High Quality Raw Cotton Sellers in Canada

1.  Cotton Source Inc
Cotton Source Inc. is located in Mississauga, ON, Canada. We cater high quality raw cotton and cotton bales. We have revolutionized the cotton industry with high diligent efforts, we have achieved specialization in the manufacturing of Raw Cotton and today we are well reckoned as one of the overriding Raw Cotton Manufacturers and Cotton Bales Exporters in continental North America.

http://cotton-source.com

2. Cotton best Inc
The Cottonbest Inc. is a family owned business. We have been selling wholesale T-shirts in TORONTO and throughout the country for over 17 years. We are proud to offer quality products at the absolute LOWEST prices in the industry.

http://www.cottonbest.ca/

3. Maxwell Fabrics
Maxwell Fabrics is a third generation family-run business with a distinct reputation for offering modern classic fabrics to the interior design trade.Our foundation is built on unprecedented quality and service and we continue to provide committed support to today’s design professionals.While innovation and evolution drive our growth, we owe our enduring success to the principles of authentic and timeless design.

http://www.maxwellfabrics.com

4. Fabric Spot
Fabric Spot is a Canadian online fabric store specializing in fresh, modern, contemporary designer sewing and quilting fabrics at low prices.

http://www.myfabricspot.com/

5. Kaztex Inc.

Kaztex Inc. has proven to be a major supplier of fabrics in the North American apparel and consumer product manufacturing industry. Giving 100% commitment and dedication to our clients through carefully detailed evaluation and thorough implementation, Kaztex Canada aspires to fulfill
this vision today, tomorrow and in the future.

http://www.kaztexcanada.com

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Cotton Waste Sellers Canada

Cotton Waste 

We are one of the leading suppliers of Cotton Wastes from India. Our product range includes comber noil, clean carding waste, clean flat strip, clean dropping, cotton linter and others.

Types of Cotton Waste :

Comber Noil 

We provide one of the finest qualities Comber Noil. Comber Noil is a by-product of the yarn spinning process, produced when cotton is combed in comber machine to remove short fibers. Because of comber noil being trash free, it can be used for a number of purposes like, manufacturing of pharmaceutical and surgical cotton. Besides this comber noil is also be used in yarn production.

We can also offer you Bleached Comber Noil. It is ideal for making cotton balls, cotton buds and cotton pads. It is manly used in cosmetic field. It is highly hygiene and therefore is appreciated by our clients.

Flat Waste, 

Cotton flat is also a by-product of the yarn spinning process, produced in first carding machine. This fiber length is usually longer but has higher trash as compared to comber noil.

Waste Droppings or lower carding waste are high in trash. Cotton dropping is obtained during yarn manufacturing. Its low cost and less fiber content makes it ideal for spinning low count yarn.

Waste Droppings 

Waste Droppings or lower carding waste are high in trash. Cotton dropping is obtained during yarn manufacturing. Its low cost and less fiber content makes it ideal for spinning low count yarn.

Clean Licker-in

Clean Licker-in is also a by-product obtained during yarn manufacturing. Being fiber-rich and low cost, it is valuable in low count yarn spinning


 Cotton linters

Cotton linters are fine, silky fibers which adhere to the seeds of the cotton plant after ginning. Linters are traditionally used in the manufacture of paper and as a raw material in the manufacture of cellulose.

We are the exporter of cotton linter form India to international markets. India produces an excess of linter, mainly in Gujarat and Tamil Nadu. We can provide durable and high-quality linter as per client specifications and standards. Our durable quality makes linter ideal for producing long life archival papers and other high-quality papers and viscose. This environment-friendly alternative can replace the use of wood and other precious natural resources while making paper, viscose and other products.

Linter Extraction we can offer linter in the First Cut and the Second Cut variety. First Cut has a longer fibre length as compared to the Second Cut. It is obtained by super cleaning of raw cotton, where fibres are extracted and baled. Then linter is passed through the de-linting machine – where we get the First Cut larger fibres, when passed for the second time to extract the remaining short fibres, we get the Second Cut.

Cotton Yarn Hard Waste

We are the leading Cotton Yarn Waste Suppliers in India. We can offer wide range of cotton yarn that is widely acknowledged for its innumerable uses.

Details :
Cotton Hard / Cotton Yarn Waste / Cotton Thread Waste : 20 To 50'S Ring Spun Yarn

 About Us
Cotton Source Inc. is located in Mississauga, ON, Canada. We cater high quality raw cotton and cotton bales. We have revolutionized the cotton industry with high diligent efforts, we have achieved specialization in the manufacturing of Raw Cotton and today we are well reckoned as one of the overriding Raw Cotton Manufacturers and Cotton Bales Exporters in continental North America.

Contact Us

Cotton Source Inc.
Dil Muhammad
Cotton Source Inc.
2495 Haines Rd #101, Mississauga, ON L4Y 1Y7, Ontario, Canada
Contact Phone: +1.4806242505
Phone: +1.4162555555
Fax: +1.9059494300
Website URL: http://www.cotton-source.com

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Cotton waste becomes important raw material for textile mills

Cotton waste, which was exported at a very low rate two decades ago, is now an important raw material for hygienic hospital products, wipers and dishcloth, mope rope, floor cleaning mops, towels and woven fabric that are all exported at much higher value.

“Many textile mills are now establishing recycling plants to reuse the cotton waste,” said M I Khurram, a leading spinning entrepreneur.

He said now nothing goes waste and even the dust that is left out after all processes is used as fuel for boilers. This dust that contains traces of wax is also exported to Japan and Korea where it is used as fertiliser to grow mushrooms, he added. He said large textile groups have established recycling plants to reuse waste cotton.

The group that leads in export of items made from recycled cotton is Mississauga, ON, Canada. The group is perhaps the largest exporter from Pakistan as far as the area covered is concerned.
“Our 200 international buyers are located in 90 countries spread in all continents,” said Mahmood J. Ihsan, chief executive of the group.

He said meat bag made from regenerated yarn (made from waste cotton) is an important export item which is being exported to Australia, New Zealand and Malaysia. He said mostly cotton rolls are being exported which are cut to size by users. Dusters made from waste cotton fabric are being exported to the United Kingdom, United States and Canada.

The demand, he added, is unending but exporters are constrained due to utilisation of lower capacities because of energy shortages. He said 30 percent of capacities of all recycling plants remain unutilised as they operate five days a week when gas is available and close for two days.
He said waste cotton that was being exported in the past is now being imported from Turkey, UAE, Spain and many Latin American countries to produce exportable products for the world markets.
Ihsan said medicated cotton is being produced from bleached cotton, adding in this process waste cotton is reprocessed and cleaned according to the WHO standards. He said beside hospital use this product is also used in cosmetics, ladies sanitary products and as party linen.

He said a new high-tech product has been introduced recently that has attracted renowned global companies like Johnson and Johnson and Proctor and Gamble.
“It is pharmaceutical grade nonwoven fabric,” he said and added that the fabric is made by from water jet pressure of 400 bars. The water is pumped out and the item left behind is nonwoven fabric and this fabric is used in medical, cosmetic and personal hygiene products, he added.

A leading spinner Cotton Source Inc said that many other products are being made from recycled cotton, adding cotton gloves made from recycled cotton are being exported in large quantity. It includes seamless gloves, working gloves and fashion gloves, he added. He said mop ropes and floor cleaning mops are among the first items that were made from the waste cotton yarn. These products he added are marketed both locally and globally. He said canvas cloth and drop cotton used for spreading on floors during parties are also made from waste cotton.

. Now nothing goes waste as the entrepreneurs have found buyers for every waste generated by the textile industry. “They simply cannot afford to let anything go waste because of intense competition globally and high inefficiencies forced on the sector by energy shortages.”

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Commercial Names of Cotton Fabrics

There are hundred types of name of fabric. As a textile engineering student, you should know some commercial name of fabric. Some commercial names of fabric are given below:

Batiste
A soft, fine plain woven fabric traditionally of flax but made in other fibres 100g/m2.

 

Bedford Cord 

A cord cotton-like fabric with raised ridges in the lengthwise direction. Since the fabric has a high strength and a high durability, it is often used for upholstery and work clothes.

Brushed Cotton 

A raised fabric produced by brushing, teazling or rubbing i.e. the fabric in open width is passed over roller covered in teazles(usually for wool) or fine wires to pull out the surface fibers to give the required effect.  Brushed jersey/fleece usually for sports use with a brushed back.

Cambric 

A light weight closely woven plain fabric usually stiffened. (74 g/m2)

Canvas 

A fabric made from cotton, hemp, flax, or jute, for 200 to 2000 g/m2. Covers cloths with a great variety of uses but salient features being strength and firmness.

Denim 

Traditionally a 3/1 warp-faced twill fabric made from yarn dyed warp and undyed weft typically 270 g/m2. True denim is a twill weave cotton-like fabric made with different colored yarns in the warp and the weft. Due to the twill construction, one color predominates on the fabric surface.

Double Cloth 

A fabric construction, in which two fabrics are woven on the loom at the same time, one on top of the other. In the weaving process, the two layers of woven fabric are held together using binder threads. The woven patterns in each layer of fabric can be similar or completely different.

Double Knit 

A weft knit fabric in which two layers of loops are formed that cannot be separated. A double knit machine, which has two complete sets of needles, is required for this construction.
Double Weave 

A woven fabric construction made by interlacing two or more sets of warp yarns with two or more sets of filling yarns. The most common double weave fabrics are made using a total of either four or five sets of yarns.
Duck 

A tightly woven, heavy, plain weave, bottom-weight fabric with a hard, durable finishes. The fabric is usually made of cotton, and is widely used in men's and women's slacks, and children's play clothes.
Flannel 

A medium-weight, plain or twill weave fabric that is typically made from cotton, a cotton blend, or wool. The fabric has a very soft hand, brushed on both sides to lift the fiber ends out of the base fabric and create a soft, fuzzy surface. End-uses include shirts and pajamas.
Gabardine

A tightly woven, twilled, worsted fabric with a slight diagonal line on the right side. Wool gabardine is known as a year-round fabric for business suiting. Polyester, cotton, rayon, and various blends are also used in making gabardine.
Lace 

Fine openwork fabric with a ground of mesh or net made by looping twisting or knitting on which pattern may be worked - crocheting, tatting, embroidery, weaving or knitting.
Lawn 

A light, fine cloth made using carded or combed linen or cotton yarns. The fabric has a crease-resistant, crisp finish. Linen lawn is synonymous with handkerchief linen. Cotton lawn is a similar type of fabric, which can be white, solid colored, or printed.
Madras

A lightweight plain weave cotton fabric with a striped, plaid, or checked pattern. True madras will bleed when washed. This type of fabric is usually imported from India. End-uses are men's and women's shirts and dresses.
Muslin 

An inexpensive, medium weight, plain weave, low count (less than 160 threads per square inch) cotton sheeting fabric. In its unfinished form, it is commonly used in fashion design to make trial garments for preliminary fit. A light weight plain open weave bleached and died (not exceeding 68 g/m2).
Net 

An open mesh fabric in which a firm structure formed by twisting interlocking or knitting.
Organdy 

A stiffened, sheer, lightweight plain weave fabric, with a medium to high yarn count. End-uses include blouses, dresses, and curtains/draperies.
Oxford 

A plain weave of good quality having two warp ends weaving as one often striped with fancy weave effects. A fine, soft, lightweight woven cotton or blended with manufactured fibers in a 2 x 1 basket weave variation of the plain weave construction. The fabric is used primarily in shirtings.
Pique (woven)

A fabric showing rounded cords in the weft direction with pronounced sunken lines between. Weave on the face of the cord plain with warp floats the width of the cords on the back. Wadding picks are used to accentuate the prominence of the cords.
Poplin 

A plain weave cotton type fabric with weft way ribs and high warp sett. The construction is characterized by having a slight ridge effect in one direction, usually the filling. Poplin used to be associated with casual clothing, but as the "world of work" has become more relaxed, this fabric has developed into a staple of men's wardrobes, being used frequently in casual trousers.
Sailcloth 

It is originally tightly woven cotton or linen canvas (now made from nylon or polyester for actual sails).
Sateen 

A weft faced fabric in which the binding places are arranged to produce a smooth fabric and avoid twills fabric. A fabric made from yarns with low luster, such as cotton or other staple length fibers. The fabric has a soft, smooth hand and a gentle, subtle luster. Sateen fabrics are often used for draperies and upholstery.
Satin 

A warp faced weave in which the binding places are arranged to produce a smooth fabric and avoid twills. Satin is a traditional fabric for evening and wedding garments. Typical examples of satin weave fabrics include: slipper satin, crepe-back satin, faille satin, bridal satin, moleskin, and antique satin.
Taffeta 

A lustrous, medium weight, plain weave fabric with a slight ribbed appearance in the filling (crosswise) direction. For formal wear, taffeta is a favorite choice. It provides a crisp hand, with lots of body.
Velvet 

A medium weight cut-pile constructed fabric in which the cut pile stands up very straight. It is woven using two sets of warp yarns; the extra set creates the pile. Velvet, a luxurious fabric, is commonly made with a filament fiber for high luster and smooth hand.

Read more: http://cotton-source.com/pure-cotton

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Canadian Cotton Product Manufacturers : Types Of Cotton Waste

Cotton Waste

CS-333 RAW COTTON 1/1/31 TO 1/1/16

CS-334 RAW COTTON 1/1/16 TO 1/3/32

CS-335

CS-336 RAW COTTON INCH PLUS

CS-337 COMBER NOIL FROM SHIPPING MILLS

CS-338 COMBER NOIL CARDED

CS-339 COMBER NOIL BLEACHED

CS-340 ROVING 100% COTTON A GRADE

CS-341 CARDED FLY CLEAN 100% COTTON

CS-342 SHODDY WITH 30% OTHER MIX YARN

CS-343 SHODDY WITH 5% OTHER MIX YARN

CS-344 WILLOW FLY A GRADE

CS-345 WILLOW FLY B GRADE

CS-346 WILLOW DROPPING A

CS-348 WILLOW DROPPING C

CS-349 LAKRIN

CS-351 YARN WASTE 100% COTTON R/S AUTO O/E

CS-352 YARN WASTE 100% COTTON SIZING

CS-353 PC YARN WASTE SPINNING MILLS

CS-354 PC YARN WASTE MIX OPEN END/SPINNING

CS-355 PC YARN WASTE SIZING

CS-356 LINTER 1ST CUT, 2ND CUTCS-357 LINTER ARTIFICIAL

CS-358 GIN MOTO

About Us
Cotton Source Inc. is located in Mississauga, ON, Canada. We cater high quality raw cotton and cotton bales. We have revolutionized the cotton industry with high diligent efforts, we have achieved specialization in the manufacturing of Raw Cotton and today we are well reckoned as one of the overriding Raw Cotton Manufacturers and Cotton Bales Exporters in continental North America.

Contact Us

Cotton Source Inc.
Dil Muhammad
Cotton Source Inc.
2495 Haines Rd #101, Mississauga, ON L4Y 1Y7, Ontario, Canada
Contact Phone: +1.4806242505
Phone: +1.4162555555
Fax: +1.9059494300
Website URL: http://www.cotton-source.com

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THE PROCESS OF MAKING COTTON CLOTH

The manufacture of cotton cloth is a complex process, involving many highly skilled workers, each performing a particular critical step in the overall process. The many complex steps can be divided into three general categories - Preparation, Spinning, and Weaving. In addition to this, there is the process of preparing the design that will be applied to the woven cloth. Cotton cloth manufacturing was indeed a "high-tech" venture in the 1880s!

 

PREPARATION
1. Bales of cotton of various grades are moved from the WAREHOUSE to the BALE OPENING room.
2. Selected bales are opened and placed in position beside the BREAKING and OPENING machine. This is actually a line of machines, working as a unit, that tear apart and partially clean matted, compressed, and baled cotton. The result is small loose bunches of cotton.
3. The cotton is then placed into the BLENDING MACHINE. This is a group of devices that are synchronized to proportion definite amounts of various grades of cotton which are to be blended together.
4. At this time, matted cotton and waste yarn salvaged from operations in the mill are placed into the WASTE MACHINE. This machine beats, pulls apart, and fluffs up waste cotton to prepare it for re-use.
5. Cotton from both the BLENDING MACHINE and the WASTE MACHINE is fed into the BREAKER PICKER. In this unit the raw cotton is partially cleaned by beating and fluffing and then fed into the FINISHER PICKER.
6. The FINISHER PICKER receives partially cleaned cotton in the form of LAP from the BREAKER PICKER and completes the cleaning and fluffing process. LAP is a general term used to designate wide sheets of loosely matted cotton.
7. The cotton is next processed by a CARDING MACHINE, where dirt and short fibers are removed, other fibers are laid parallel and formed into a ropelike strand called a SLIVER. The SLIVER is deposited in large cylindrical containers called CANS.
8. Subsequent processing depends on whether better grade (combed) yarn, or lower grade (carded) yarn is desired. For the lower grade, processig continues at the DRAWING FRAME (see step 12 below)
9. For better grade yarn, the SLIVER is first processed by the SLIVER LAPPING MACHINE, which draws and combines several strands of SLIVER into a sheet of LAP and winds it on a spool ready for RIBBON LAPPING or COMBING.
10. The LAP is processed by a RIBBON LAPPING MACHINE which draws and combines several rolls of LAP into one roll of RIBBON LAP, straightening the fibers slightly and making the lap more uniform in weight and texture, ready for feeding to a COMBING MACHINE. RIBBON LAP is a roll of closely matted cotton fibers, about 10 inches wide.
11. COMBING is the process of extracting fibers below a predetermined length and removing any remaining dirt. Output of the COMBING MACHINE is deposited in CANS.
12. The cotton is next processed by the DRAWING FRAME. It is a machine in which several strands of SLIVER are combined into one strand and DRAWN OUT so that the combined strands approximate the weight and size of any one of the original strands. The term DRAWN OUT means to stretch a strand of cotton, usually by running the strand between several pairs of rollers, each pair turning faster than the pair before it.
13. The SLUBBING MACHINE then draws out strands of SLIVER and twists them together loosely in order to give the strands (now called ROVING) sufficient strength to withstand subsequent operations.
14. The ROVING is processed by the FLY FRAME. This machine progressively combines two strands of partially processed ROVING into one, draws out the combined strands until they are of prescribed weight, and twists them loosely in order to give them sufficient strength to withstand subsequent operations.

SPINNING

1. The cotton is now ready for SPINNING. Spinning is the process of making YARN from cotton fibers by drawing out and twisting the fibers into a thin strand. That is, one or more strands of slightly twisted ROVING are used to produce one strand of spun YARN. The yarn is wound on bobbins.
2. The next step is to produce either WARP or FILLING. WARP is the set of yarn strands which run lengthwise in a piece of cloth. FILLING, also called WOOF and WELT, is the yarn which is interlaced through the WARP to produce cloth.

MakingFILLING:
a. FILLING may be single-ply or multiple-ply. For multiple-ply, steps (a) and (b) for making WARP below are completed before the yarn is conditioned. For single-ply, the yarn is immediatly conditioned after spinning. Conditioning is the act of exposing bobbins of FILLING YARN to steam or to a spray of conditioning solution in order to set the twist, to remove kinks from the yarn, and to prevent its kinking in subsequent processes.
Making WARP:
a. The DOUBLING MACHINE winds two or more strands of yarn onto one PACKAGE without twisting them. PACKAGE is simply a general term for any wound arrangement of YARN.
b. The yarn is then TWISTED. The TWISTING MACHINE twists two or more strands of spun yarn into a heavier, stronger, single strand. This process may be repeated until the desired number of plys is produced.
c. The WINDING MACHINE winds yarn from several bobbins in a continuous length onto a spool. Output is CHEESES or CONES of yarn to be used for WARP. The term CHEESE refers to a roll of yarn built up on a paper or wooden tube in a form that resembles a bulk cheese. A CONE is a tapered cylinder of wood, metal, or cardboard around which yarn is wound.

3. The WARP may, or may not, be dyed. If not, then it is next processed by the WARPING MACHINE. This machine takes about 500 strands of yarn and winds them side by side onto one large spool called a SECTION BEAM. The SECTION BEAM is about three feet in diameter. Processing continues at step 6 below.
4. If the WARP is to be dyed, it is processed by the BALL WARPING MACHINE. This machine takes about 500 strands of yarn and gathers them together into a large, loose, rope-like strand, and winds it on a wooden core preparatory to dyeing. The yarn is then dyed in a different location, producing rolls of dyed WARP YARN.
5. The dyed yarn is processed by the BEAMER MACHINE which separates the individual strands of dyed yarn and winds them onto one large spool (BEAM). The result is the same as step 3 above.
6. The SLASHING MACHINE takes the yarns from several SECTION BEAMS and winds them side by side onto one wider spool called a LOOM BEAM.

WEAVING
1. WEAVING is the interlacing of WARP and FILLING YARN to form a cloth.
1. The inputs to the weaving process, performed on a LOOM, are (1) the WARP YARN from the LOOM BEAM (2) the FILL YARN from a bobbin, and (3) the mechanism that controls the design to be applied to the cloth (see Designing below).
2. If there is no LOOM BEAM currently in the LOOM, the new BEAM must be DRAWN-IN. DRAWING IN is the process of threading the WARP filaments from the LOOM BEAM into the LOOM in the order indicated by the design to be applied to the cloth (see Designing below). If the current LOOM BEAM has been exhausted, the yarn ends from the new BEAM are twisted or knotted to the ends of the exhausted BEAM.
3. As the LOOM runs, the longitudinal strands of WARP YARN are positioned so that every other strand is raised. A pointed block of wood called a SHUTTLE pulls the FILLING YARN through the strands. The position of the WARP YARN strands are then reversed and the SHUTTLE pulls the FILLING YARN in the reverse direction. This process then repeats. Note that this description is for a simple weave.
4. As bobbins are emptied, any remaining yarn is removed from them and returned to the waste machine for salvage. The clean bobbins are then returned to the spinning operations.
5. Cloth produced by the loom is wound on a large roll and sent to the STITCHING MACHINE, where lengths of cloth are stitched together.
6. The SHEARING MACHINE cuts away knots and loose yarn ends from the surface of the cloth to give it a smooth surface.
7. Finally, the cloth is inspected, graded for quality, and delivered to shipping.

DESIGNING
1. Designing is the process of deciding on the pattern that is to be woven into a cloth and also the basic weave (plain, twill, or satin). The design is drawn on cross-section paper and called a DESIGN DRAFT.
2. There are two primary types of LOOMS - the DOBBY LOOM and the JACQUARD LOOM. The former is adequate for simple weaves, while the latter is required for more complex weaves. The main difference in the two LOOMs lies in how the individual WARP YARN threads are controlled, as explained below.

DOBBY LOOM
a. The HEDDLE is a fiber or metal strand, pierced with a hole (eye), through which a WARP YARN strand is threaded.
b. The HARNESS is an assemblage of HEDDLES attached to a HARNESS FRAME. A separate HARNESS is used for each group of WARP YARN strands that must be moved independently to weave a desired pattern.
c. Each HARNESS FRAME is fastened to a mechanism that raises and lowers it in proper sequence to form the SHEDS through which the SHUTTLE carries the FILLING YARN to produce cloth of a specified pattern. The SHED is the opening made across the WARP by the raising of some threads and the depressing of others. It is through this opening that the SHUTTLE passes and lays the cross of FILLING YARN of a fabric.
d. A two-harness LOOM (one with two sets of HEDDLES) can produce plain weaves. Three or more HARNESSES are required to produce twill fabrics. Other types of fabrics may require a minimum of five HARNESSES.
e. The cloth designer converts the DESIGN DRAFT into a PATTERN CHAIN, an arrangement of wooden crossbars and metal pegs which is used to control the WEAVING of cloth designs and patterns on the DOBBY LOOM. The metal pegs, about an inch long, determine which HARNESSES are raised and when.
JACQUARD LOOM
a. Each strand of WARP YARN can be individually controlled. The HEDDLE HARNESS of the DOBBY LOOM is replaced by a series of upright wires with hooks at their upper ends. The hooks are attached to a controlling head high above the loom. The Jacquard head is controlled by a punch card system.
b. The cloth designer converts the DESIGN DRAFT into punched cards. The presence or absence of holes in each card determines whether each WARP YARN strand is raised or lowered. The cards are fed through the Jacquard head at the rate of one card for each pass of the SHUTTLE.
c. Since the cards are small, and each one can control only a few WARP YARN strands, a number of cards are laced together to control the full width of the LOOM.

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High Quality Raw Cotton Sellers In Canada

What is Cotton? 

Cotton products grown without the use of any synthetically compounded chemicals (i.e. pesticides, growth regulators, defoliants, etc.) and fertilizers is considered as 'cotton' products. But it cannot be claimed as cotton unless it is certified as cotton. Cotton products that is grown purely on natural lines. The crop is grown using minimal pesticides and fertilizers, if any. Whatever little fertilizers and pesticides are used are natural, and are not harmful to environment. The tools and the various processes used by cotton farmers are such that they do not cause any adverse effect on the environment.

Why Cotton ?
Cotton production is the most popular name used in the cotton industry. Cotton is a concept that is gradually gaining popularity in the modern times. People all over the world are becoming more and more aware of issues, such as global warming, pollution and environment protection. The concept of Cotton has been largely accepted as a solution to these issues. The concern for a life devoid of the use of extremely harmful toxic chemicals, the need for an eco-friendly industrial and agricultural culture and an increasing awareness of depleting natural resources and the consequences therein-these are factors which are shaping the life styles of people world wide. It is in this context that the relevance of Cotton becomes important.

What is Farming ?

Production is a system of growing spices without synthetic chemical fertilizers, herbicides. The system promotes enhanced biological activity, encourages sustainability and commands proactive management of production systems. Farming is a farming system that relies on natural inputs only. Production can be defined in many ways but agriculture is an ecological production management system that promotes and enhances biodiversity, biological cycles and soil biological activity. It is based on minimal use of off-farm inputs and on management practices that restore, maintain and enhance ecological harmony Modern production requires much more intensive and innovative management.

Benefits of Cotton
Cotton’s benefits can be classified in major two areas -direct and indirect. Direct benefit is on body and indirect benefit is for environment. In our opinion: first its usage is getting accepted in direct benefit area and that also in more sensitive areas like children Ware, Children inner wear etc. People having skin allergies can be next big user segment. Then it can come to outer areas. Once economy gets wealthier-they start caring more for environment.

About Us
Cotton Source Inc. is located in Mississauga, ON, Canada. We cater high quality raw cotton and cotton bales. We have revolutionized the cotton industry with high diligent efforts, we have achieved specialization in the manufacturing of Raw Cotton and today we are well reckoned as one of the overriding Raw Cotton Manufacturers and Cotton Bales Exporters in continental North America.

Contact Us

Cotton Source Inc.
Dil Muhammad
Cotton Source Inc.
2495 Haines Rd #101, Mississauga, ON L4Y 1Y7, Ontario, Canada
Contact Phone: +1.4806242505
Phone: +1.4162555555
Fax: +1.9059494300
Website URL: http://www.cotton-source.com

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