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  • Nylon Spandex vs Polyester Spandex for Activewear

    Nylon Spandex vs Polyester Spandex for Activewear


    Choose nylon-spandex or polyester-spandex by comparing the finished fabric against the garment's hand, stretch-force, recovery, moisture, color, durability, and cost requirements. Fiber family is a useful starting point, but it does not determine performance without yarn, knit construction, finishing, and test conditions.

    Nylon-spandex and polyester-spandex fabric comparison reference

    Start with the garment decision

    A yoga legging, sports bra, fitted training top, and team jersey place different loads on fabric. Define the body zones, expected extension, fit, color range, care cycle, and required claims before choosing the fiber family.

    Nylon-spandex is often shortlisted when a smooth, soft hand is central to the product brief. Polyester-spandex can be shortlisted where the development programme emphasizes particular dyeing, repeated-use, or moisture objectives. These tendencies must be confirmed on finished samples; neither blend is automatically softer, quicker drying, more durable, or more supportive.

    Compare finished constructions, not generic fibers

    Decision area Nylon-spandex candidate Polyester-spandex candidate Required confirmation
    Hand and surface Often selected for smooth next-to-skin styles Can be engineered across a wide range of hands Approved finished swatch before and after washing
    Stretch and recovery Depends on yarn, spandex placement and knit Depends on yarn, spandex placement and knit Direction, force or load, cycles and recovery time
    Moisture behavior Must be measured on the construction Must be measured on the construction Wicking, spreading or drying method tied to claim
    Color and heat response Dyeing and finishing conditions matter Dyeing and finishing conditions matter Shade, colorfastness and process compatibility
    Durability Construction and surface control pilling and abrasion Construction and surface control pilling and abrasion End-use abrasion, pilling and snagging tests

    This comparison avoids a common error: attributing a result to nylon or polyester when it was actually produced by construction or finishing.

    Activewear fabric application comparison

    Treat GSM and spandex percentage as incomplete inputs

    GSM helps estimate fabric mass and often affects coverage, but it does not specify thickness, density, opacity, or support. Spandex percentage does not define maximum stretch, force at garment extension, or recovery. Two blends with similar labels can behave differently because their yarn sizes and knit geometries differ.

    Record finished GSM, usable width, thickness where relevant, and conditioned test results. Evaluate coverage in the selected colors and at the extension expected in the garment.

    Compare commercial cost through garment yield

    Price per kilogram is not enough. Usable width, shrinkage, edge loss, shade grouping, defect allowance, and marker efficiency determine cost per accepted garment. Finishes may also add cost and require post-wash validation.

    Do not assume a typical MOQ or lead time. Request current terms for the selected construction, color count, and development route, because those conditions are order-specific.

    Procurement next step

    Send identical briefs for nylon-spandex and polyester-spandex candidates. Include garment type, fit, expected extension, hand reference, target GSM and width, colors, care cycle, required tests, and planned claims. Compare identified finished swatches, measured data, and washed garment samples before choosing the fiber family or approving bulk production.

  • How to Evaluate Cooling Claims in Sun-Protection Fabrics

    How to Evaluate Cooling Claims in Sun-Protection Fabrics


    Buyers should evaluate a cooling claim by identifying the physical property being claimed, the test method used, and the conditions under which the result applies. “Cooling,” “ice feel,” and “breathable” are not interchangeable, and none of them confirms UPF performance.

    Translate marketing language into a measurable property

    A cooling claim may refer to:

    • initial cool touch when fabric contacts the skin;
    • moisture spreading or wicking;
    • drying rate;
    • air permeability;
    • thermal resistance;
    • solar or infrared reflectance.

    Each property answers a different question. A cool first touch may fade as temperatures equalize. Strong moisture spreading does not prove rapid drying, and high air permeability does not prove lower temperature in direct sun. Ask the supplier to identify the mechanism before reviewing data.

    Cooling sun-protection fabric sample reference

    Check whether the evidence matches the fabric

    The report should identify the exact composition, construction, color, finish, and conditioning state. Confirm the laboratory method, units, specimen orientation, comparison material, and whether the result is before or after washing.

    Avoid percentage-improvement claims unless the baseline, calculation, and test conditions are shown. A result against an unspecified control fabric cannot support a reliable sourcing comparison.

    Resolve the cooling and UPF tradeoff

    Sun-protection fabric often needs sufficient coverage to limit UV transmission. Increasing density or thickness may change airflow and fabric mass, while opening the construction for ventilation may affect UPF under stretch. The correct balance depends on garment fit, body coverage, color, climate, and activity.

    Evaluate UPF and cooling as separate specifications. A valid UPF report does not prove thermal comfort, and a cooling result does not prove UV protection.

    Sun-protection apparel fabric under warm-weather use

    Include color, stretching, and washing

    Dark and light colors can absorb and reflect solar energy differently. Dyeing and finishing may also change hand and moisture behavior. Require a color-validation plan rather than extending one shade's result to the entire range.

    For fitted garments, check the structure at garment-relevant extension. If cooling or UPF depends on an applied finish, repeat the relevant measurement after the intended care cycle. The wash protocol, number of cycles, and drying method should be stated.

    Compare candidates with one evidence table

    Question Required record
    What does “cooling” mean? Defined property and measurement method
    Compared with what? Identified control fabric and calculation
    Under which conditions? Temperature, humidity, conditioning and specimen state
    Does it survive care? Post-wash result under the intended care route
    Does it maintain sun protection? Separate UPF evidence for relevant color and extension
    Does the garment remain usable? Fit, drape, coverage, seam and wearer trials

    Procurement next step

    State the garment, climate, activity, fit, colors, care label, expected extension, and exact cooling and UPF claims. Request complete reports tied to identified finished samples. Compare candidates under the same methods, then verify the selected fabric in a washed garment sample before approving bulk or publishing performance language.

  • How to Verify Fabric for UPF 50+ Shirts

    How to Verify Fabric for UPF 50+ Shirts


    Before approving fabric for a UPF 50+ shirt, buyers should verify a complete test report for the exact finished construction and color, then confirm whether the rating remains applicable after stretching and the intended care cycle. Fiber content, GSM, opacity, or a supplier declaration cannot replace matched test evidence.

    Start with the claim and garment coverage

    Define where and how “UPF 50+” will appear on the product, packaging, and sales page. The claim should match the market, test method, fabric condition, and garment design. Sleeves, collars, mesh panels, openings, and uncovered skin influence the protection delivered by the finished shirt even when the main fabric has a valid result.

    Identify the activity, climate, fit, color range, and expected extension. A fitted sun shirt may open its knitted structure at the shoulders or torso, while a loose shirt may prioritize airflow and drape.

    Sun-protection fabric sample reference for UPF verification

    Read the full report, not the headline value

    The report should identify:

    • testing laboratory and test method;
    • fabric code, composition, construction, color and finish;
    • specimen condition and conditioning procedure;
    • individual or reported UPF result and classification;
    • whether the sample was unwashed, washed, wet, stretched, or otherwise conditioned;
    • report date and traceability to the submitted sample.

    Check that the fabric on the report matches the quoted and sampled material. A report for a similar composition or a different shade does not automatically support the current order.

    Treat color, stretch, and washing as variables

    UV transmission can change with color, construction, extension, moisture, and finishing. Establish which colors represent the range and whether each color requires testing or a documented validation approach.

    If the shirt is close fitting, assess the fabric at garment-relevant extension. If the claim must remain after laundering, define the wash and dry procedure and the number of cycles before testing. Do not describe a result as durable when only an unwashed specimen was evaluated.

    Finished sun-protection shirt fabric reference

    Evaluate comfort separately from UPF

    UPF does not establish breathability, cooling, moisture management, softness, or durability. Specify those properties separately and use relevant measurements. A denser construction may improve coverage while increasing weight or reducing airflow; a more open structure may feel lighter but require careful UPF validation under stretch.

    Garment trials should check drape, seam puckering, collar and placket stability, dimensional change, colorfastness, and wearer movement. These checks support the product decision but do not replace the UPF report.

    Supplier evidence checklist

    Evidence Buyer check
    UPF report Exact fabric, color, finish, method and condition match the order
    Specification sheet Composition, construction, finished GSM, width and finish are recorded
    Wash protocol Care route and pre-test cycles match the intended claim
    Color plan Representative or complete shade validation is defined
    Bulk control Lot identity and change-control process are agreed

    Procurement next step

    Send the supplier the garment design, fit, color range, care label, expected extension, target fabric weight and width, and exact UPF wording. Request matched reports, identified samples, and enough material for stretched panels and washed garment trials. Release bulk only when the claim, evidence, specification, and production fabric are traceable to one another.

  • Why Yoga Leggings Become See-Through During Squats

    Why Yoga Leggings Become See-Through During Squats


    Yoga leggings become see-through during a squat when extension opens the knitted structure enough to increase light transmission through the seat and thigh. The result depends on yarn coverage, loop density, thickness, color, stretch level, and garment fit—not simply fiber composition or GSM.

    What changes when the fabric stretches

    As a knitted fabric extends, loops change shape and the distance between yarns can increase. The same material that appears opaque while relaxed may reveal the background at the extension created by a deep squat.

    Pattern reduction matters because a smaller garment stretches the fabric further on the body. Size grading, seam placement, and body measurements can therefore change coverage even when every garment uses the same fabric lot.

    Stretch knitted fabric structure reference for squat coverage

    Why GSM is not a squat-proof rating

    GSM measures mass per square metre. It does not specify thickness, yarn diameter, loop density, stretch force, or the amount of extension in the garment. A higher-GSM fabric may provide greater coverage, but it can still become transparent if its structure opens substantially or the garment is undersized.

    Compare fabrics at the same controlled extension rather than ranking them by GSM alone. Record the finished GSM and thickness because dyeing, finishing, and relaxation can alter both.

    Color and lighting change the result

    Pale colors, bright colors, and dark colors can transmit or reflect light differently. A coverage result from black fabric should not be applied automatically to white, pastel, or neon shades. Dye depth and finishing can also affect surface appearance under stretch.

    Use consistent front and back lighting with a defined contrasting background. Avoid an uncontrolled hand test near a window, which is difficult to reproduce between suppliers or colorways.

    Yoga-legging movement reference for extended coverage assessment

    Build a repeatable sample check

    1. Condition the sample and record its color, construction, GSM, thickness, and direction.
    2. Define the extension that represents the critical garment zone.
    3. Mount each candidate at the same extension over the same contrasting background.
    4. Inspect under fixed lighting and viewing distance.
    5. Repeat after the intended wash cycle.
    6. Confirm the result in a fitted garment across relevant sizes and body zones.

    The fabric screen and garment squat test answer related but different questions. The fabric screen compares materials; the garment test captures pattern reduction, seams, size, and wearer movement.

    Common sourcing errors

    • Approving only a relaxed swatch. The failure occurs under extension.
    • Using one color for the range. Shade can change apparent coverage.
    • Specifying only spandex percentage. Blend ratio does not define loop opening or garment force.
    • Using GSM as the pass limit. Weight does not describe the full optical structure.
    • Ignoring washing. Dimensional change and finish loss can alter fit and coverage.

    Procurement next step

    Send the supplier the legging pattern intent, critical extension, color range, target construction, GSM and width, care cycle, and coverage-assessment setup. Request identified swatches in representative colors and enough material for fitted, washed garment samples. Approve the requirement in measurable terms rather than using “squat-proof” without defined conditions.

  • How to Choose Fabric for Yoga Leggings

    How to Choose Fabric for Yoga Leggings


    Choose yoga-legging fabric by matching its force, stretch recovery, coverage, moisture behavior, and wash stability to the intended fit and body zones. Composition and GSM help define candidates, but neither can confirm squat coverage, support, or long-term shape retention without controlled fabric and garment testing.

    Yoga-legging fabric reference for buyer evaluation

    Define the legging before selecting the fabric

    Start with the use case: low-impact yoga, studio-to-street wear, hot-weather training, or a higher-support legging. Record the rise, waistband construction, target compression, color range, size range, care label, and expected extension at the seat, thigh, knee, and waistband.

    A soft fabric may suit a comfort-led collection but provide insufficient force for a sculpting fit. A firmer fabric can improve support while increasing dressing effort and seam stress. The buyer must choose the tradeoff deliberately rather than ask for the “best” legging fabric.

    Compare nylon-spandex and polyester-spandex as starting points

    Nylon-spandex is often considered when a smooth, soft hand is important. Polyester-spandex can be considered for constructions targeting repeated training use or specific moisture behavior. These are screening tendencies, not guarantees.

    Yarn type, knit construction, spandex placement, dyeing, and finishing can make two fabrics with the same blend behave differently. Compare finished samples under the same conditions and specify any required moisture, abrasion, or colorfastness result separately.

    Evaluate coverage at garment-relevant extension

    Opacity should be assessed in the selected color and at the extension expected during a squat. Inspect the fabric over a controlled contrasting background and confirm the result in a fitted garment under consistent lighting. A relaxed swatch or one dark color cannot represent the whole color range.

    GSM influences mass and often coverage, but a heavier fabric is not automatically squat-proof. Yarn size, loop density, thickness, color, and extension determine how much the structure opens.

    Yoga leggings under movement for fabric coverage assessment

    Measure stretch, force, recovery, and growth

    Maximum stretch shows how far the fabric can extend, not how it feels at normal wear extension or how well it returns. Record test direction, load or extension, cycles, hold time, recovery time, and conditioning. Measure residual growth separately and repeat the relevant checks after the intended wash cycle.

    The garment sample must validate waistband hold, knee recovery, seam appearance, and comfort. Pattern reduction and seam construction can change fit even when fabric results remain within tolerance.

    Approve surface and care performance

    For yoga leggings, review pilling, abrasion, snagging, crocking, perspiration colorfastness, dimensional stability, and spirality as relevant to the product brief. If brushed, cooling, wicking, or anti-odor finishes are requested, confirm whether they are standard or optional and define how performance will be evaluated after laundering.

    Send a comparable sourcing brief

    Include:

    • garment use, fit, size range, and critical body-zone extension;
    • target composition, construction, finished GSM, width, hand, and color;
    • stretch, force, recovery, and residual-growth conditions;
    • coverage requirement and assessment setup;
    • wash route and dimensional tolerances;
    • relevant durability and colorfastness tests;
    • sample identification and bulk-lot traceability.

    Procurement next step

    Request two or more identified candidates against the same brief, then compare fabric data, sewn panels, and washed garment samples. ClothFactory can match an existing nylon-spandex or polyester-spandex base fabric or discuss development changes, but bulk approval should follow a written specification and sealed sample rather than a composition name or hand-feel preference alone.

  • Engineered Vertical Stripe Knit for Athletic Wear

    Engineered Vertical Stripe Knit for Athletic Wear


    Engineered Vertical Stripe Knit is an 80% nylon/20% spandex fabric specified at 170 GSM and 165 cm finished width. It can be considered for lightweight athletic panels requiring visible texture and stretch, but the specification does not by itself establish opacity, support, breathability, moisture management or recovery.

    Lightweight rib fabric reference for athletic wear

    Decide where the rib will be used

    Rib fabric may be used for a complete fitted top, waistband, cuff, side panel, or design insert. Each location creates a different requirement. A waistband needs controlled recovery and seam stability, while a body panel may prioritize drape, coverage, and comfort against the skin.

    Define the panel, expected extension, target fit, and adjacent materials before comparing swatches. A rib that performs well as trim can distort a large garment panel, and a body fabric may lack the recovery required for an opening or band.

    Interpret 170 GSM correctly

    GSM states mass per square metre; it does not state thickness, density, usable width, or garment yield. Yarn size, rib geometry, finishing, and relaxation affect how two 170 GSM fabrics feel and cover the body.

    Illustrative calculation — not ClothFactory production data: if a finished fabric is 170 g/m² and the assumed usable width is 1.50 m, 100 linear metres contain approximately:

    170 g/m² × 1.50 m × 100 m ÷ 1,000 = 25.5 kg

    The result changes with actual usable width and conditioned weight. Use verified finished measurements for costing rather than applying the example to an order.

    Test stretch, recovery, and coverage together

    Record stretch and recovery in both directions with the load or extension, hold time, recovery time, conditioning, and wash history stated. Inspect the rib relaxed and at the extension expected in the garment. Look for opening between ribs, loss of coverage, surface shine, and delayed recovery.

    Spandex content does not by itself define compression or support. Pattern reduction, seam construction, fabric force at garment extension, and body movement all affect the finished fit.

    Rib fabric application reference for performance apparel

    Control direction, surface, and seams

    Ribs make grain direction and panel rotation visible. Approve the face and direction, then assess whether marker rotation creates texture or shade mismatch. Sewing trials should check needle damage, skipped stitches, seam grin, puckering, and recovery after extension and laundering.

    If moisture, quick-dry, anti-odor, or cooling performance is required, specify it separately and request evidence for the finished fabric. Polyester content does not automatically prove those functions.

    Procurement next step

    Send the supplier the garment type, panel use, target composition, finished GSM and width, expected extension, color, care cycle, and required tests. Request an identified sample and enough yardage for marker, sewing, washing, and fit trials. Approve bulk against a sealed sample and written tolerances rather than the “170 GSM rib” description alone.

  • Ice-Silk Sun-Protection Jersey: UPF and Cooling Review

    Ice-Silk Sun-Protection Jersey: UPF and Cooling Review


    Ice-Silk Sun-Protection Jersey is an 86% nylon/14% spandex fabric specified at 175 GSM and 160 cm finished width. It should be described as UPF 50+ or cooling only when reports identify the exact finished construction, color, method and result; neither claim can be inferred from composition, jersey structure or product name.

    Jersey fabric reference for structured sun-protective apparel

    Verify the UPF claim at fabric and garment level

    Request the complete test report rather than a certificate image or summary statement. Confirm the laboratory, method, specimen identity, color, condition, and whether the reported value applies before or after washing. The fabric code and construction on the report should match the sample and quotation.

    Coverage can change when a knit is stretched. A result on relaxed fabric does not automatically represent a fitted sleeve, shoulder, or torso panel. Define the extension expected in the garment and decide whether testing or visual coverage assessment is required under that condition.

    Garment design also matters. Seams, mesh inserts, openings, and uncovered areas affect the protection delivered by the finished shirt even when the main fabric has a valid UPF result.

    Define what “cooling” means

    Cooling may describe initial contact sensation, moisture spreading, drying, air permeability, thermal resistance, or solar reflectance. These mechanisms are not interchangeable. Ask the supplier to connect the claim to a named measurement, test conditions, and an agreed acceptance criterion.

    If cooling depends on a finish, confirm whether the quoted result applies after the intended care cycle. If it depends on construction, compare thickness, density, air permeability, and coverage. A more open fabric may improve airflow while reducing UV protection under stretch, creating a tradeoff that must be resolved through testing.

    Sun-protective jersey application reference

    Evaluate structured-garment requirements

    For structured sun shirts, inspect plackets, collars, cuffs, pocket openings, and seams after washing. The body fabric may need reinforcement or a separate collar material. Stretch recovery, dimensional stability, seam puckering, and shade consistency should be approved alongside UV and cooling claims.

    Dark and light colors can produce different UV and thermal results. Do not extend a single-color report to every colorway without evidence or a color-validation plan. Dyeing and finishing can also alter hand and moisture behavior.

    Evidence buyers should request

    Claim or risk Required evidence
    UPF 50+ Full report identifying method, fabric, color, condition and result
    Cooling Defined property, method, conditioning and acceptance criterion
    Stretch coverage Result or assessment at the garment-relevant extension
    Wash durability Post-care-cycle UPF, cooling and dimensional results where claimed
    Production identity Composition, construction, finished GSM, width, finish and lot traceability

    Procurement next step

    Send the supplier the garment design, coverage zones, expected extension, color range, care label, target fabric weight and width, and exact claims planned for marketing. Request matched reports and identified finished samples, then produce and wash a garment sample. Do not approve the UPF 50+ or cooling wording until the evidence matches the fabric and use condition that will be sold.

  • Progressive Step-Rib Fabric for Performance Apparel

    Progressive Step-Rib Fabric for Performance Apparel


    Progressive Step-Ribbed Knit is an 86.5% nylon/13.5% spandex fabric specified at 170 GSM and 165 cm finished width. Its stepped texture can provide visual depth in performance apparel, but “bamboo-style” describes appearance rather than fiber content or proven breathability; airflow, recovery and surface durability still require finished-fabric verification.

    Step-rib textured fabric reference for performance apparel

    Treat the texture name as a design description

    A bamboo-like or stepped surface does not mean the fabric contains bamboo fiber. The purchase specification should state the actual fiber composition and knit construction separately from the visual name.

    The raised and recessed areas may influence contact with the skin, drape, moisture spreading, and surface reflection. Their effect depends on yarn, loop density, thickness, finishing, and garment fit. Ask for measured results if the product brief includes ventilation, cooling, or quick-dry claims.

    Match the structure to the garment panel

    A textured fabric used across an entire legging behaves differently from the same fabric used as a ventilation panel in a training top. Full-garment use requires consistent recovery, coverage, and surface appearance over large areas. Zoned use adds seam compatibility and differential-stretch risk where two materials meet.

    During sampling, compare the step-rib candidate with adjacent fabrics at the extension expected in the garment. Check seam waviness, panel distortion, hand transition, and recovery after wear simulation and laundering.

    Measure breathability under defined conditions

    Visual gaps or raised texture are not a substitute for air-permeability data. Record the test method, pressure differential, conditioning, specimen orientation, and result for the finished fabric. If moisture behavior is relevant, assess spreading and drying separately; air flow and drying are not the same property.

    Step-rib fabric application reference for activewear

    Control texture direction and cutting yield

    Step-rib direction can affect appearance and stretch. Mark the approved face and grain direction, then test whether rotating pattern pieces produces visible mismatch. If panel direction must remain fixed, include that restriction in marker planning and costing.

    Request finished usable width, edge allowance, shrinkage, and any repeat dimension. Cost per kilogram alone cannot show the effect of directional cutting, edge loss, or surface defects on accepted garment yield.

    Sample-review checklist

    • confirm actual composition, construction, finished GSM and usable width;
    • record stretch and recovery by direction before and after the care cycle;
    • inspect texture relaxed and at garment-relevant extension;
    • test air permeability or moisture behavior only when the product brief requires it;
    • assess pilling, snagging and abrasion on raised areas;
    • sew the fabric alone and against any adjoining panel material;
    • approve shade, face, direction and permitted surface variation.

    Procurement next step

    Send the supplier the garment type, panel location, expected extension, target weight and width, texture direction, color, care cycle, and required airflow or durability tests. Request identified samples and sufficient continuous fabric for marker, sewing, washing, and garment-fit trials before approving bulk production.

  • Multi-Gradient Stripe Fabric for Women’s Training Wear

    Multi-Gradient Stripe Fabric for Women’s Training Wear


    Engineered Multi-Gradient Stripe is a 77% nylon/23% spandex fabric specified at 160 GSM and 165 cm finished width. Its texture and color transition can differentiate women’s training wear, but buyers should confirm repeat length, shade continuity, panel placement, stretch recovery and appearance under extension before costing or approval.

    Multi-gradient rib fabric reference for training wear

    Decide whether the gradient is engineered or variable

    Before costing, ask how the color transition is produced and repeated across the fabric. The buyer needs the repeat direction, repeat length, usable width, edge allowance, and permitted variation within and between rolls. Without these values, the design team cannot predict where a gradient will appear on a sports bra, legging leg, waistband, or matched set.

    If the gradient position is allowed to vary, approve that variation deliberately. If matched placement is required, expect lower marker efficiency and additional cutting control. This is a commercial tradeoff: tighter visual matching can increase fabric consumption and panel rejection.

    Review the rib under garment extension

    Rib texture can change when stretched. Inspect the sample relaxed and at the extension expected in the garment zone. Check whether color gaps widen, the base becomes visible, ribs distort, or the surface develops unwanted shine.

    Stretch and recovery should be recorded in both directions with the extension, hold time, recovery time, and wash history stated. Spandex content or a rib description alone cannot establish support or shape retention.

    Plan panel orientation before bulk approval

    Use a full-width sample or production-length trial to place actual pattern pieces. Small hand swatches cannot show repeat utilization or left-right leg matching. Confirm whether panels may be rotated, whether mirrored placement is required, and how size grading changes the visible gradient.

    Gradient rib fabric application reference for women’s activewear

    Establish color and surface acceptance

    Approve the gradient in the lighting used for design review and inspect it again under retail-relevant lighting. Record acceptable shade change, banding, barre, streaks, and roll-to-roll variation. Because dye appearance can change with extension and finishing, evaluate both relaxed fabric and a fitted garment sample.

    Wash the sample according to the intended care label, then check shade migration, colorfastness, rib definition, dimensional stability, pilling, and recovery. Do not treat one approved colorway as evidence that every color combination will behave identically.

    Request information for comparable costing

    The quotation should include finished GSM, usable width, repeat dimensions, expected matching allowance, minimum cuttable length, and any restrictions on roll sequence. Compare cost per accepted garment rather than price per kilogram alone; repeat waste and shade sorting can outweigh a lower fabric price.

    Procurement next step

    Provide the supplier with garment drawings, panel dimensions, desired gradient placement, size range, expected extension, color standard, care cycle, and acceptance limits. Request a full-width sample and enough continuous length for marker, sewing, wash, and matched-set trials. Approve bulk only after the repeat and variation rules are written into the specification.

  • Double-Sided Cooling Pique for Professional Teamwear

    Double-Sided Cooling Pique for Professional Teamwear


    Double-Sided Cooling Pique is an 84% nylon/16% spandex fabric specified at 170 GSM and 165 cm finished width. It can be a useful teamwear candidate when the programme requires a clean outer face and controlled inner surface, but abrasion, pilling, stretch recovery, shade consistency, dimensional stability and any cooling claim still require approval.

    Double-sided pique fabric reference for teamwear

    Build the specification around the uniform programme

    Teamwear may be used for competition, training, staff uniforms, or travel. The fabric decision changes with contact risk, activity level, climate, fit, decoration method, and laundering frequency. A match jersey may prioritize low bulk and moisture release, while a staff polo may require greater shape stability and a more formal surface.

    State which garment panels will use the pique, whether the fabric contacts skin, and which areas receive printing, heat transfer, embroidery, or badges. Decoration can change local stiffness, stretch, and heat exposure, so it must be included in sampling.

    Verify both fabric surfaces

    Record the approved face and reverse. Compare texture, hand, pilling, and moisture spreading on each side; do not assume both sides have the same function because they come from one construction.

    Inspect panel orientation and surface reflection before bulk cutting. If either side can be mistaken during spreading, define face marking and roll identification requirements. A reversal error may not be visible until garments are assembled under production lighting.

    Set durability conditions that reflect use

    “Repeated laundering” is not a complete test condition. The purchase specification should state wash and drying route, number of cycles, conditioning time, and acceptance points for shrinkage, spirality, shade, pilling, surface abrasion, and stretch recovery.

    For contact sports or equipment-heavy training, consider snagging and abrasion at shoulders, hips, and side panels. For uniforms, examine collar, placket, hem, and side-seam appearance after the intended industrial or domestic care route.

    Teamwear application reference using textured pique fabric

    Compare samples on the same basis

    Item Required record Procurement purpose
    Fabric identity Composition, construction, finished GSM, width, face and finish Connects the swatch to the bulk order.
    Mechanical response Stretch and recovery by direction and after washing Protects fit and seam appearance.
    Surface durability Pilling, abrasion and snagging conditions Reflects wear and equipment contact.
    Color control Shade standard, lot grouping and colorfastness Supports team-wide visual consistency.
    Decoration trial Method, temperature, pressure and dwell time Confirms compatibility with logos and numbers.

    Do not compare results produced with different conditioning, wash, or loading methods. A lower fabric price has little value if shade sorting, decoration failure, or panel rejection reduces usable garment yield.

    Procurement next step

    Send the supplier the teamwear category, activity, garment panels, fit, decoration method, care route, color range, and required durability tests. Request identified finished samples and enough material for decoration, sewing, laundering, and wear-relevant trials. Use a sealed approval sample and written tolerances as the bulk reference.