LEVITEX manufactures 100% cotton flame-retardant fabric for protective workwear. Share your garment application, target weight, color, laundering process, and required standards so we can help you select a suitable construction and review product-specific test documentation before bulk ordering.
100% Cotton
Weight: 460 GSM
Width: 150cm / 59in
100% Cotton
Weight: 390 GSM
Width: 150cm / 59in
98% Cotton 2% AS
Weight: 220±5 GSM
Width: 150cm / 59in
100% Cotton
Weight: 185 GSM
Width: 150cm / 59in
100% Cotton
Weight: 290 GSM
Width: 150cm / 59in
100% Cotton
Weight: 225 GSM
Width: 150cm / 59in
100% Cotton
Weight: 240±5 GSM
Width: 198cm / 78in
100% Cotton
Weight: 220±10 GSM
Width: 163cm / 64in
98% Cotton 2% AS
Weight: 240-250 GSM
Width: 165cm / 65in
100% Cotton
Weight: 270-280 GSM
Width: 163cm / 64in
100% Cotton
Weight: 180+ GSM
Width: 170cm / 67in
98% Cotton 2% AS
Weight: 280±5% GSM
Width: 160cm / 63in
Ordinary cotton burns and keeps burning once it catches. A fabric only qualifies as flame retardant cotton fabric when a 100% cotton base has been treated with an FR finish and backed by finished-fabric test data, not fiber content alone.
A well-constructed 100% cotton fabric is fully compatible with flame-retardant treatment, which is why so much industrial workwear and protective overalls still use it. Before ordering, ask for the finished-fabric test report tied to the specific roll or lot you plan to buy, not a generic data sheet for the fiber type.
As a durable flame-retardant fabric, treated cotton must maintain its integrity under severe thermal exposure. Our breakdown of cotton FR treatment and testing explains what that evidence should include and why fiber content and finish have to be verified together. Never assume FR performance from a cotton label by itself.
The right weight and weave depend on the job the garment does, not a fixed number. Heavier twills and sateens suit protective overalls and jackets that take daily abrasion, while lighter weaves work better for shirts worn in hot conditions.
Weave also affects comfort: sateen constructions give a smoother hand and help molten splashes shed off the surface, while twill offers more rugged durability. Cotton’s natural fiber structure absorbs moisture and allows airflow, which keeps industrial workwear breathable during long shifts.
That absorbency means 100% cotton fabric garments take longer to dry than synthetic blends. Our guide to cotton workwear fabric selection covers how weave, weight, and finish affect movement and all-day wearability. Match the construction to the task, not just the GSM printed on the spec sheet.
Ask for the exact fabric reference, test method, and results before assuming any FR fabric fits your hazard. Selecting an appropriate flame-retardant fabric requires evaluating the precise risks of your operating environment.
Flash fire exposure, arc flash, and welding splash are different hazards tested under different standards: NFPA 2112 and ASTM F1930 address flash fire protection, ISO 11612 and EN ISO 11611 (sometimes referenced as EN 11611) cover heat and flame or welding-related hazards, and arc rating under NFPA 70E or EN 61482 / EN 61482-1-1 addresses electric arc exposure specifically.
A fabric certified for flash fire protection is not automatically arc-rated, and fabric-level test results are not the same as a finished garment’s certification. Our page on FR testing and certification requirements explains how to read a test report and confirm its scope matches your workplace.
Request certification documents that name the fabric lot, not just the fiber type. Skip any standard written for curtains or building materials since it says nothing about protective clothing.
FR performance on FR cotton fabric can change with washing, so ask for documented wash data before you commit to a lot. A supplier should be able to show the wash or dry-clean procedure used, how many cycles were tested, and the protective results retained after those cycles.
This proof should cover the specific flame retardant cotton fabric you are buying rather than a generic claim about cotton FR fabrics as a category. Industrial laundering is harsher than home washing and can affect finish retention differently depending on the treatment.
Our guide on FR clothing care requirements lays out what documentation to request and how to read it. Treat wash-retention data as fabric-specific, not a blanket guarantee that applies across every weight or finish in a supplier’s range.
Bulk orders need written acceptance criteria before cutting starts, covering shrinkage, strength, and sample approval so the fabric that ships matches what was tested. Skipping this step is the most common reason a bulk order arrives with inconsistent color, size, or hand feel across lots.
Dimensional change has to be measured and capped before cutting any 100% cotton FR fabric. Request lengthwise and widthwise shrinkage results along with the acceptance limits your supplier works to, then compare those figures against the finished garment fit after washing.
Shrinkage is a separate property from FR retention. A quality cotton flame retardant fabric can hold its flame-retardant finish through washing and still shrink enough to alter garment sizing. Our article on fabric shrinkage and dimensional stability explains how these results are measured and what range is reasonable to accept.
A clear sample-approval process protects both sides of a bulk order. Before placing a production order, specify composition, construction, target weight, usable width, color, intended quantity, laundry process, and the hazard-specific documentation that applies to your use case.
Levitex works with buyers to confirm these details against styles such as CFR220AS, CFR260, and CFR350AS. Each shipment verifies color fastness, tensile strength, and abrasion resistance results tied directly to the approved FR cotton fabric sample.
Agree in writing on:
Sample approval before bulk production starts
Lot identification carried through to the finished rolls
Acceptance criteria for color, weight, and width tolerances
Our page on fabric inspection and quality control outlines how lot tracking and acceptance checks work in practice. For a specific weight, width, or hazard documentation request, Levitex’s sales team (Charlie Luo, Charlie@levitex.com) can confirm what’s available before you commit to a quantity.
We recommend looking for fabrics that meet NFPA 2112 standards for industrial protective clothing or NFPA 701 for drapery and furnishing materials. These certifications ensure the fabric has been tested for flame resistance under controlled conditions.
ASTM D6413 is another important standard that measures vertical flame resistance in textiles. For workplace safety garments, OSHA regulations often require compliance with specific NFPA standards depending on the hazard level.
OEKO-TEX Standard 100 certification confirms that the flame retardant treatments meet strict safety standards for skin contact. Some manufacturers also test their fabrics using NFPA 705, which is a field test method for textiles already in use.
Flame-retardant cotton fabrics maintain their comfort characteristics, including softness, breathability, and versatility, without significant compromise. Modern chemical treatments are engineered to preserve the natural properties that make cotton a preferred fiber.
The durability of the flame-retardant properties depends on whether the fabric has a topical finish or is made with inherently flame-resistant fibers. Topical treatments may require reapplication after multiple wash cycles or dry cleaning sessions.
We find that properly maintained flame-retardant cotton retains its protective qualities through normal wear. However, the chemical treatment can degrade over time with repeated washing, exposure to harsh detergents, or bleach.
Cotton fabric requires chemical treatment to become flame-retardant. Natural cotton fibers are not inherently fire-resistant and will burn when exposed to flame.
The treatment process involves immersing the cotton fabric in special flame-retardant chemicals that adhere to or react with the fibers. When exposed to flame, these chemicals release gases to displace oxygen or form a protective char layer on the fiber’s surface.
PYROVATEX and DROTEX are two common chemical treatment technologies used on 100% cotton fabrics. These treatments prevent flames from spreading while maintaining the fabric’s natural characteristics.
We advise washing flame-retardant cotton in warm or cold water with mild detergent. Avoid using bleach, fabric softeners, or harsh chemicals that can break down the flame-retardant treatment.
Machine washing on a gentle cycle works best for most treated fabrics. Tumble dry on low heat or line dry to preserve the chemical treatment.
Never use chlorine bleach or hydrogen peroxide-based products on flame-retardant cotton. Treated FR fabrics may need retirement from service when the chemical treatment becomes compromised, even if the fabric shows no visible wear.
Some manufacturers recommend annual testing to verify the fabric still meets flame resistance standards. We suggest following the specific care instructions provided by your fabric manufacturer.
Flame-retardant cotton offers superior comfort and breathability compared to synthetic alternatives. Cotton’s natural fiber characteristics provide better moisture management and temperature regulation for workers in hot environments.
Cost is another significant factor where flame-retardant cotton excels. These fabrics match the protective performance of competitive products at a fraction of the cost.
Various fibers including cotton and polyester are used in treated FR fabrics, each offering different benefits. Cotton blends with nylon or polyester provide enhanced durability but may require more complex treatment processes.
We consider the specific hazard level, comfort requirements, and budget when selecting between flame-retardant cotton and alternatives like aramid fibers or modacrylic blends. Cotton works well for moderate heat exposure and general industrial use.
Industrial textile suppliers and specialized safety fabric distributors offer flame-retardant cotton by the yard. We recommend requesting samples and certifications before placing large orders.
