATE DEPARTMENT WITH A DEPARTAL HEAD AND ASSISTANTS AND SKILLED LABOUR.THE PRODUCTION OF THE MACHINE IS DEPENDING ON THE NUMBER OF COLOURS AND PERCENTAGE OF COVER.

Friday, February 22, 2008

[ PROJECT SITE PLAN SECTION - 15 J ]




Label Printing Machines.

We offer a comprehensive range of label printing machines that exhibit highly advanced features thus making them efficient. These machines are available in different models thus giving a wide variety of option to choose from. They are made under the able guidance of our expert engineers thus assuring good service.



Fabric Label Printing Machine.


The flat-bed fabric label printing machine has many features like:


* Precise magnet force adjustment(0 to 100%)

* Custom Austromaquinas Software.

* An electronic blanket and screen drive.

* Austrowash independent blanket washing system.

* Water recirculation and filtering.

* Direct exit to vaporizer or dryer.

* Low maintenance cost, durability.

* Easy Availability of spare parts in market.

WHY DO WE NEED THIS MACHINE?,YOU SHOULD THINK OF THE LABELS USED IN READY MADE GARMENTS,BED SHEETS,TOWELS,PILLOW COVERS,NAPKINS,USED BY GOVERNMENT,PRIVATE HOTELS,GUEST HOUSES,RESORTS,HOSPITALS,VARIOUS CLUBS OF ALL KINDS AND UNIFORMS OF ARMY,NAVY,AIR FORCE,SECURITY PERSONAL,BSF,CRF,AND MANY OTHERS WHO NEED LABELS OR LOGO'S FOR THEIR USE.AT PRESENT THIS AREA IS ALL MONOPOLY OF PRIVATE AGENCY'S AND IF A UNIVERSITY IS ABLE TO SUPPLY THESE LABELS WILL IT NOT ADD REVENUE TO THE COLLEGE.THIS IS ALSO A TEXTILE TECHNOLOGICAL INVENTION OF TECHNICAL TEXTILES.TO INCLUDE THIS MACHINE WILL BENEFIT THE COLLEGE MILL IN THE LONG RUN FINANCIALLY.BESIDES IT WILL HELP STUDENTS TO LEARN THIS TECHNOLOGY OF THE MACHINE IMMEDIATELY.

SOURCE:

http://www.indiamart.com

[ PROJECT SITE PLAN SECTION - 15 H ]

FABRIC DYEING MACHINE WITH A DIAGRAM OF FABRIC PASSAGE IN THE MACHINE.



Exclusive Features :


* CAPACITY : 300 - 400 Kg. (Single Tube)

* LIQUOR RATIO - 1:1 (Wet Fabric)

* Dye - 30 To 450 Grms./Mtr. Sq. Fabrics (Polyester, Polyester blends, Woven & Knitted Fabrics)

* HIGH TEMP. - UP TO 140.° C.

* FABRIC SPEED - 300 Mtrs./ Min.

* LOOP LENGTH - UP TO 3000 MTRS. IN POLYESTER FABRIC.


Fully Automatics :


* PLC base automation with graphical display and PID control.

* Moderate and auto control liquor ratio.

* Digital level controlling system for accurate control dozing.

Source:

http://devrehka.com

Wednesday, February 20, 2008

[ PROJECT SITE PLAN SECTION - 15 G ]

TECHNICAL TEXTILE STUDENTS MUST VISIT SUCH NONWOVEN PLANTS.

AUTOMATIC NONWOVEN FABRIC PACKING MACHINE.

Nonwoven Fabric Rolls.


Automatic Fabric Roll Packing Engineering:

Automatization is a main trend in the development of the nowadays’ word. There is a gap at home in the fabric inspecting and packing engineering. The nation is dependent on importation from abroad for the equipments needed. In response to the domestic demands our company has designed and developed this set of fully automatic fabric fabric inspecting and packing engineering which can be applied in the supporting almost of any cloth-inspecting and rolling machines of both China and foreign makes to accomplish the finishing of the fabrics and also is in position to construct the packing engineering series in different specification to customers’ adherent and different functional requirement, provide them with exquisite equipments and best services.

 

Main Technological Process of the Packing Engineering:

Accomplishes the rolling and inspecting procedures from the cloth-inspecting and the cloth-rolling. Accomplishes the batching and color separation from the cloth-inspecting, rolling to the cloth-storage conveyor. Finishing the cloth-storage engineering is followed by automatic entry into the cloth-belt conveyor ; The cloth-feeding belt conveyor carries the cloth into the PE film automatic packing machine for the automatic packing procedure ; At finishing the packing, the cloth is carried from the middle section belt conveyor to the end section belt conveyor ; The end belt conveyor carries the packed cloth to the thermal shrinkage machine ; The thermal shrinkage machine contracts the PE film from all sides to attain a compact and neat packing ; The cloth exit roller conveyor cools down the finished product after being shrunken and carries the cloth to the cloth storage table. The cloth storage table gives a second cooling to
the shrunken product and a short time storage on itself for the cloth rolls that are still not stacked, yet. Note :The number of both the cloth cloth feeding conveyor and the storage
conveyor is subject to the customer’s requirement.
 

Main Equipments the Packing Engineering:
◆ Inspecting-rolling machines: 4-8 units
1unit of fully automatic PE packing machine.
◆ Cloth-introduction belt conveyors:4-8units
Cloth-exit belt conveyor :1 unit
◆ Thermal shrinkage machine : 1 unit
90°rolling conveyance cloth overturning machine :1 unit
Cloth overturning table :1unit
For the -marked items the number of composition depends on the actual need. Each unit of the fully automatic PE packing machine performs a monthly output as much as 4 million meters .


Main Composing Equipment Specifications:
◆ Packing machine dimension :( L×H×W ) 4000mm×2200mm×2700mm
◆ Heat-Shrink machine dimension :( L×H×W ) 3500mm×1700mm×800mm
◆ Packing speed : 5-7 rolls / min max.
◆ Applicable packing range : Rolling diameter : Φ100mm~600mm
Circular roll length :900~2400mm
Sheet rolling size :Thickness lower than 300mm
◆ Power : a.3-phase 380V
b. Packing machine master unit total power : 11kw ( actual power 6 kw )
c. Thermal shrinking machine power : 26 kw ( actual power 11 kw )
d. Roller conveyor : 0.18kw
e. Belt conveyor : 0.18kw
◆ Compressed air : a. Pressure 5-7kg / cm2
b. Air amount : 0.5m3 / min ( equivalent to 5HP air-compressor )
( Power and air supply are to buyer’s preparation )

Tuesday, February 19, 2008

[ PROJECT SITE PLAN SECTION - 15 F ]

A SAMPLE OF NONWOVEN FABRIC .Non Woven Fabric

Explain:This products are widely used for making all kinds of bags, the color, gsm, and width can be decided by customers' demand by the Manufacturer.






Specially designed to produce Duck Bill masks by ultrasonic welding, from feeding raw materials and nose wire, folding to welding ear-loop. All making programs are automatic.


OF THE MANY MACHINES IN NONWOVEN MACHINES.

These two machines will perhaps bring in sufficient export orders besides being of use in technical textile education.

[ PROJECT SITE PLAN SECTION - 15 E ]



TECHNICAL TEXTILES NONWOVEN MACHINERY

We need a separate shed for these machines,the above machine is for production of nonwoven pillow cases used in Aircraft.Hospitals and Hospitality Industry.

The production capasity of these machines is 20 to 40 pieces per minute.

[ PROJECT SITE PLAN SECTION - 15 D ]



THE NEXT PROCESS IS IN THIS MULTI PURPOSE WASHING MACHINE WE NEED TO USE FOR WASHING GRAY WASHING AND OTHER WASHES OF FINISHED FABRICS.

Open Width and combined Rope – cum – Open Width executions for washing – off printed fabrics, for developing dyed fabrics, washing mercerized fabrics etc. Working Width 1200-3000 mm.

Machine manufactured by SWASTIC Gujarat State - INDIA.

Monday, February 18, 2008

[ PROJECT SITE PLAN SECTION - 15 C ]

Cloth Folding Machine After Inspection.

WEAR HOUSE


Cloth Inspecting Machine for Quality.
FOLDING AND INSPECTING OF WOVEN CLOTH.

The woven cloth from the weaving department must be Inspected and folded in required lengths with appropriate washable markings about the cloth quality.There will also be washable markings in the weaving department:

[1]About the cloth quality.

[2]On which machine it is woven,machine number.

[3]On which date it is woven.

[4]In which shift it is woven.

[5]The ID of the person who has woven.

[6]Other coded instructions which can be understood by the department to which the cloth would be sent.
THESE ARE GOOD OLD METHODS BUT EFFECTIVE TO PREVENT ANY SUB STANDARD CLOTH BEING PROCESSED WHICH WOULD INCREASE THE COST OF CHEMICALS AND DYES.

THE CLOTH IS THEN FOLDED OR ROLLED AND SENT TO THE NEXT DEPARTMENT.

Saturday, February 16, 2008

[ PROJECT SITE PLAN SECTION - 15 B ]

WEAVING.



We have to call the major weaving machinery manufacturers of global reputation and tell them our needs to produce all types of fabrics to manufacture - Wide Width Fabrics for Bed Spreads,Extra width fabrics to meet Industrial and specific needs of customers,Shirtings,Suitings,Canvas fabrics,Tarpaulins,Water proof Umbrala fabrics,Fabrics for Tents and Foot wear and Ever Changing Auto Industry continues needs.Each Loom having different manufacturing designs,it will be necessary for us to sit with the manufacturers and give them our production required in each type of fabric.This will enable the Loom manufacturers to give us the required number of Looms for each type of fabric,Of different types of Looms and price estimate.

A market survey on the selling prices of each type of fabric and our cost of production would give us a idea on the profit or loss we would be incurring on the cost per meter of the fabric. It is here the Marketing Division need consultation to ensure there is no loss making product is manufactured.

THE BRAND NAME PLAYS A LARGE PART IN THIS AREA.

IT IS THEREFORE ESSENTIAL TO GET A INTERNATIONAL BRAND ON OUR PRODUCTS.

Wednesday, February 13, 2008

PROJECT SITE PLAN SECTION - 15 A

WEAVING PREPARATORY.



Machinery Required.

[1]High Speed Warping Machine to wind Warp Beams of Max Size with Creel to take Large Cones weighing up to 2 KG with Dust Suction arrangements and Stop Motion at the Cone end itself in case of yarn break,Electronic Counters Which shall Stop the Machine at set lengths and indicate lights for the same as also creel yarn break lights.

[2]Suitable Fork Lift trolley to transport these Full Beams.

Beam stocking Mechanically Auto Loading,Stocking up to required Beams,Unloading when required with electronically control panel.

High Speed Sizing Machine with 9 Drying Cylinders [ Horizontal / Vertical ] with Auto Size Mix Feed & Size Tank including Double Squeeze rollers in Size Tank.

[3]As in [2]Equipment.

[4]Auto Drawing In Machines.

[5]As in [2] For Stocking Reeds & Healds.

Quotations to be sent as shown in Project Site Plan 15.

Tuesday, February 12, 2008

[ PROJECT SITE PLAN SECTION - 15 ]

FOR SPINNING


INVITING ALL TEXTILE MACHINERY MANUFACTURES IN INDIA AND ALL COUNTRIES TO SUBMIT QUOTATIONS FOR MACHINES SUCH AS:


[1]BlowRoom with Chute feed arrangements and Bypass provisions to process all types of fibers natural and Man made,indicating every specifications required and price Ex site.

[2]High speed Carding machines with maximum productions achievable.
[3] Complete set of COMBING MACHINES,with 16 combers(High Speed most modern in all areas of working with out general frequent cleaning.

[4]High Speed Draw Frames with 6 Can Changers automatically,including suction and Stop Motions for Front,Back,Drafting Zone,Electronic Production Counters,FRS Indicators,Change wheels to process hank from 0.120 to 0.220 and Change pulleys for speeds from 600 to 1000 or more as per machine capacity.

[5]High Speed Simplex machines with 14 inch lift and Auto doffing equipped,over Head cleaners,Individual Pneumatic suction,Continuous cleaning for top rollers,Electronic End break stoppage,Front and Back,Production Counters,Speed Indicators,Change Wheels for hanks from 1.0 to 3.5.

[6]Ring Frames with 1000 spindles with drafting system to spin 14 to 120 Counts,Individual stop motions Front & Back,Ring diameter 43mm dia,High Speed Spindle of type suitable Counts mentioned,Production and Speed Counters,Over Head Cleaners and Creel with 6 rows of Suspended Creel with Bobbin Covers and Slow speed Start and self piecing in case of end breakage.

[7]High speed Auto Winders with individual self splice piecing,over head cleaners,Auto doffing and piecing for pre fixed lengths,Control Panel indicating Yarn defects and evenness.Including provision for 2/3/4 folded yarns.

[8]High speed Two for One Twisters with any types of Cones with Over Head Cleaners,Production and Speed Counters.

[9]Complete Yarn Testing Machines for single and folded yarns Including Appearance Testing Ring Cops and Cones.

ALL MACHINES WITH MOTORS AND CONTROL PANELS.COLORED LIGHTS INDICATING MACHINE POSITION,AND SAFTY GUARDS.

Single Yarn Winders with self piecing and Elctronic yarn defects Cleaners.

Yarn Doubling Machines 8 inch lift spindles,1 & 3/4" High Speed Rings,Over Head Cleaners,Yarn Break Stop Motions,Production,Space Required for each Machine and Speed and Production Counters.

Quotations to be sent to:

Consultex Associates

"Narasimha Krupa"

987/24.1st,Main Road

M C Layout

Vijayanagar

Bangalore - 560040.
INDIA.

This is not an advertisement but sample needed for project.

Sunday, February 10, 2008

[ PROJECT SITE PLAN SECTION - 14 ]




Needling Loom for Nonwovens made by M/s.Shoou Shyng Machinery Co Ltd.


WELCOME TO VISIT.TAIPEI TITAS2006 TAIPEI INNOVATIVE TEXTILE APPLICATION & TEXTILE MACHINE SHOW.OCT.3-5.2006.SHOOU SHYNG MACHINERY CO.,LTD.BOOTH A1319.TAIPEI WORD TRADE CENTER(EXHIBITION ZONE A.& D,HALL I)
When our first needling loom was released to the market in 1977, we had decided to play a constructive role in the nonwoven fabric industries. As a result of ceaseless efforts in research and development, we were able to up grade our looms to 2,000 strokes per minute. This also greatly increased customers' reliance on the quality and efficiency of our machines. In July, 1987, our looms were successfully sold into the Japanese market. There were well accepted immediately by the customers there, and enabled us to obtain a commitment for over 130 sets over the next 10 years. We deem this to be a great break-thru, but we are also fully aware that a harder challenge is still ahead of us. Our machines are installed in over half of the world including Taiwan, Japan, Korea, Mainland China, Hong Kong, Thailand, the philippines, Indonesia, Malaysia, India, Nepal, the U.S., Egypt, the U.K., Holland, Germany, etc. We firmly believe that quality is the best sales ads. Under the management principles of the company, Honesty, Faithfulness, Precision and Definitness, we shall maintain the same manner as we always do to appreciate our customers with harder work and better products.

* Factory Location: Taipei, Taiwan
* Established in:1977
* Capital: USD1,200,000
* Annual Sales: USD8,000,000
* No. of Employee: 35
* Business types:
o ODM Manufacturer
* Markets:
o East Asia
o Northern America Western Europe Eastern Europe/Russia Mid-East/Africa




Nonwoven Machine.




Production Line for The Base Cloth of Synthetic Leather.


Specifications:

* Product:
o Man made leather, Base cloth of synthetic leather (product widths 150 inch)
* Raw materials:
o Polyester, (P.E.T.), Nylon, fine, microfiber
* Function:
o Carding capacity: 1.5 ~ 3 Denier, 320 ~ 400 Kg/Hr
o Needling density: 1M/min=5520 needles/cm^2 ; 6M/min=920 needles/cm^2
o Production speed: 1M ~ 6M/min
* Capacity:
o 3D x 500 / gm^2 x 1840 needles/cm^2 x 3M/min=720 m^2/Hr
o 3D x 250 / g/m^2 x 920 needles/cm^2 x 6M/min=1440 m^2/Hr
* Total driving power
o 600HP, Heater 100 KW (not include after treatment)
* Dimension of machine install: 60M (L) x 30M (W) x 5M (H)
* Area of factory: 50M x 75M
* Labor: 6 persons (per shift)
Features:

* The total machine construction is vibration free requiring no foundation and provision of ease of installation.
* Automatic forced lubrication of all main bearings combined with unique protection devices assures free from damage to the machine.
* Stroke frequency and output speeds are displayed by LCD.
* Needling density adjusted by control of strokes and PIV or motor controlled draw rolls.
* Limit switches are utilised for safety of needleboard, stripper and bedplate positions.
* Removal and replacement of needleboards are quick and simple.
* Stripper and bedplate adjustment have accurate and easy adjustment through driven screw jacks.
* Safety covers on the machine transmissions protect from injuries.
* Machine controls are provided on a separate station or integrated to your own line requirements.
* The machine itself is of extremely solid design, durable with a very low maintenance requirement. The excellent design, engineering combined with use of precision high grade components and materials will give many years of trouble free operation.

No Type Machine Name Power Q'TY
A1 TYD-80 Hopper Machine 3.25HP 4
A2 TYA-1380 Carding Machine 14Hp 4
A3 TYG-8090 Setting & Cross Lapper Machine 5Hp 4
A4 TYA-1390 Carding Machine 14Hp 4
A5 TYG-9000-48 Flat Cross Lapper Machine 7.25Hp 4
B1 SFPE-450 Feeding Machine N/A 2
B2 SNP-450SH-1.5 Pre-Needle Punching Machine 32.5Hp 2
B3 SC-450 Edge Trim Machine 2Hp 2
B4 SUN-430SH-9X2 Double-Side Needle Punching Machine 80Hp 4
B5 SCW-430 Trim & Winding Machine 2.2Hp 1
B6 SMR-450 Magnetic Roller N/A 2
B7 SMR-430 Magnetic Roller N/A 4
C1 HPC-4300-3 Calender 14Hp 1

Ordering information:

* Minimum Order: Unlimited Send a Questionnaire
* TEL: 886-2-29012245~8 (4 Lines)
* FAX: 886-2-29041366
Copyright (C) Shoou Shyng Machinery Co., Ltd.. All rights reserved.
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Website:


http://www.shoou-shyng.com

Saturday, February 9, 2008

PROJECT SITE PLAN SECTION - 13

TEXTILE MACHINERY

FOR:



OPENING.



SPINNING.


WEAVING


KNITTING


TESTING.


AND PROCESSING.





VISIT MY BLOG:

http://engineeringtextilesforindia.blogspot.com

Friday, February 8, 2008

[ PROJECT SITE PLAN SECTION - 12 ]

The non woven Machine requirements.
[1] Space required.
[2] Power required.
[3] Humidification.
[4] Location of the Plant.
[5] Production plan.
[6] Raw material required.
[7] Machine type.
PRODUCTS THAT CAN BE MANUFACTURED.
[1] Chemical bond Nonwoven - for interlining - web forming.Fabric - Foaming bond,Flower wrapping.
[2] Embroidery backing with Airlaid web forming.
[3] Thermobond Nonwoven Fabric - For medical textiles.
[4] Microdot Nonwoven interlining - 100 % Polyester/Nylon with quilting.
[5] Needle Punch Nonwoven Mop,HARD,FABRIC & DUSTER.felt fo embroidery,For Exibition Carpet.
[6]Needle punch Nonwoven Fabric - Mesh.
[7] Geotextiles Nonwoven Fabric (Needle punched)
[8] Spun lace Nonwoven Fabric.-Mesh.
[9] PP Spunbond Nonwoven Fabric - Meltblown SMS ( Spunbond/Meltbond/Spunbond)
[10] Stitch Knitting Nonwoven Fabric ( Warp Knitting ) for Furniture and Table Cloth.
[11] Hot water - Soluble Nonwoven.
[12] Cold water - Soluble Nonwoven.

Saturday, February 2, 2008

PROJECT SITE PLAN SECTION - 11



The required Humidification can be of this type.

Textile Humidifier Enhanced.

1/30/2008.


JS Humidifiers has recently developed its leading textile humidifier, the JetSpray, to include many new features. The JetSpray compressed air and water humidifier now has a remote user interface, an increased capacity from 300 to 600 litres per hour, multiple humidity sensor inputs for larger areas and improved hygiene technology.


The JetSpray has been proved to increase production efficiency in the textile industry by up to 30% by maintaining the atmosphere in processing facilities at the correct relative humidity. This not only eliminates static build-up during manufacturing, but improves regain, maintains product weight and elasticity, and helps prevent yarn breakage.


The humidification system was initially launched by JS Humidifiers over 25 years ago and has been humidifying industry around the world ever since. The humidifier consists of a control panel that feeds compressed air and water to rows of nozzles that produce sprays with droplets just 7.5�m in size. These sprays are extremely fine and rapidly evaporate raising the humidity to the required level.


The new easy-to-use remote interface makes controlling the output of the system much easier. It can be positioned up to 100m away from the control panel and shows current ambient humidity/temperature as well as the desired humidity set-point. On/off timers can be set at the push of a button and a diagnostic system gives indication of service requirements and operational errors.


The JetSpray can now provide up to 600 litres of water per hour to an atmosphere from a single control panel, which is enough to humidify an area of around 100,000m3. Multiple control panels can be used to humidify areas larger than this.


Hygienic operation of the JetSpray is guaranteed with the use of new automatic flush cycles, eliminating the possibility of water stagnating in the system. These cycles can be adjusted depending on use to ensure water consumption is kept to a minimum. Also a PureFlo Ag+ silver ion dosing system, incorporating a new self-regulating antibacterial material, is now attached to the in-coming water supply. This prevents microbial build-up in the water and has a strong residual effect throughout the pipework.


The JetSpray can run on mains, demineralised or softened water and has the lowest air consumption of any air/water spray humidifier. It is very easy to install and new commissioning software on the remote interface makes it simple to set up.


SOURCE: JS Humidifiers.


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