Department of Textiles, Graphic Arts and Design (OTO, TOI, IGT)

The Research Infrastructure Centre of the Faculty of Natural Sciences and Engineering (NTF) offers research equipment of NTF that is also located at the Department of Textiles, Graphic Arts and Design (OTO, TOI, IGT)

Department of Textiles, Graphic Arts and Design
OTO, TOI, IGT

Snežniška ulica 5
SI-1000 Ljubljana

Tel: +386 1 200 32 00
Fax: +386 1 200 32 70
E-mail: info@ntf.uni-lj.si

Equipment

Absorption UV-VIS spectrophotometer Cary 1E+


(Varian, Avstralia)

Responsible person:

  • prof. dr. Petra Forte Tavčer
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 416
  • Tel: +386 1 200 32 93
  • E-mail: petra.forte@ntf.uni-lj.si

Purpose of equipment:

The UV-Vis spectrophotometer is used for measuring of light absorption in ultraviolet and visible range of spectra, from 190–800 nm. It is used for concentration determination of dye or other substances concentration, for observation of reaction kinetics and for observation of dye bath exhaustion. With the integrating sphere, measurements of transmission and reflectance are also possible on flat samples. These parameters give us useful information when we are interested in sun protection characteristics of textiles.

Price of equipment use*:

  • Outside users: 36.00 €/hour
  • Users inside UL: 29.00 €/hour

*Vat not included; work of technician not included in prices.


Absorpcijski-UV-VIS-a

UV-VIS


TOC Shimadzu TOC-5000A+


(Shimadzu, Japan)

Responsible person:

  • prof. dr. Petra Forte Tavčer
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 416
  • Tel: +386 1 200 32 93
  • E-mail: petra.forte@ntf.uni-lj.si

Purpose of equipment:

The TOC analyser enables us to determine the amount of total organic carbon according to the international standard (ISO 8245). The TOC value is one of the important ecologic parameters with which we can estimate the rate of wastewater burden. Concentration of TOC in mg/l can be calculated as the difference between the value of total carbon (TC) and the value of inorganic carbon (IC). Each parameter is determined from calibration curves from the amount of CO2, detected by the IR detector.

Technical features:

  • combustion temperature: 680 °C
  • detection range: 4 ppb – 4000 ppm.
  • includes IR detector and an automatic injector system
  • volume of introduced sample: 50 μl

Price of equipment use*:

  • Outside users: 36.00 €/hour
  • Users inside UL: 29.00 €/hour

*Vat not included; work of technician not included in prices.


aparat_za_dolocanje

aparat_za_dolocanje2

aparat_za_dolocanje3


Air permeability tester Air-Tronic B+


(MESDAN, Italy)

Responsible person:

Purpose of equipment:

Air-Tronic is an electronic instrument to determine the air permeability, i.e. speed of the air flow that passes vertically through the sample under preset and known testing conditions. It is used for woven, knitted and non-woven fabrics, industrial fabrics for technical use, artificial leather, felt, velvet and paper. The instrument is equipped with a printer.

Technical features:

  • testing area: 2, 5, 10, 20, 38, 50 and 100 cm²
  • pressure drop: from 0 Pa to the max value 900 Pa
  • measuring volume: 10 litres or 100 litres
  • air permeability measuring unit: mm/s, m/s or l/min

Price of equipment use*:

  • Outside users: by agreement
  • Users inside UL: by agreement


prepustnost2

prepustnost1


DMA Q800 Dynamic Mechanical Analyzer+


(TA Instruments, ZDA, Delaware )

Responsible person:

Purpose of equipment:

The dynamic mechanical analyser or DMA has equipment that mechanically causes deformation of the sample made of various materials and measures its response. The so caused deformation may be sinusoid, constant, graduated or with constant speed. Twenty different parameters as measurements of responses can be monitored as a function of temperature and time. The DMA experimental technique provides measurements of mechanical viscoelastic properties of various materials. Many materials including fibres and other polymers respond as elastic solid matters and viscous liquids and that is why they have viscoelastic properties.

Practical examples: measurements of Tg and secondary transitions, effect of frequency on modulus and Tg, effect of fillings, additives and adhesives, influence of technological processes, stabilities of dimensions, creep, relaxation tension, thermal mechanics, prediction of material response in a wide frequency range and time.

Technical features:

  • Year of manufacture: 2006
  • Temperature range: – 150 to + 600 °C, also in different fluids to 80 °C
  • Velocity of heating: 0.1 to 20 °C/min
  • Velocity of cooling: 0.1 to 10 °C
  • Isothermal stability: ± 0.1 °C/min
  • Tension range: 0.0001–18 N, separability: 0.0001 N
  • Deformation separability: 1 nm
  • Modulus range: 10 E+3 to 3 x 10 E+12 Pa
  • Movable length: 25 mm, dynamic move range: ± 0.5 to 10 mm
  • Movement sensor: Linear optical encoder
  • Frequency range: 0.01 to 200 Hz
  • Tan delta sensitivity: 0.0001, separability: 0.00001
  • Rigidity range: 10 to 10 E+7 N/m for all clamps

Access of equipment:

  • The equipment is available upon agreement; access time is dependent on equipment use. Reservation and information: barbara.golja@ntf.uni-lj.si.

Price of equipment use:

  • skilled user: 36.69 €/hour
  • additional costs of operator from the research organisation (non-skilled users): 10.00 €/hour


DMA

DMA2

_DSC0356-001


Tensile testing machine - Instron 5567+


(Instron, UK)

Responsible person:

  • prof. dr. Diana Gregor Svetec
  • Chair of Information and Graphic Technology
  • 3rd floor, room 318B
  • Tel: +386 1 200 32 72
  • E-mail: diana.gregor@ntf.uni-lj.si

Purpose of equipment:

The tensile testing machine enables the measurements of tensile properties of different materials (textiles, paper, board, polymeric materials). Measurements can be analysed with a computer program BlueHill, which is designed for such measurements and enables us indirect insight into inner changes and occurrences in material structures as a consequence of tensile testing. With this program, it is also possible to interpret measured results later. Besides tensile tests, it is possible to perform tests of compression, bending, etc. The machine includes a climate chamber with temperature range between 20°C and 80°C and relative humidity between 30 % and 80 % and a chamber with a temperature range between -70 °C and +250°C.

Access of equipment:

The equipment is available upon agreement; access time is dependent on equipment use. Reservation and information: lidija.cerne@ntf.uni-lj.si

Price of equipment use:

  • skilled user: 30.98 €/hour
  • additional costs of operator from the research organisation (non-skilled users): 10.00 €/hour


dinamometer_1

dinamometer_2

dinamometer_3


FT-IR spectrometer+


(Perkin Elmer, UK)

Responsible person:

  • assoc. prof. dr. Andrej Demšar
  • Chair of Textile and Clothing Engineering
  • Tel: +386 1 2003261
  • E-mail: andrej.demsar@ntf.uni-lj.si

Purpose of equipment:

The FT-IR spectrometer includes FT-IR spectrometer “Spectrum GX I” and FT-IR microscope Avtoimage. Infrared spectroscopy is a non-destructive analytical technique that enables us to identify the chemical and partially the physical structure of substances (identification of functional groups in molecules). With the FT-IR spectrometer and the microscope, qualitative and to some extent quantitative analyses of unknown materials can be made; various modifications made by treatments can be monitored. It is appropriate for analysis of mainly organic materials, such as liquids, solutions, pastes, powders, thin films, coatings, fibres, papers, prints, colours, etc… It enables use of ATR and transmission methods of IR scanning in a range of 4000–500 cm-1. Operation of the apparatus is controlled through Spectrum and Image software for the FT-IR and microscope respectively.

Access of equipment:

The equipment is available upon agreement; access time is dependent on equipment use. Reservation and information: barbara.golja@ntf.uni-lj.si

Price of equipment use:

  • Skilled user: 37.66 €/hour
  • Additional costs of operator from the research organisation (non-skilled users): 10.00 €/hour


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DSCN1683-002

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Gyrowash 815+


(James Heal, UK)

Responsible person:

  • prof. dr. Barbara Simončič
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 412
  • Tel: +386 1 200 32 31
  • E-mail: barbara.simoncic@ntf.uni-lj.si

Purpose of equipment:

Gyrowash 815 is a testing instrument for evaluating colour fastness to washing, dry cleaning and chlorinated water, staining potential and durability of fabrics under accelerated wash conditions, according to European and American standards: AATCC Test Method 61; EN 20105 C01 – C05; ISO 105 C06, C08, C09, C10, C12, D01, E03, X05; ISO 11643; M&S; FTMS; NEXT TM and WOOLMARK TM.

Unlike the vessels of most other wash-wheels, no conversion parts or securing bars are required for fixing them on the rotor. Instead, all the test vessels incorporate a Push and Twist feature that enables the operator to effortlessly and rapidly remove and replace them on the rotor.

Technical features:

  • max. bath temperature: 95 °C
  • rate of temperature rise: 1.5 °C/min
  • rotational speed: 40 ± 2 rpm
  • volume of test vessels: 500 ml
  • number of test vessels: 20

Price:

  • Price for 1 wash (1 dirt, 1 powder, 1 temperature), which also includes the processing of the results, is 10.00 € (excluding VAT).


Gyrowash

Gyrowash3


Laboratory Jet JFL and Lab Jumbo Jet JFO+


(Werner Mathis, Switzerland)

Responsible person:

  • assist. prof. dr. Mateja Kert
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 414
  • Tel: +386 1 200 32 34
  • E-mail: mateja.kert@ntf.uni-lj.si

Purpose of equipment:

The laboratory jet-dyeing machine JFL is a combination of dying machine and apparatus where both the material and the dye bath are in motion. The dyeing procedure can be controlled manually or by programming. It enables good reproductive ability of dyeing procedures.

Technical features:

  • max volume: 6 l
  • adjusting temperature: to 135 °C
  • optional dye bath ratios

Price of equipment use*:

  • Outside users: 42.00 €/hour
  • Users inside UL: 34.00 €/hour

*Vat not included; work of technician not included in prices.


Sobni_barvalnik

Laboratory padder+


(Mathis, Switzerland)

Responsible person:

  • prof. dr. Barbara Simončič
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 412
  • Tel: +386 1 200 32 31
  • E-mail: barbara.simoncic@ntf.uni-lj.si

Purpose of equipment:

On the laboratory padder, various modern finishing processes can be driven. Material is soaked into the finishing bath in finishing bed on both sides and then squeezed between squeezing cylinders. Finishing can be done in horizontal or vertical position and gives the padder multifunctional usability. The material can be connected to the drying machine and in that way the process can be continuous.

Technical features:

  • working width: 450 mm
  • working speed: 0.5-10 m/min
  • pressure adjustment of squeezing cylinders: 0-6 bar, excellent reproducibility
    of squeezing effects

Price of equipment use*:

  • Outside users: 36.00 €/hour
  • Users inside UL: 29.00 €/hour

*Vat not included; work of technician not included in prices.


fular2

Fular


Martindale Wear & Abrasion Tester M235+


(SDL International, UK)

Responsible person:

  • prof. dr. Diana Gregor Svetec
  • Chair of Information and Graphic Technology
  • 3rd floor, room 318B
  • Tel: +386 1 200 32 72
  • E-mail: diana.gregor@ntf.uni-lj.si

Purpose of equipment:

Martindale wear and abrasion tester was designed for measuring of resistance on friction of flat materials, such as knitted fabrics, nonwovens and laminated or coated textiles. Tendency of samples to pilling is also possible. During the analysis, the sample is exposed to controlled friction to standard fabric at relatively low pressure and constantly changing direction of measuring heads movement.

Price of equipment use*:

  • Outside users: 36.00 €/hour
  • Users inside UL: 29.00 €/hour

*Vat not included; work of technician not included in prices.


Martindale

Martindale1

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Flat knitting machine SES 122RT, gauge 12E+


(Shima Seiki, Japan)

Responsible person:

  • assist. prof. dr. Alenka Pavko-Čuden
  • Chair of Textile and Clothing Engineering
  • 2nd floor, room 219
  • Tel: +386 1 200 32 16
  • E-mail: alenka.cuden@ntf.uni-lj.si

Purpose of equipment:

SES122RT is a four-bed highly productive flat knitting machine with multiple transfer capability that enables shaping and integral knitting through the use of inside narrowing of various kinds of stitches. The machine has individual full jacquard needle selection for production of knitted designs with big repeats. The machine is equipped with intarsia feeders that ensure additional patterning options. The machine gauge 12E enables knitting of fine yarns. Maximum carriage speed in 1.2 m/s. Stitch density is electronically controlled and can be adjusted in 60 levels. Machine control and pattern design are supported by SDS design station.


Shima 1

Pletilnik3

simulacija XY 5

simulacija XY 2

pletivo 1

 

Cutting machine Wohlenberg 76+

Responsible person:

Purpose of equipment:

The Wohlenberg 76 is a professional cutting machine for cutting paper, boards and other sheet materials both in stacks or single units. The cutting width is 760 mm and the maximum possible feed is 110 mm.

Access of equipment:

The equipment is available upon agreement. Access time is dependent on equipment use. Reservation and information: klemen.mozina@ntf.uni-lj.si and primoz.weingerl@ntf.uni-lj.si

Price of equipment use:

  • for a professional trained user is 28.80 €/hour
  • additional cost of operator for untrained user is 10 €/hour
Shirley hydrostatic head tester+


(SDL Atlas, USA)

Responsible person:

  • prof. dr. Barbara Simončič
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 412
  • Tel: +386 1 200 32 31
  • E-mail: barbara.simoncic@ntf.uni-lj.si

Purpose of equipment:

The hydrostatic head tester is designed to measure the resistance of fabrics to water penetration under pressure. It can also be used for pore size measurements when special equipment is integrated. The water pressure can be simply adjusted with the potentiometer knob, and the measurements are readable from the digital screen. A specimen is subjected to a steadily increasing pressure of water on one side, under standard conditions, until penetration occurs in 3 places.

Technical features:

  • sample size: 100 cm2
  • pressure range: 0-1500 cm WG

Price of equipment use*:

  • Outside users: 36.00 €/h
  • Users inside UL: 29.00 €/h

*Vat not included; work of technician not included in prices.


Shirley

Spectrophotometer Spectraflash 600 PLUS+

(Datacolor, Switzerland)

Responsible person:

  • assist. prof. dr. Mateja Kert
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 414
  • Tel: +386 1 200 32 34
  • E-mail: mateja.kert@ntf.uni-lj.si

Purpose of equipment:

The spectrophotometer Spectraflash 600 PLUS is a two beam spectrophotometer for measuring of reflectance in visible spectra with a step of 10 nm. Instrument includes integrating sphere of radius 152 mm, which assures standard geometry of illumination d/8. Specular can be included or excluded. Light source is a pulsative xenon lamp, which in combination with different filters enables different standard lights (D65, A, F02, F50 and F55). It can be used for colour coordinates measurements according to standard EN-ISO 105-J01, calculation of standardized colour values and coordinates in different colour systems. Its software enables calculation of colour differences or whiteness degrees according to different equations.

Technical features:

  • separability of wavelength: 3 nm
  • spectral range: 360-700 nm
  • apertures: LAV – 26 mm measured, 30 mm illuminated,
  • MAV – 16 mm measured, 20 mm illuminated,
  • SAV – 5 mm measured, 9 mm illuminated,
  • USAV – 2.5 mm measured, 6.6 mm illuminated
  • reproducibility for whiteness 0.01 ∆E CIELAB

Price of equipment use*:

  • Outside users: 45.00 €/hour
  • Users inside UL: 36.00 €/hour

*Vat not included; work of technician not included in prices.


Spectraflash_600_PLUS_CT2

Spectraflash_600_PLUS_CT


Weaving machine Minifaber+


Weaving machine Minifaber (Italy),
Jacquard mechanism TIS (France),
CAD/CAM system Arahne (Slovenia)

Responsible person:

Purpose of equipment:

The weaving machine is electronically driven. It is designed for weaving of simple and sophisticated fabrics. It is equipped with electronic Jacquard TIS with four modules consisting of 276 hooks. The design is supported with the computer program CAD/CAM. It consists of three programs ArahPaint for sample design, ArahWeave for fabric simulation in actual density and ArahDrape for 3D presentation of fabric on the object.

Price of equipment use*:

  • Outside users: 55.00 €/hour
  • Users inside UL: 44.00 €/hour

*Vat not included; work of technician not included in prices.


tkalski_stroj3

portret_hiša_k.k._obr

Tkanje_portret Ljubljane_k.k.

Vzorec2_k.k.

Vzorec5_k.k.


TOBII X120 – Flexible eye tracking+

(Tobii Technology AB, Box 743S-182 17 Danderyd, Sweden)

Responsible person:

Purpose of equipment:

Tobii X120 Eye Trackers is a stand-alone eye tracking unit designed for eye tracking studies of real-world flat surfaces or scenes such as physical objects, projections and video screens. Tobii X120 enables studies requiring specific stimuli setups, such as studies of shopping shelves, typography, webpages, newspapers or television.

Access of equipment:

The equipment is available upon agreement; access time is dependent on equipment use. Reservation: klementina.mozina@ntf.uni-lj.si

Price of equipment use:

  • for skilled user: 28.50 €/hour
  • additional costs of operator from the research organisation (if the user is not properly skilled): 20.00 €/hour

Note: Use of equipment without an operator is not possible.

UV/VIS spectrophotometer Lambda 800+

UV/VIS spectrophotometer Lambda 800
(Perkin Elmer, UK)

Responsible person:

  • assist. prof. dr. Raša Urbas
  • Chair of Information and Graphic Technology
  • 3rd floor, room 318
  • Tel: +386 1 200 32 28, +386 1 200 32 46
  • E-mail: rasa.urbas@ntf.uni-lj.si

Purpose of equipment:

The UV/Vis spectrophotometer Lambda 800 was designed to measure transmittance and reflectance of solid samples, liquids and powders. It includes integrating sphere PELA-1000, which consists of two hemispheres and the interior of which is made of Spectralon. This special material enables strong diffuse reflection in a spectral range from 250-2500nm. The computer program UVWinLab Software enables measurements and analysis of data.

Price of equipment use*:

  • Outside users: 70.00 EUR/h
  • Users inside UL: 56.00 EUR/h

*Vat not included; work of technician not included in prices.


UV_VIS_Lambda

Viscometer Rheolab QC+

Responsible person:

  • prof. dr. Petra Forte Tavčer
  • Chair of Textile and Clothing Engineering
  • 4th floor, room 416
  • Tel: +386 1 200 32 93
  • E-mail: petra.forte@ntf.uni-lj.si

Purpose of equipment:

Rheolab QC is a rotational rheometer and is used for viscosity measurement and rheological properties of liquids. Test measurements can be driven either by controlling shear rate or shear stress. It enables viscosity curves preparation, investigations into the mixing and stirring behaviour of emulsions and dispersions as well as determination of the yield point of gels and pastes.

Technical features:

  • Rate: 0.01 – 1500 1/min
  • Torque: 0.25 do 75 mNm
  • Shear stress: 0.5 do 30000 Pa
  • Shear rate: 10-2 do 4000 1/s
  • Viscosity measurement rate: 1 do 109 mPas
  • Temperature range: -20 do 180 °C
  • Price of equipment use*:
  • Outside users: 48.00 EUR/h
  • Users inside UL: 38.00 EUR/h

*Vat not included; work of technician not included in prices.


rheolab-qc0

rheolab-qc


Scanning electron microscope (SEM) JSM-6060 LV+


(JEOL, Japan)

Responsible person:

Purpose of equipment:

The instrument is designed for surface, morphology and topography studies as well as for determination of particle size. SEM image is made by secondary electrons, which are bit out of the sample by the primary beam that is scanning the surface point by point. Nonconductable materials are to be preliminarily coated with gold, which prevents static charge on the surface. It includes: electrical gun, magnification unit, image generator, condensation and objective lenses, electron collector and vacuum system. Samples of great value can be observed without coating in a low vacuum mode.

Technical features:

  • magnification: 8 x–300.000 x
  • acceleration tension: 0.5–30 kV
  • power current: 1pA–100 nA
  • filament type: W
  • X-Y axes: 20–10 mm
  • Z axes: 5–48 mm
  • inclination: -10–90°
  • rotation: 360°

Access of equipment:

The equipment is available upon agreement; access time is dependent on equipment use. Reservation and information: barbara.golja@ntf.uni-lj.si

Price of equipment use:

  • Skilled user: 22.53 €/hour
  • Additional costs of operator from the research organisation (non-skilled users): 10.00 €/hour


SEM

SEM2

SEM3


Xenotest Alpha+


(Atlas, ZDA)

Responsible person:

  • assoc. prof. dr. Sabina Bračko
  • Chair of Information and Graphic Technology
  • 4th floor, room 415
  • Tel: +386 1 200 32 38
  • E-mail: sabina.bracko@ntf.uni-lj.si

Purpose of equipment:

The Xenotest Alpha is an instrument for finding out the effect of light and other weather conditions on the material. The samples are exposed to exact conditions (temperature, relative humidity, illumination, with or without rain). With such accelerated simulation of these parameters, the properties of the material after a longer period of time can be predicted. With the use of different filters, exposure to direct sunlight, behind window glass or behind car glass can be simulated. These test methods can be driven according to international standards used for textiles, papers and plastics (SIST ISO 105-B02, SIST ISO 105-B04, SIST ISO 105-B06, SIST ISO 12040, ISO 4892, ISO 11341).

Technical features:

  • xenon lamp radiation attitude: 0.8–2.5 kVA, radiation range: 300–400 nm
  • includes 10 sample holders, whole test area 1200 cm2
  • test chamber temperature: 30–70 °C,
  • relative humidity: 10–95 %
  • fan speed: 500–2500 rpm
  • irradiance: 45–95 W/m2
  • filter systems: Xenocrome 320, Xenocrome 300, window glass
  • sample dimensions: 13.3 cm x 4.4 cm

Access of equipment:

The equipment is available upon agreement; access time is dependent on equipment use. Reservation and information: barbara.golja@ntf.uni-lj.si.

Price of equipment use:

  • Skilled user: 4.56 €/hour
  • Additional costs of operator from the research organisation (non-skilled users): 10.00 €/hour


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PR_Slika 26b


Laboratory melt spinning device+


(Extrusion Systems Ltd., Bradford, VB)

Responsible person:

  • assoc. prof. dr. Andrej Demšar
  • Chair of Textile and Clothing Engineering
  • Tel: +386 1 2003261
  • E-mail: andrej.demsar@ntf.uni-lj.si

Purpose of equipment:

The laboratory melt spinning device is designed for the production of synthetic filament yarns in the melt spinning process. Synthetic filament yarns of different synthetic polymers with the melting point under 300 °C can be formed i.e.: PE, PP, PA 6, PA 66, PET, PLA etc. The advantage of the laboratory melt spinning device is in its laboratory size as allows the production of filament yarns from a very small amount of the polymer. Research on the laboratory-spinning machine is oriented towards the use of new polymers and additives.


P1050996_1

P1050999_1

P1060001-1


Digital printer Textile Jet Tx2-1600+


(Mimaki, Japan)

Responsible person:

  • prof. dr. Marija Jenko
  • Chair of textile
    and fashion design
  • Tel: +386 1 200 32 49
  • E-mail: marija.jenko@ntf.uni-lj.si

Purpose of equipment:

The digital printer Textile Jet Tx2-1600 is designed to print textiles. It works on the principle DOD (drop on demand), with a drop of dye formed only where this is dictated by the pattern. It is possible to print eight different colours at high speeds. Depending on the composition of the dye printing of textile materials with different fibre compositions is possible. The printer has reactive dyes installed, which are suitable for printing of cotton, wool, silk and viscose. The fabric should be finished with all necessary chemicals before printing and stored in the roll. It is possible to print fabrics and knitted fabrics, if they do not wrinkle or shrink. Printing can be made on either side. The thickness of fabric should be between 0.1 and 7 mm.

Technical features:

  • Printing head: piezo-electric, DOD (drop-on-demand); 8 heads; 360 or 180 nozzles for each colour;
  • Print resolution: 720 dpi max;
  • Ink type colour: reactive dyes in 8 colours (Orange, Black, Grey, Cyan, Magenta, Yellow, Red and Blue);
  • Maximum width: 1620 mm;
  • Fabric thickness: from 0.1 to 7 mm;
  • Fabric size (in a roll): outside diameter to 180 mm, roll weight to 15 kg.


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