Fabric Testing Equipments

Yarn count either from a lea / hank or from fabric- woven / knitted can be measured electronically and result is displayed digitally with the help of inbuilt software.

• Multipurpose for yarn count measurement as well as for any precision weight measurement in the labs.
• Confirms to accurate yarn count measuring system with the help of built in software.
• Option to measure sliver, hank or fabric GSM also available.
• Yarn count numbering system in NE, Nm, TEX or Denier can be selected.
• Computer connectivity enables statistical/ graphical reports – optional supply.
• Auto calibration with external weight.
• Low battery indicator
• Overload protection design.
• Bi-directional RS232 interface.

• ISO 2060, ISO 3801, ASTM D 1907, BS EN 12127

• Very economical and handy model.
• Portable and can be carried from place to place.
• Once yarn weight is arrived through the instrument, a small calculation is made to arrive at warp yarn count and weft yarn count.
• A speedy and convenient method to get yarn count from a fabric piece.

• ISO 2060

• Multipurpose for yarn count measurement as well as for any precision weight measurement in the labs.
• Confirms to accurate yarn count measuring system with the help of built in software.
• Option to measure sliver, hank or fabric GSM also available.
• Yarn count numbering system in NE, Nm, TEX or Denier can be selected.
• Computer connectivity enables statistical/ graphical reports – optional supply.
• Customized, large, attractive LCD with multiparameter display illuminated by white backlite.
• Bi-directional RS 232 interface, can be configured for an USB interface using optional RS 232 to USB converter.
• Display of Reference weight, sample weight, % of sample with respect to reference weight.

• Multipurpose for yarn count measurement as well as for any precision weight measurement in the labs.
• Suitable for yarn count measurement of all types of yarns like Cotton, Linen, Synthetic, Spun etc.
• Yarn count numbering system in NE, Nm, TEX or Denier can be selected.
• Minimum length of 30 yards /60 yards /120 yards of yarn are required to be used to obtained yarn count
• Customized, large, attractive LCD with multiparameter display illuminated by backlite
• Bi-directional RS 232 interface, can be configured for an USB interface using optional RS 232 to USB converter.

• Multipurpose for yarn count measurement as well as for any precision weight measurement in the labs.
• Confirms to accurate yarn count measuring system with the help of built in software.
• Option to measure sliver, hank or fabric GSM also available.
• Yarn count numbering system in NE, Nm, TEX or Denier can be selected.
• Computer connectivity enables statistical/ graphical reports – optional supply.
• Auto calibration with external weight.
• Low battery indicator
• Overload protection design.
• Bi-directional RS232 interface.

• Useful scale with sliding facility.Easy to calculate with the help of the scale conversion from English count to other systems of measuring count like tex,denier etc.Directly gives reading of equivalent denier/tex/metric count etc to thee yarn count.Also on the reverse of scale conversion table from grams t ounces to pounds etc. can be easily noted

We can define colourfastness as, having colour that will not run or fade with washing or wear. That means characterizes a material’s colour’s resistance to fading or running. Clothing is colourfast if its colours and dyes do not bleed or run from the clothing. Clothing should be tested for colourfastness before using any type of bleach or bleaching solution, or strong cleaning product. Colourfastness is very important factor for buyer. Colourfastness properties of textiles are an important measure of quality of a product.

1. Colour Fastness due to rubbing

2. Colour Fastness due to washing / Dry-cleaning

3. Colour Fastness due to Perspiration and Sea Water

4. Colour Fastness due to sunlight

5. Colour Fastness due to hot pressing and Dry Heat

• In terms of percentage change both length way and width way can be measured.
• One permanent marker is provided complimentary.
• These templates are made with inner and outer dimensions strictly as per ISO/European/American standards.

• AATCC 179, ISO 16322 – 2, ISO 16322 – 3;

• It can be used for measurements in the laboratory and for mobile applications on the production floor.
• The measuring range of 8 – 300 threads/cm (20 – 762 threads/in) makes it possible to measure most fabrics with a regular pattern.
• The instrument can be connected to a PC.
• The measurement takes less than one second.
• Saves a lot of time, especially when testing dense materials.
• Operation with (rechargeable) batteries makes the instrument independent of a stationary power source.
• Instrument is supplied with calibration card, can be calibrated by the operator within a very short period of time.

• Magnification of adjustable up to 8X with 10mm scale helps one to count threads per inch easily and accurately.

1. GSM CUTTER: GSM Cutter is used to cut the fabric sample into exactly 100 Square cm piece as per Standards.
2. GSM WEIGHING SCALE: GSM Weighing Scale is used to measure weight of cut sample cut from Instrument no.1 – GSM CUTTER as above.

VI. GSM CUTTER & DIGITAL GSM WEIGHING BALANCE COMBO:

Based on No.of samples to cut and budget – one can choose any one from the following 4 combinations:

To cut any kind of fabric – woven/knits/non-woven/ paper in circle for of 100 sq cm.

• Instrument is used to cut any kind of fabric –woven/knits/non-woven/paper in circle form of 100 cm².
• Any Kind of textile / paper/industrial textile material of any GSM can be accurately cut.
• Finest grade of aluminium used in the main body for lightweight, robustness & resilience.
• Smooth precision engineered components for excellent performance.
• Stainless-steel blade holders for lifelong excellent operations.
• Reversible German blades are given along with the instrument.
• Special rubberized foam cutting pad for smooth cutting and long life of the blades.

• ASTM D 3776/2646, ISO 3081, BS 3424/2471,12127

Very useful instrument to calculate GSM when only small fabric piece is available for GSM checking.

To cut any kind of fabric-woven/knits/non-woven/ paper in circle form of 38mm diameter.

• Any Kind of textile / paper/industrial textile material of any GSM can be accurately cut.
• Finest grade of aluminium used in the main body for lightweight, robustness & resilience.
• Smooth precision engineered components for excellent performance.
• Ergonomically designed, fabric consumption is very less for testing.
• Stainless-steel blade holders for lifelong excellent operations.
• Reversible German blades are given along with the instrument.
• Special rubberized foam cutting pad for smooth cutting and long life of the blades.

Heavy duty model – cut samples from GSM cutter of any kind of fabric-woven/ knits, paper, card board, leather, lining etc. Can be mounted on this machine to measure GSM digitally.

• The fabric piece cut in GSM Cutter can be mounted on this for direct reading as ‘GSM ‘.
• Also, can be used for multipurpose weighing options up to 600 grams in 0.01 grams sensitivity.
• Can read results in GSM, grams.
• The instrument is repairable and re-calibratable.
• Adaptor or battery interfaced.
• Bigger LCD and pan size.
• Transparent acrylic side covers.

• ASTM D3776, ISO 3801, BS 3424

Economic model – cut samples from GSM cutter of any kind of fabricwoven/ knits, paper, card board, leather, lining etc. Can be mounted on this machine to measure GSM digitally

• The fabric piece cut in GSM Cutter can be mounted on this for direct reading as ‘GSM ‘.
• Can be carried from one place to another place.
• Slim, ergonomically design fits comfortably in the hand or pocket.
• Also, can be used for multipurpose weighing options up to 500 grams in 0.01 grams sensitivity.
• Can read results in GSM, grams.

• ASTM D3776, ISO 3801, BS 3424

Actual colour of fabric / yarn / paper / button / lining / paint test specimen can be compared with original specimen under different standard.

• This is an important equipment of textile industry and is suitable for almost all applications that require colour consistency and quality.
• Colour matching cabinet is the equipment designed for the visual evaluation of shade and colour differences under standardized and controlled lighting conditions.
• It is ergonomically designed and consist of light source like D65, TL84, INCA, UV, CWF.
• Interior paint with Munsell as per International Standards or Sun mica wood of standard colour.
• Easy to handle as each light can be operated separately with buttons individually.
• Supplied with 45-degree angle table for viewing fabrics/yarns/sewing thread without any distractions.
• Supplied with German hour meter for measuring usage of light sources.
• Other light sources like TL83 (H & M), U30, D75 can be supplied optionally.

• ISO 3664, BS 950, DIN 6173, ASTM D 1729, JIS Z 8723

A spectrophotometer is an instrument that measures the amount of light that a sample absorbs or reflects at different wavelengths.

Spectro photo meter is a Lightweight, and easy to handle, the RM200QC comes ready to use. In barely more than a second you get a reading on your sample, and a report that tells you how close your color is to a measured standard. That’s it. You won’t need to connect to a software program; it’s all right at hand. What this means for your color QC program is a clear advantage, one that allows you to:

• Achieve stable color quality throughout your manufacturing process.
• Manage suppliers efficiently, each adhering to a single standard.
• Control variations between lab formulation, production, and final goods.
• Control batch variations.
• Eliminate issues related to staff experience; everyone uses the same device.
• Enhance accuracy by combining the technology with custom or off-the-shelf color standards from Pantone and Munsell.

We offer various standard lamps from Philips/GE/Macbeth/verivide for color matching in textiles like fibre/yarn/fabric/garment and any kind of garment accessories.These lamps meet CIE specifications and offer lux levels and CRI index as per standards.

Lamps offered are :

D75: A bluish colored light source originally used for grading cotton & their evaluation applications. It offers 7500K.

D65: A light bluish colored light source used in color matching applications of paints,textiles,raw inks and other manufactured products. It offers 6500K.

D50: A near white light source used in the evaluation of graphic arts and imaging applications. It offers 5000K.

Ultra violet: Light energy not normally visible to human eye, but which is present in natural daylight.

Cool White Fluorescent (CWF) – A wide band single phosphor fluorescent source commonly used in commercial lighting applications . It is characterized by emitting high amounts of green energy, with a color temperature of approximately 4100K. It has a CRI or approximately 62.

TL84 – A narrow band tri-phosphor fluorescent source originally designed for commercial lighting applications . It is characterized by emitting high amounts of green energy, with a color temperature of approximately 4100K. It has a CRI of approximately 86.

TL830 – A narrow band tri-phosphor fluorescent source originally designed for commercial lighting applications . It is characterized by emitting high amounts of yellowish red energy, with a color temperature of approximately 3000K. It has a CRI of approximately 86.

Ultralume 30 (U30 or 30U) – A narrow band tri-phosphor fluorescent source originally designed for commercial lighting applications . It is characterized by emitting high amounts of yellowish red energy with a color temperature of approximately 3000K. It has a CRI of approximately 85.

Ultralume 35 (U35 or 35U) – A narrow band tri-phosphor fluorescent source originally designed for commercial lighting applications . It is characterized by emitting high amounts of reddish yellow energy with a color temperature of approximately 3500K. It has a CRI of approximately 85.

Illuminant A – is a standardized illuminant described in the international standard, CIE Publication 15.2 and specified for use in color matching applications in ASTM D1729-96.It offers 2865 K

Horizon – Reddish in color source described in older specification and used for color matching applications.It offers 2300K.

Pantone Color Standards are followed worldwide every day by over 10 million designer and manufacturer to select, communicate and approve color in any design. Pantone Color Standards will come in around 2500 color options for easy identification and communication.

Pantone Color Standards provides a universal language of color that enables color- critical decisions through every stage of the workflow for brands and manufacturers. Pantone color standards provide customized color standards, brand identity, and product color consulting. Pantone color standards bring color and design together across apparel, home, and accessories.

Pantone transformed the printing industry with the colourful PANTONE COLORS STANDARDS MATCHING SYSTEM, an innovative tool allowing for the accurate selection, articulation and reproduction of consistent, accurate color anywhere in the world.

Pantone color standards have influenced product development and purchasing decisions in multiple industries, including fashion, home furnishings, and industrial design, as well as product, packaging, and graphic design.

Pantone color Standards for the fashion/garment industry comes in two material formats.
• TCX – Cotton edition – Material used for pantone color standards production is 100% cotton
• TPG – Paper edition- Material used for pantone color standards production is 100% paper

A Pantone color standards not only help in choosing the right color but also helps to keep color consistent.

To determine accurately and conveniently, the dimensional stability of any kind of fabric – woven or knitted- both warp and weft way.

• In terms of percentage change both length way & width way can be measured
• Supplied with calibrated acrylic template duly marked with 250mm, 350mm and 500mm mark in a single template.
• Calibrated scale is provided.
• The scale is calibrated to check the shrinkage directly from 0% to 15% & even the stretch can be directly measured up to 15%.
• Holder is provided for easy handling.
• One permanent marker is provided complimentary.
• These templates are made with inner and outer dimensions strictly as per ISO/European/American standards.

• ISO 3759, AATCC 135, BS 4931, ISO 3175, M&S, Next

To find out pH content of any kind of fabric/ textile material by adopting scientific process.

• pH of fabric/garment can be found out by cutting the fabric to pieces and boiling them in distilled water.
• Can be carried from place to check pH content of any solution at the same source of solution itself.
•  Waterproof, dustproof housing – IP67 rated, maintains the integrity of your tester even in harsh conditions.
• Push-button calibration with auto-buffer recognition – quick, easy calibration with no calibration mistakes
• Choice of USA buffer standards with up to 3 points.
• Auto-power off saves battery power after non-use.
• Self-diagnostic for easy troubleshooting. (e.g battery indicator, message codes)
• Enhanced power saving allows extended power consumption up to 500 hrs with single battery.
• All size of Beakers, Conical flask, Wash bottles, Test tubes available with us at extra cost.

AATCC 81, ISO 3071

To determine accurately and conveniently, the dimensional stability of any kind of fabric – woven or knitted- both warp and weft way.

• In terms of percentage change both length way & width way can be measured.
• Supplied with calibrated acrylic template duly marked with 250 mm and calibrated scale.
• The scale is calibrated to check the shrinkage directly from 0% to 15% & even the stretch can be directly measured up to 15%.
• Holder is provided for easy handling.
• One permanent marker is provided complimentary.
• These templates are made with inner and outer dimensions strictly as per ISO/European/American standards.

• AATCC-96-2009, AATCC-135-2010, AATCC-150-2010, AATCC-179-2010

To determine accurately and conveniently, the dimensional stability of any kind of fabric – woven or knitted- both warp and weft way.

• In terms of percentage change both length way & width way can be measured.
• Supplied with calibrated acrylic template duly marked with 350 mm and calibrated scale.
•  The scale is calibrated to check the shrinkage directly from 0% to 15% & even the stretch can be directly measured up to 15%.
• Holder is provided for easy handling.
• One permanent marker is provided complimentary.
• These templates are made with inner and outer dimensions strictly as per ISO/European/American standards.

SO 6330, ISO 5077, ISO 3759, M&S, Next etc

To determine accurately and conveniently, the dimensional stability of any kind of fabric – woven or knitted- both warp and weft way.

• In terms of percentage change both length way & width way can be measured.
• Supplied with calibrated acrylic template duly marked with 500 mm and calibrated scale.
• The scale is calibrated to check the shrinkage directly from 0% to 15% & even the stretch can be directly measured up to 15%.
• Holder is provided for easy handling.
• One permanent marker is provided complimentary.
• These templates are made with inner and outer dimensions strictly as per ISO/European/American standards.

To see magnified image of any kind of fibre/ yarn/ particle/ cross section analysis and to measure fibre/ yarn size.

• Stand : Stable stand with convenient location of focus controls with special plastic hand rest.
• Viewing Body : Binocular tube, 45° inclined, 360° rotatable.
• Eyepiece : Wide field eyepiece 10x/18mm with foldable eye guard, anti-fungus.
• Objectives : EP series DIN Semi Plan Achromatic objectives 4x,10x, 40x (spring loaded), 100x (spring loaded, oil), anti-fungus.
• Focusing : Co-axial course and fine focusing mechanism system on ball bearing guide ways provided with Tension adjustment ring and auto focusing stop.
• Illumination : Halogen 6V-20W with variable illumination control. Up to 2,000 hours of Halogen lamp life.

• AATCC 20

To find out fibre composition by fibre cross section method. Powerful microscope with computer interface and pre-loaded textile software enables easy identification of fibre.

• Instrument to identify fibre composition on – physical method.
• Cross section views and projection of image on computer screen.
• User can measure fibre density, fibre diameter & other parameters.
• User can save data and transfer files further.
• Captured images can be compared with 112 pre – loaded cross section image of various fibre and fibre blend possibilities.
• One can get idea of exact fibre composition & blend percentage of fibre inspected
• Stand: Stable stand with convenient location of focus controls with special plastic hand rest.
• Trinocular Observation Head: Inclined at 30°, 360° rotatable.
• Eyepiece: Wide field 10x (paired) F.O.V. 18 mm.
• Illumination: High brightness single 3W LED cold light source.

• AATCC 20

Technical Details :

Useful instruments for shaking solutions/liquid in the lab.

Used for fibre composition tests.

Multiple stations at a time up to 16 stations for 250ml beaker.

Both timer control and RPM control available.

Speed and Timer control helps person to control level of shaking at different heating levels.

Pre-set timer to fix total time of shaking.

Glass beaker without leakage/breakage can be used due to special rubber gasket grips.(option of stainless steel holder is also available for rust free operations at extra cost).

Six numbers of beakers are given complimentary.

Net weight : 17 kg

Net Dimension: length×depth×height 21”×21”×15”.

To find out ‘colour fastness to rubbing’ of any kind of fabric/ yarn/ garments.

Can be used as per both ISO and AATCC standards.

• To find out ‘colour fastness to rubbing’ of any kind of Fabric/yarn/garments as per both ISO/ European/ AATCC standards.
• All components are made with mild steel and chrome plated for long life and trouble-free operations.
• Test specimen is made to rub against standard adjacent fabric under standard test conditions.
• After the test specimen is compared with grey scale for rating the results, finger dia 16mm for apparel fabrics and 25mm for furnishing fabrics.
• Grey scale is if required should be purchased separately as per ISO or AATCC methods.
• Colour fastness to rubbing – dry or wet for even yarns can be tested with this instrument.
• For testing colour fastness to yarn – extra attachment to hold yarn test samples can be provided at extra cost.

• ISO 105 X 12, M&S C8, BS 1006 D02, JIS L 0849, AATCC 8/165, ASTM F1319

To find out ‘colour fastness to rubbing’ of any kind of fabric /yarn/ garments.
Can used as per both ISO and AATCC standards

• Automatic rotations are made with the help of electric motor to avoid human errors.
• All components are made with mild steel and chrome plated for long life and trouble-free operations
• Test specimen is made to rub against standard adjacent fabric under standard test conditions.
• After the test specimen is compared with grey scale for rating the results.
•  Finger dia 16mm for apparel fabrics and 25mm for furnishing fabrics.
• Grey scale is if required should be purchased separately as per ISO or AATCC methods.
• Option to augment 22N dead weight with spar finger and clip is supplied.
• Color fastness to rubbing – dry or wet for even yarns can be tested with this instrument
• For testing colour fastness to yarn – extra attachment to hold yarn test samples can be provided at extra cost

• ISO 105 X 12, M&S C8, BS 1006 D02, JIS L 0849, AATCC 8/165, ASTM F1319

To find out ‘colour fastness to rubbing’ of any kind of printed fabric/garment- both dry and wet rub.

• This instrument is used for testing the dry/ wet rubbing fastness of fabrics especially for printing fabrics.
• Rotary crock meter rugged base construction and designed as a table top model.
• Rotating handle in top side to make a test create a friction in the sample.
• Weights provided to load the sample a certain pressure.
• Compare the crocking cloth in grey scale for staining.
• Compare the sample fabric in grey scale for color change.

• AATCC 116

To Determine colour fastness of textile material against washing to assess staining.

• Temperature can be raised up to 98° C with digital temperature controller.
• Adheres to both European and American standards.
• Digital Timer with automatic shutdown & audible warning.
• Provision available for water inlet and drainage.
• Inching facility for loading and unloading the beakers.
• It is made as per ISO / BS or AATCC Standards.
• 4 beakers as per ISO standard of 550ml capacity and 4 beakers of 1200ml as per AATCC specification supplied with machine.
• In ISO Model 8 leak proof beakers each of 550 ml is provided and in AATCC Model 8 beakers of 1200ml is provided.
• Jars are made up of high-grade stainless-steel material.
• Outer frame doors are made with superior powder coating finish.
• Supplied with 100 ss balls / standard adjacent fabric strips one pack of 100 No’s.

• AATCC 28, 61, 86, 132, 151, 190, ISO 105, BS 1006;

To determine colour fastness of textile material against washing to assess staining.

• Temperature can be raised up to 98° C with digital temperature controller.
• Digital timer with automatic shutdown & audible warning.
• Provision available for water inlet and drainage.
• Inching facility for loading and unloading the beakers.
• It is made as per AATCC standards.
• 8 beakers of 1200ml as per AATCC specification supplied with machine.
• Jars are made up of high-grade stainless-steel material.
• Outer frame doors are made with superior powder coating finish
• Supplied with 100 ss balls / standard adjacent fabric strips one pack of 100 No’s.

• AATCC 28, 61, 86, 132, 151, 190;

To Determine colour fastness of textile material against washing to assess staining.

• Temperature can be raised up to 98° C with digital temperature controller.
• Adheres to both European and American standards.
• Digital Timer with automatic shutdown & audible warning.
• Provision available for water inlet and drainage.
• Inching facility for loading and unloading the beakers.
• It is made as per ISO / BS or AATCC Standards.
• 4 beakers as per ISO standard of 550ml capacity and 4 beakers of 1200ml as per AATCC specification supplied with machine.
• In ISO Model 8 leak proof beakers each of 550 ml is provided and in AATCC Model 8 beakers of 1200ml is provided.
• Jars are made up of high-grade stainless-steel material.
• Outer frame doors are made with superior powder coating finish.
• Supplied with 100 ss balls / standard adjacent fabric strips one pack of 100 No’s.

• AATCC 28, 61, 86, 132, 151, 190, ISO 105, BS 1006;

Used to assess colour fastness of textile fabric against perspiration or colour fastness against water/ sea water/ artificial sweat.

• Achieved by exposing specimen samples to action of both Alkaline and acidic reagents.
• Two separate units one for alkaline and other for acidic conditions provided at extra costs.
• For AATCC 3.63 kg dead weight or for ISO 4.09 kg dead weight is provided.
• 2 plates of total 910 grams is provided for loading.
• 21 acrylic plates for sample holder is provided.
• All types of perspiration test Chemicals/ Multifibre/ Adjacent fabric are available with us at extra cost.
• Option available to supply perspiration kit which contains all chemicals 7 accessories to conduct perspiration tests as per ISO/AATCC standards.

• ISO 105, AATCC 15, 106, 107, BS 105 E01, E02, E04, DIN 54005, M&S C6, C7

In The machine is designed to measure colour fastness and degradation of textile material against artificial sunlight.

• MBTL Light Fastness Tester is completely made of mild Steel duly powder coated.
• Stainless-steel water reserve tank with submersible pump is installed for regular circulation of water to keep the cells cool.
• Built in water tank for circulation of water for cooling.
• Digital hour totalizer is provided for checking light exposure time.
• Standard Mercury Blended Tungsten (MBTL) Filament bulb is used for creating artificial sunlight.
• Supplied with all necessary accessories.
• Required Grey Scale and Blue Wool Standard to be purchased at extra cost (Optional).

• BS 1006, IS 2454;

SDCE Humidity Control Fabric

This is an azoic dyed cotton fabric with specified fading properties, which varies with the amount of relative humidity.

It is used as a calibration tool for light fastness testing. When the humidity of the light fastness testing machine is correctly set it will fade at an identical rate to the light fastness standard Number 5. It is supplied with a printed instruction sheet for its use to determine the correct settings for the relevant ISO 105 B series test method

To determine colour fastness and shrinkage against hot pressing

• Fitted with electronic temperature controller and carefully controlled top plate weight.
• LCD display of temperature.
• Count down timer knob is provided
• Convenient setting and operation.
• 3 pairs of heating plate.
• Heating temperature of each upper and lower plate can be set individually.
• Independent heating plate ensures controlling test temperature and thickness of sample individually.
• Automatically stops heating and alarm facility.

• AATCC 92, 114, 117, 133, ISO 105, BS 1006

To determine Elmendorf Tearing Strength (Ballistic Strength) of textile fabrics and work factor of fabrics.

• Supplied with 2 extra calibrated weights to increase capacity of machine from 1600 gm to 3200 gm and to further 6400 gm.
• Adjustable knife to adjust pre-cut length 20 mm.
• Supplied with three calibrated weight to calibrate each range.
• Adjustable foots for levelling the equipment.
• It gives very accurate results between 20 – 80 % of the capacity.
• All components are made of high quality, mild – steel with chrome plating to ensure trouble free working of machine.
• However, 1600 gms weight is done in brass.
• Accessories include template, Allen key and extra cutting blade.

• BS 4253, ASTM D 1424, DIN 53862, BSEN ISO 13937

Inspect any kind of fabric – woven or knits.

To check weaving/ dyeing / printing defects.

To measure the length of fabric inspected and indicates in the meter counter.

To convert small rolls/ takas – flat to bigger rolls.

• To inspect any kind of Fabric – Woven or knits of up to 72 inches width & check for weaving/dyeing/printing defects.
• Option for forward motion and reverse motion.
• fabric speed can be adjustable.
• Lights on both top and bottom to make visible fabric defects and for colour/defect evaluation.
• Analog counter to measure fabric of inspected quantity / Digital Counter (Optional) at extra cost.
• Emergency stop button provided.
• Inching facility also available.
• Foot operation option and digital control panel (Optional) at extra cost.
• Option of EDGE control mechanism for perfect roll formation for fabric exports (Optional) available with us at extra cost.
• Digital fault control counter (Optional) at extra cost
• Speed control zero to thirty-five meter per minute.

Converting small roll to bigger rolls.

Converting small taka flat fabric to bigger rolls.

• Q Test rolling machine provides even and tight rolls Very useful machines for process houses, fabric Traders and retailers.
• During the process it also counts number of meters hence useful to calculate fabric quantity rolled.

Before laying for fabric cutting, there is need to relax the fabric over tight to avoid change in the dimension due to tight winding of the fabric in roll form for transportation purpose.

• Suitable for relaxing all kind of fabrics.
• Machine speed can be adjusted based on requirement.
• Output fabric can be collected in the plate/ loosed form.
• Function is good for loosening the tension.
• Analog counter to measure fabric of inspected quantity / digital counter (Optional) at extra cost.

For Finding the strength in fabric, following 2 machines are used:

Fabric Strength is an important functional property of any kind of fabric. Fabric strength is required in applications like Bag making – Industrial – and other applications. Fabric Strength loss can occur during chemical processing / garment washing / other processing.
To avoid at Fabric Strength loss – need to check fabric strength at different stages of processing.

All colors in Pantone Color Standards are selected based on market trends in various countries.

Fabric Strength can be assessed in testing Laboratory to take corrective actions.

1. Fabric Tear Strength Tester – Gives by Elmendorf method fabric strength at Tear in both warp and weft direction
2. Fabric Tensile Strength & Elongation Test Machine (Also gives Seam Slippage)
3. Bursting strength tester – FOR Knit Fabrics

Used to check tensile strength (Grab Test) of fabric, seam slippage and lea strength of yarn. Fixed speed option.

• To determine tensile strength of fabric and seam strength of garments.
• Tensile tester comes with load cell of 250 kg capacity.
• Machine is fitted with peak and zero facility and overloads protection facility.
• Jaw separation 25 -600 mm.
• Traverse speed –100 & 300mm/min fixed
• Digital display of load and elongation-works on (Constant Rate Extension) CRE principle.
• Selectable force unit: kgf, lbf and Nf
• Selectable elongation unit: mm and inch
• Lea strength can ascertain in the same machine.
• Load cell of 500 kg and 100 grams sensitivity is available with us at extra cost.

• ISO 5081/5082/6939, ASTM D5035/6372, IS 1969/1671;

Used to check strip strength, grab strength and seam slippage of fabric along with computer interface for result analysis and data memory.

• Determine various physical properties like Stretch and Recovery, Tearing Strength, Peel Bond Strength, Button Pull Strength, Single Yarn etc can checked, with extra gripper at additional cost.
• Tensile tester comes with load cell of 250 kg
• Machine is fitted with peak and zero facility and overload protection facility.
• The user may set any rate of extension between 50 and 500 mm/min according to customer requirement.
• Digital display of load and elongation-works on (Constant Rate Extension) CRE principle.
• User friendly menu driven operating system.
• Separate calibration program makes quick and reliable calibration.
• Specially made jaws/ grips suitable for standard test methods.
• Tongue single rip Tearing Strength (ASTM 2261), Trapezoid Tearing Strength (ASTM D 5587), Wing rip Tearing Strength (BS 4303) attachment available with us at extra cost.
• Window based special application software facilities statistical and graphical reports.
• Load cell as per customer requirement different capacity also we can supply.

• ISO 5081/5082/13934-1, 13934-2, ISO 6939, ASTM D 1578, ASTM D5034/D5035, IS 1969, IS 1671, ISO 13936 – 1, ISO 13935 – 2, ASTM D434;

To determine Bursting Strength of knitted/ woven/non-woven fabric/carton box and card board.

• Widely used to measure resistance to rapture in various materials like paper, board, fiber and corrugated board.
• Capacity – 35 kg/cm².
• Specially designed equipment to determine bursting strength of knitted fabric.
• Working under constant rate of increasing Hydraulic pressure principle.
• Bright LCD display of reading with peak hold facility
• Bursting strength reading in kg/cm².
• Manual clamping through rotation of wheel handle.
• Inbuilt RS 232 option (optional).
• Glycerine is used as test fluid.

• BS 3137/ 3424, ASTM D 3786, ISO 2758/ 2559/ 3303/ 3689

In Testing Lab all samples are to be first conditioned in controlled temperature & humidity conditions for specified time before testing, lab conditioning rack meets this purpose.

• Q-Test Conditioning Rack is made as per international standards to condition the sample before testing. The rack has to be kept in controlled lab atmosphere.
• In Testing Lab all samples are to be first conditioned in controlled temperature & humidity conditions (Eg: 22 +/- 2 °C temperature & 65%+/- 5% RH) for specified time before testing.
• Perforated racks are made with enough space to conveniently condition the samples.
• Powder quoted with long durable paint.
• Portable & Foldable, hence can be carried from place to place.
• 4 steps available for sample placing.

Used to condition the test samples at specified temperature and humidity for specified time.

• Microprocessor based control for accurate & consistent performance.
• Perforated Stainless Steel tray for conditioning sample.
• Inner chamber consists of anodized aluminium or S.S. and outer wall of M.S. Sheet duly painted.
• Working under constant rate of increasing Hydraulic pressure
• The gap of 75 mm between the outer and inner wall id filled with special grade glass wool to prevent thermal losses.
• Air circulation fan is fitted to maintain uniform temperature and humidity condition throughout the chamber.
• Digital display of Humidity & Temperature.
• Humidity is controlled through an imported humidistat.
• Steam flow is maintained for humidity.

• ASTM D 1776, ISO 139, ERT 60-1, DIN 50015, BS EN 20139/ 20187

To determine the burning characteristics of textile material.

• To determine the burning characteristics of textile with digital resettable timer.
• 45° angle tester – inclined plane type
• Made of stainless-steel.
• Glass observation window provided.
• Supplied with complete range of accessories.
• Brushing device available with us at extra cost.

• ASTM D1230, 16 CFR-1610, CALIF TB 117, FTMS 191-5908;

Used to evaluate bending length and flexural rigidity of textile fabrics.

• Find out flexural rigidity, bending modulus and bending height of fabric at any stage of production like grey or processed or finished can be tested with this instrument.
• The scale is graduated in 0-16 cm with weight of 270 gms
• Sampling template supplied along with machine.
• Top scale with standard weight graduated in centimetre strictly meets the specifications of standards.
• This tester provides a quick and intuitive way to know the stiffness performance of all kinds of fabrics like woven, layered, napped, knitted, pile, and etc.

BS 3356, ASTM D 1388, DIN 53362

Used to determine abrasion resistance as well pilling resistance of the knitted/ woven/ home furnishing/ coated fabrics.

• Latest technology incorporating Martindale abrasion and pilling in a single machine.
• Fabric sample is subjected to controlled amount of rubbing at low pressure and in continuously changing directions. this ensures all fibre in the specimen are abraded under uniform action.
• Tested specimen is then compared with standards for rating.
• Four samples can be tested simultaneously.
• PU foam is provided as backing- as per standards.
• Additional templates of 140mm and 38mm are supplied for sample preparation.
• Standard felt and standard abradant wool fabric rubs against test specimen as per standards.
• Pilling assessment is done in based on three parameters

1. Rate of fibre production in the rubbed fibre sample.
2. Rate of fibre entanglement
3. Rate of fibre and pill wear out

• Attachment is done against standard photography and rated from 0 to 5, zero being highest pills and 5 being least pills.
• Emergency stop switch provided for immediate stop of machine without hindering testing.

Used to find out abrasion resistance of any kind of fabric/ upholstery/furnishing fabric/ curtain fabric etc.

• Martindale Abrasion is important property of fabrics to determine durability of fabric/ garment.
• Used to find out abrasion resistance of any kind of fabric.
• Microprocessor control-based eases accurate conducting of abrasion test.
• Emergency stop switch provided for immediate stop of machine without hindering testing.
• Four samples can be tested at a time.
• Options to test at three types of loads – 3KPA, 9KPA and 12KPA.
• Additional templates of 140mm and 38mm are supplied for sample preparation.

• ISO 5470, ASTM D4966-99, BS 3424/5690

Used to replicate pilling in fabrics under standard test conditions as per ICI method.

• Pilling tester is used to replicate pilling in fabrics under standard test conditions as per ICI method.
• Pilling tester with digital LCD controls. A unit comes with 2 pilling boxes with standard cork lining fitted inside and 5-digit pre-set counter.
•  The boxes are rotated about their central axis as per standard conditions.
• Inside, size of each box is (235 X 235 X 235) mm without cork lining thickness of 3.2 mm.
• Pilling photographs – ASTM or IWS are available optionally.
• Option of 4 station also available.

• ISO 5470, ASTM D4966

• SnagPod for BS 8479, Snagging pins for JIS L1058

Used to replicate pilling in fabrics under standard test conditions as per ICI method.

• Pilling tester is used to replicate pilling in fabrics under standard test conditions as per ICI method.
• Pilling tester with digital LCD controls. A Unit comes with 4 pilling boxes with standard cork lining fitted inside and 5-digit pre-set counter.
• The boxes are rotated about their central axis as per standard conditions.
• Inside, size of each box is (235 X 235 X 235) mm without cork lining thickness of 3.2 mm.
• Pilling photographs – ASTM or IWS are available optionally.
• Option of 2 station also available.

• ISO 5470, ASTM D4966

• SnagPod for BS 8479, Snagging pins for JIS L1058

To assess and grade pilled samples against standards

• Offers standard conditions to view effect of pilling.
• Suitable for all standards where the assessment of pilling on fabrics is necessary, whether against control fabrics or photographs.
• It uses D65 Artificial Daylight (with CWF optionally available).
• Suitable for: Martindale Pilling, ICI Pilling, ICI Snagging, Random Tumble Pilling, Brush/Sponge Pilling.

• ISO 12945, ASTM D3512, ASTM D4970, ASTM D5362, IWSTM 152, BS 5811

Used to determine thickness and compressibility of fabric/ paper/ cardboard/ blanket/ polybag.

• Latest model with modern aesthetics.
• Portable and handy to carry anywhere.
• Standard load 78.5g is supplied along with pressure foot dia 10mm.
• Analog dial for measuring thickness in millimetres.
• Hardened stem for trouble free clamping.
• Spindle made of stainless steel.
• Option of 0.01mm or 10-micron accuracy analog thickness gauge is also available with us at extra cost.

• ASTM D 1777, ISO 1765

Used to determine thickness and compressibility of fabric/ paper/ cardboard/ blanket/ polybag.

• Latest model with modern aesthetics.
• Portable and handy to carry anywhere.
• Standard load 78.5g is supplied along with pressure foot dia 10mm.
• Analog dial for measuring thickness in millimetres.
• Hardened stem for trouble free clamping.
• Spindle made of stainless steel.
• Option of 0.001mm or 1-micron accuracy analogue thickness gauge is also available with us at extra cost.

• ASTM D 1777, ISO 1765

Used to determine thickness and compressibility of fabric/ paper/cardboard/ blanket/ polybag.

• Latest model with modern aesthetics
• Portable and handy to carry anywhere.
• Standard load 78.5g is supplied along with pressure foot dia 10mm.
• Digital display for measuring thickness in millimetres.
• Hardened stem for trouble free clamping.
• Spindle made of stainless steel.
• Option of 0.01mm or 10-micron accuracy digital thickness gauge is also available with us at extra cost.

• ASTM D 1777, ISO 1765

Used to determine thickness and compressibility of fabric/ paper/ cardboard/ blanket/ polybag.

• Latest model with modern aesthetics
• Portable and handy to carry anywhere.
• Standard load 78.5g is supplied along with pressure foot dia 10mm
• Digital display for measuring thickness in millimetres.
• Hardened stem for trouble free clamping
• Spindle made of stainless steel.
• Option of 0.001mm or 1-micron accuracy digital thickness gauge is also available with us at extra cost.

• ASTM D 1777, ISO 1765

We offer various kinds of Glassware from leading branch like Borosil in different measurements. Also we can offer chemicals used in laboratory Grade

Thermostir has its latest design with portable size. Equipped with all accessories like two 500ml beakers, dust cover, magnetic paddle which is coated with Teflon to tolerate high temperature & to heat chemicals. Solution heated mostly with simultaneous stirring option.

To determine the crease recovery angle of any textile materials.

• Recovery properties against creasing of any textile material can be tested by using this simple instrument to produce accurate results
• Graduated dial in degree to evaluate accurate recovery angle.
• Provided with fully mild steel with chrome plated loading device, specimen tweezers, and template. (template size 40 mm x 15 mm and 50 mm x 25 mm).
• Loading device of 9.6N is provided.

• ISO 2313, AATCC 66, BS EN 22313, M & S P22;

Used to determine a fabric’s ability to recover after wrinkling under a predetermined load for a set period of time.

• Wrinkle recovery, that property of fabric which enable it to recover from folding deformations.
• Made up off stainless steel and supplied along with sampling template
• Loading weights 0.5 kg, 1 kg and 2 kg is provided as per standards.
• Smoothness appearance, in fabrics, the visual impression of planarity of specimen quantified by comparison with a set of reference standards.
• A set of 5″ X 3″ dimensional plastic replicas is offered on request to grade the test samples 1 ~ 5.

• AATCC 128, 1SO 9867;

Determining water repellence and surface wetting resistance of fabrics.

• To measure the resistance of fabrics to wetting by water.
• Completely made of 316 grade stainless steel.
• Specimen kept at 45-degree angle and 150mm below the spray nozzle.
• Spray nozzle is made up of brass material.
• The height of the centre of the nozzle is 150mm above the centre point of the test specimen.
• Plastic tray is provided to collect sprayed water.
• Appearance of the specimen is compared against photographic chart.
• Pilling photographic chart is available with us at extra cost.

• AATCC 22

To determine the surface wetting resistance of fabrics

• Comprising a metal framework allowing distilled water to be sprayed through a nozzle onto a test specimen at 45° and 600mm below the nozzle.
• The appearance of the specimen is compared against an optional photographic scale.
• Made with high-grade stainless-steel material with superior mat finish.
• Adherent Standard: AATCC 42

• AATCC 42;

This instrument offers standard procedure for determining the resistance to water penetration.

• The instrument detects ability of fabric to resists water penetration.
• Increasing hydrostatic pressure method is used to determine the resistance to water penetration.
• The pressure at which the first drop of water penetrates through the test specimen is to be determined.
• Rubber gaskets are provided for water tight arrangement.
• Valves are provided in the water line, for adjusting the rate of rise of pressure.
• The pressure exerted on the test specimen is indicated on a digital pressure indicator.
• Provision of peak pressure memory.
• As per test standard AATCC 127.
• Compressed air line is to be provided by the user.

• IS0 811-1981, NWSP 80.6, AATCC 127-2018;

Used to determine the drape coefficient of the fabrics by tracing a shadow of the draped specimen on paper.

• Bending and shearing properties of textile fabric is important aspect of fabric aesthetic.
• Our drape meter is useful instrument to measure drape or fall of the fabric under 1000W Halogen lamp exposure.
• Sample Cutting template of 250mm diameter, having a centre hole for marking and cutting test specimen is supplied.

• IS 8357, BS5058, DIN 54306

Used for determining the extension and Recovery Properties of Woven and Knitted fabrics.

• Determine the stretch and recovery (elasticity) of textile fabrics (knitted and woven), where extension at break is not required.
• Table top, simple and economical.
• Easy to use manual operation.
• Self-aligning flat faced stainless steel clamps with PU grips for better gripping.
• Sturdy loading frame fitted with screw tensioning device.
• Calibrated dead weights for accurate loading; specimen template for quick sample preparation.

• BS 4294;

To measure stretch percentage and recovery properties of woven/ knitted and lycra fabrics/ narrow elastic tapes.

• Static growth tester consists of six numbers of clamp arrangements and three numbers of clamps to hold the tested fabric by its sides.
• Wooden board can be mounted/Hung on the wall.
• Test weight shall be rectangular in shape and its weight as per standards, including the weight of hook required for hanging the test sample.
• Static load is applied for a specific time and released.
• Fabric properties can be measured like Stretch and Recovery in percentage.
• For determination of similar characteristics using the constant-rateof-extension (CRE) type tensile testing machine as per test method ASTM D 4964.

• ASTM D 5278, ASTM D 3107, ASTM D 2594;

To measure stretch percentage and recovery properties of woven/ knitted and lycra fabrics/ narrow elastic tapes.

• Static growth tester consists of six numbers of clamp arrangements and three numbers of clamps to hold the tested fabric by its sides.
• Wooden board can be mounted/hung on the wall.
• Test weight shall be rectangular in shape and its weight as per standards, including the weight of hook required for hanging the test sample.
• Static load is applied for a specific time and released.
• Fabric properties can be measured like stretch and recovery in percentage.
• For determination of similar characteristics using the constant-rateof-extension (CRE) type tensile testing machine as per test method ASTM D 4964.

• ASTM D 5278, ASTM D 3107, ASTM D 2594;

IS 11056 – 1984 : Method for Determination of Air Permeability of Fabrics

DIN 53887 : Testing of Textiles – Determination of the Air Permeability of Fabrics

ASTM D 737 : Standard Test Method for Air Permeability of Textile Fabrics.

To find out pH content of any kind of fabric/ textile material by adopting scientific process.

• pH of fabric/garment can be found out by cutting the fabric to pieces and boiling them in distilled water.
• A must instrument for QC labs.
• Digital display of pH up to two decimals.
• Multi-point push-button calibration (up to 3 points) with auto-buffer recognition – choice of USA and NIST pH buffer standards for quick calibration with no calibration mistakes.
• Viewing of electrode characteristics electrode slope and offset value to verify electrode performance.
• Automatic temperature compensation (ATC) for optimum accuracy under fluctuating temperatures.
• Stability indicator prompts whenever reading stabilizes.
• Self-diagnostic with message codes for easy troubleshooting.
• All size beakers, conical flask, test tubes, wash bottle available with us at extra cost.

• AATCC 81, ISO 3071, M&S C7, Next TM33;

To find out pH content of any kind of fabric/ textile material by adopting scientific process.

•  pH of fabric/garment can be found out by cutting the fabric to pieces and boiling them in distilled water.
• Large back light LCD display shows mode indicators and help messages.
• Up to 3 points push-button calibration with auto-buffer recognition.
• Selectable pH buffer standards and temperature units.
• Automatically calculates and displays electrode slope after calibration.
• Automatic Temperature Compensation (ATC) ensures highly accurate measurements over the entire range.
• Automatic endpoint function freezes the stable measured values.
• Help message as a operational guide to helps you understand how to use meter.
• Setup menu lets user customizes buffer standards, calibration points, temperature units, automatic or manual hold function, auto-off feature to meet personal preferences.
• Reset function can resumes all settings to factory default values.

• AATCC 81, ISO 3071, M&S C7, Next TM33;

To find out pH content of any kind of fabric/ textile material by adopting scientific process.

•  pH of fabric/garment can be found out by cutting the fabric to pieces and boiling them in distilled water.
• Can be carried from place to check pH content of any solution at the same source of solution itself.
• Slim, ergonomically design fits comfortably in the hand or pocket.
• Two-button operation, one for ON/OFF, other for calibration.
• Built in temperature sensor allows for quick automatic temperature compensated measurement.
• Automatic calibration to one or two points using standard buffer solution.
• A clock tag stability indicator will disappear to alert the user the reading is stable.
• Low battery indicator that is displayed when battery is less than 10% remaining.
• All size of Beakers, Conical flask, Wash bottles, Test tubes available with us at extra cost.

• AATCC 81, ISO 3071;

To find out pH content of any kind of fabric/ textile material by adopting scientific process.

• pH of fabric/garment can be found out by cutting the fabric to pieces and boiling them in distilled water.
• Can be carried from place to check pH content of any solution at the same source of solution itself.
•  Waterproof, dustproof housing – IP67 rated, maintains the integrity of your tester even in harsh conditions.
• Push-button calibration with auto-buffer recognition – quick, easy calibration with no calibration mistakes
• Choice of USA buffer standards with up to 3 points.
• Auto-power off saves battery power after non-use.
• Self-diagnostic for easy troubleshooting. (e.g battery indicator, message codes)
• Enhanced power saving allows extended power consumption up to 500 hrs with single battery.
• All size of Beakers, Conical flask, Wash bottles, Test tubes available with us at extra cost.

• AATCC 81, ISO 3071;

To find out pH content of any kind of fabric/ textile material by adopting scientific process.

• pH of fabric/garment can be found out by cutting the fabric to pieces and boiling them in distilled water.
• Can be carried from place to check pH content of any solution at the same source of solution itself.
• Slim, ergonomically design fits comfortably in the hand or pocket.
• Two-button operation, one for ON/OFF, other for calibration.
• Built in temperature sensor allows for quick automatic temperature compensated measurement.
• Automatic calibration to one or two points using standard buffer solution.
• A clock tag stability indicator will disappear to alert the user the reading is stable.
• Low battery indicator that is displayed when battery is less than 10% remaining.
• All size of beakers, conical flask, wash bottles, test tubes available with us at extra cost.

AATCC 81, ISO 3071

To determine the moisture content in textile like cotton, polyester, viscose, silks etc.

• Determine the residual moisture content in textile like Cotton, Polyester & Viscose materials in terms of percentage.
• Portable construction; ergonomically designed.
• Enables strict moisture measurement.
• Field calibration with the use of standard calibration probe.
• Back-lighted alphanumeric display; Microcontroller controlled digital circuitry.
• Built-in rechargeable battery power long for more than 5 hours of usage.
• Provided with sponged light-weight case and charging adaptor for easy mobility.
• Detachable electrodes for bale/cone/spools/loose cotton/fabric & yarn separately supplied based on request.

Used for sample dyeing of fibre/yarn/fabric in lab conditions.

• Due to use of Infra-Red Radiations for heating, beaker heating is uniform.
• There is enough savings in energy consumption.
• As there is no contamination of beakers with messy glycerine, cleaning time is drastically reduced thus more dyeing cycles are possible.
• Sensing of temperature is directly of the liquor inside the beaker hence dyeing results are more authentic.
• Beaker carriage wheel is designed to adapt beakers of different capacities.
• Outside as well inside chamber, beaker carriage and beaker stand are made up of SS 304.
• Beakers of SS 316 dully electro polished inside and outside.
• (Optional) Injection Dosing System is provided to make time to time additions to the dye liquor without opening beaker caps.
• Automation is through Micro Processor Controller. Safety norms are provided.
• Models available are: 16x100ml, 12x250ml, 6x500ml, 4x1000ml etc.

To determine the crease recovery angle of any textile materials.

• Ideal machine for dyeing of fabric, yarn& loose stock samples.
• The rocking bars, apart from up-down motion, rotate at 70 RPM.
• Direction reversal of rocking bars rotation after every 3mins.
• This ensures proper contact between substrate & liquor due to constant agitation in liquor.
• Rocking bars stroke length can be adjusted between 25 mm to 50mm.
• S.S. cover plates provided for all beakers to avoid oxidation during dyeing & to prevent spillage of liquor.
• Material construction SS 316 for beakers and other parts SS-304.
• Models available are: 100ml, 200ml, 300ml, 500ml and 1000ml.
• Special cages available as option for dyeing of loose stock.

Used for sample dyeing of cotton, lea or yarn. At a time six samples can be dyed and treated.

• Used for sample dyeing of cotton yarn, lea.
• At a time 6 samples in water batch 6 Holes can be treated.
• Beautifully designed in stainless steel rectangular, double walled water bath.
• The unit is supplied complete with six heavy duty stainless-steel beakers with lid.
• Each tumbler of 500 ml capacity.
• Temperature is controlled by a thermostat from ambient to 100 °C with a Sensitivity of ±1 °C.

Used for sample dyeing of cotton, lea or yarn. At a time twelve samples can be dyed and treated.

• Used for sample dyeing of cotton yarn, lea.
• At a time 12 samples in water batch 12 Holes can be treated.
• Beautifully designed in stainless steel rectangular, double walled water bath.
• The unit is supplied complete with twelve heavy-duty stainless-steel beakers with lid.
• Each tumbler of 500 ml capacity.
• Temperature is controlled by a thermostat from ambient to 100 °C with a Sensitivity of ±1 °C.

• Used for repeating washing/ colour fastness tests or specific garment or fabric print durability tests, pleat retention, waddings and quilted waddings

• The Durawash simulates the conditions necessary to meet leading chain stores standard garment and fabric durability tests.
• The process control systems provide excellent accuracy and repeatability.
• Multi range timer with end of cycle audible alarm automatic agitator shut off.
• Display resolution 0.1-degree C.
• System control and calibration accuracy better than +/-1 °C
• Solid state relay for silent switching, reliability and zero electrical noise.
• Process tank construction in high grade stainless-steel.
•  Industrial quality motor specifications.

To determine color fastness to dry cleaning and chlorinated pool water, to prepare samples for flammability testing.

• Comprises stainless-steel rotating test chamber.
• Digital display of timer.
• Safety guard is provided in order to prevent accidents, while machine is running.
• Test chamber of 7650 ml capacity.
•  Outer body also provided in stainless steel with mat finish.
• Adherent Standard: AATCC 162.

• AATCC 162;

To determine the crease recovery angle of any textile materials.

• Automatically chooses the optimum measurement scale based on the sample solution to maintain the highest possible accuracy.
• EC and TDS are automatically calibrated at one point.
• Temperature can be compensated for automatically (ATC) or manually (MTC)
  from -20 °C to 120 °C.
• TDS factor is adjustable from 0.40 to 0.80
• The data can be recalled on the meter display with a simple press of the ‘REC’ button.
• The calibration data including date, time, standard used, offset and cell constant can be accessed at any time along with the measurement by selecting the GLP option.
• Self-diagnostic with message codes for easy troubleshooting.
• All size beakers, conical flask, test tubes, wash bottle available with us at extra cost.

TDS meter indicates the concentration of dissolved solid particles in solution.

• To evaluate TDS value of water.
• Slim, ergonomically design fits comfortably in the hand or pocket.
• Two-button operation, one for ON/OFF, other for calibration.
• Built in temperature sensor allows for quick automatic temperature compensated measurement.
• Automatic calibration at 1382 ppm with a single push button.
• A clock tag stability indicator will disappear to alert the user the reading is stable.
• Low battery indicator that is displayed when battery is less than 10% remaining.

To determine the crease recovery angle of any textile materials.

• To evaluate TDS value of water.
• Slim, ergonomically design fits comfortably in the hand or pocket.
• Two-button operation, one for ON/OFF, other for calibration.
• Built in temperature sensor allows for quick automatic temperature compensated measurement.
• Automatic calibration at 6.4 ppt with a single push button.
• A clock tag stability indicator will disappear to alert the user the reading is stable.
• Low battery indicator that is displayed when battery is less than 10% remaining.

Used to fold the fabric/clothes to meters or 1/2 meter bundles.

Actual color of fabric / yarn / paper / button / lining / paint test specimen can be compared with original specimen under different standard.

• This is an important equipment of textile industry and is suitable for almost all applications that require color consistency and quality.
• Color matching cabinet is the equipment designed for the visual evaluation of shade and color differences under standardized and controlled lighting conditions.
• It is ergonomically designed and consist of light source like D65, TL84, INCA, UV, CWF.
• Interior paint with Munsell as per International Standards or Sun mica wood of standard color.
• Easy to handle as each light can be operated separately with buttons individually.
• Supplied with 45-degree angle table for viewing fabrics/yarns/sewing thread without any distractions.
• Supplied with German hour meter for measuring usage of light sources.
• Other light sources like TL83 (H & M), U30, D75 can be supplied optionally.

To determine the crease recovery angle of any textile materials.

To determine the crease recovery angle of any textile materials.

To determine the crease recovery angle of any textile materials.

Used for conducting dyeing trials under laboratory condition.

• Sequence pressure control through pressure regulator.
• Sequence pressure displayed on analogue display
• Dimmer is used to control variable speed.
• Temperature is displayed on digital temperature controller.
• Bowls are coated with synthetic rubber of standard shore hardness of 70°C to 75°C shore A & are loaded pneumatically for uniform pressure.
• Suitable for up-to 600mm working width samples.
• Safety devices provided include a fabric feeder, a safety rod & emergency stop button.
• Air compressor is available with us at extra cost
• (Optional) Batching roller available with us at extra cost.
• A table or platform to be provided by customer.

Used for conducting dyeing trials under laboratory condition.

• Sequence pressure control through pressure regulator.
• Sequence pressure displayed on analogue display.
• Dimmer is used to control variable speed.
• Temperature is displayed on digital controller
• Two bowl Vertical Padding Mangle has bowls coated with synthetic rubber.
• Uniform pressure throughout the bowl is achieved by pneumatic loading of the bowls.
• Safety devices provided include a fabric feeder, a safety rod & emergency stop button.
•  Machine is provided with a liquor trough, nip padding trough, doctor blade, cleaning spray for cleaning of bowls and trough.
• Padding Mangle with 3 bowls can be offered if needed with central bowl of ebonite, stainless steel or synthetic rubber.
• For specific purpose, bowls can be offered with higher shore hardness.
• Air compressor is available with us at extra cost.
• A table or platform to be provided by customer.