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Almost every other performance garment is designed to be the outermost thing on the body. A climbing garment is not. A harness goes on over it — a waistbelt clamped around the middle and two leg loops clamped around the thighs — and it stays there, loaded, for as long as the wearer is on the wall. That single fact rewrites the waistband, deletes the back pockets, lifts the hip pockets above the belt line, lengthens the back of every top, and turns the insulated belay jacket into an over-layer with a hem long enough to close around equipment rather than sit on top of it. Add a body that has to reach full abduction with a loaded torso, rock that abrades four specific panels and not the rest, and chalk dust on everything, and you have a category where a beautifully made technical trouser can still be the wrong garment. This guide covers how climbing apparel is specified, built, priced and quality-controlled for gyms, clubs, guiding companies and retail brands ordering from 50 pieces.
MOQ
50 pcs/design
Lead Time
25–35 days
QC Pass Rate
99.8%
Est.
2009
Start every climbing tech pack from the harness and most of the category's decisions make themselves. A waistbelt is tensioned around the wearer's middle, directly over whatever the garment does at that height. Two leg loops are tensioned around the upper thighs, directly over whatever the garment does there. Neither comes off between routes, and on a multi-pitch day neither comes off for hours. So the waistband stops being a styling area and becomes a clearance zone: no stacked buckle sitting under the belt, no front drawcord with a cord-lock pressing into the abdomen, no thick pleats or piled seam allowances, and a rise high enough that the belt cannot ride above the band and start rolling it down on a high step. An integrated soft webbing belt or a low-profile elastic waist solves this properly; a conventional belt-loop trouser waistband does not, and the sample will tell you within ten minutes of hanging.
The pocket map follows from the same geometry. Rear pockets sit exactly where the leg loops and the belay seat load the body, so on a serious climbing bottom they are usually deleted rather than relocated. Hip pockets have to be raised and angled so their openings stay above the waistbelt and remain reachable while the wearer is tied in — a pocket you cannot open on a route is not a pocket. A thigh pocket, if the customer wants one, goes outboard of the leg loop with a closure that cannot press into the thigh under load. This is the same discipline of engineered exclusion that governs the string corridor in our custom archery and shooting sports apparel guide, applied to a different piece of equipment: the pattern is defined as much by what has been removed from a zone as by what has been added elsewhere.
Then there is the movement itself. Climbing asks for full abduction with a loaded torso — a foot at hip height, a heel hooked above the head, a drop knee that rotates the pelvis hard — and it asks for it repeatedly under fatigue. That means a diamond or gusseted crotch and an articulated knee are structural requirements rather than premium features, and it means the sample is judged in a high step rather than in a squat. It also means the top has to be drafted so its hem stays under the waistbelt when both arms go overhead, which is a back-length and shoulder-construction decision made at pattern stage. Sialkot Sample Masters has built articulated, gusseted, abrasion-mapped technical bottoms and layering systems for outdoor and tactical brands since 2009, from a 50-piece minimum, with 25 to 35 day production and DDP delivery.
Climbing programmes order from three distinct architectures. The first is built around the harness, the second around standing still in the cold while someone else moves, and the third is where most of a gym's repeat volume and retail margin actually sits.
| Garment System | Build | Fabric Base | Best For | Decoration |
|---|---|---|---|---|
| Climbing Movement System(Most Ordered) | Climbing pants, shorts and leggings drafted around a harness — flat low-bulk waist under the waistbelt, pocket map raised above the belt line, diamond or gusseted crotch, articulated knee; stretch-woven and knit tops with an extended back length so the hem stays down when both arms go overhead; sleeveless and short-sleeve crag versions | Double-weave stretch canvas 200–260 gsm and stretch nylon woven 130–180 gsm on bottoms, poly-spandex or merino-blend knit 140–190 gsm on tops | Climbing gyms, university and school clubs, guiding and instruction companies, competition squads and climbing retail brands | Screen or transfer print on tops, embroidery on outerwear and waistband tabs, woven interior labels, decoration kept off the harness band and every rock-contact zone |
| Belay & Static Layer System | Synthetic-insulated belay jackets cut as over-layers — sized to close over a harness and a mid-layer, helmet-compatible hood, longer back hem, two-way full-length zip operable while tied in, cuffs that clear a belay hand; grid fleece and brushed mid-layers built flat at the waist so they sit under a waistbelt without ridging; wind shells and approach layers | 20–40D DWR ripstop face with 60–100 gsm synthetic fill, grid fleece and brushed knit 200–260 gsm, wind-stable ripstop 40–70 gsm | Guiding companies, alpine and mountaineering clubs, expedition and instruction programmes, outdoor retail brands | Embroidery on chest and sleeve away from harness and pack contact, heat transfer on shells, reflective trim on approach layers, woven labels and hangtags |
| Gym, Club & Retail Programme | Route-setter and instructor workwear, front-of-house and coaching staff kit, club tees, hoodies and joggers, competition squad kit, junior academy layers, chalk bags, rope bags, gear buckets and haul-style holdalls — one artwork library across the whole facility | Heavyweight cotton fleece 320–450 gsm, cotton and cotton-poly jersey 180–240 gsm, poly piqué 180–220 gsm, 300–1000D bag fabric with reinforced bases | Commercial climbing gyms and gym groups, clubs, universities, festivals and competitions, sponsor-supported squads and specialist retailers | Embroidery on staff wear and outerwear, screen and puff print on club fleece, sublimated squad artwork, woven labels throughout |
Scope note: Sialkot Sample Masters manufactures textile apparel and soft goods only. Harnesses, ropes, slings, quickdraws, belay devices, carabiners, cams, helmets and climbing shoes are certified equipment or personal protective equipment and are not part of this offer — a chalk bag, rope bag or gear holdall is a soft good and is, but nothing that holds a load is. Confirm any competition, federation or facility requirements that apply to your programme's kit before finalising a tech pack, and treat any garment claim touching on protection as out of scope unless it has been separately certified.
Most technical fabric briefs let you choose a side. Activewear picks stretch and accepts that the fabric will not survive contact with anything rough. Workwear picks abrasion resistance and accepts a restricted range of motion. Climbing refuses the choice: the same panel that has to take a knee drag across a slab also has to allow a foot to reach hip height. That is why the double-weave stretch canvas at 200 to 260 gsm is the category's defining fabric rather than a nice option. A double-weave carries a tough, dense outer face while the elastane content and the weave geometry supply four-way movement, so one cloth does both jobs. Substituting a softer single-face stretch woven because it feels better in the hand is the most common specification error in this category, and it surfaces as a blown knee inside a season.
The lighter fabrics have their place, but the trade has to be made deliberately. A stretch nylon woven at 130 to 180 gsm is the right call for alpine days, multi-pitch approaches, hot-weather crag sessions and travel, where pack weight and dry time genuinely outrank abrasion life. It is the wrong call for a gym pant that will spend two years against textured volumes. On the upper body the fabric question is smaller than the pattern question: a poly-spandex or merino-blend knit at 140 to 190 gsm covers almost everything, and merino blends earn their premium mainly on multi-day trips where odour management matters more than price. Buyers calibrating weights across a wider programme can benchmark against our GSM guide for activewear, and the stretch and recovery testing that separates a good four-way woven from a marketing claim is set out in our four-way stretch fabric testing guide.
| Fabric | Weight | Stretch | Hand Feel | Best For |
|---|---|---|---|---|
| Double-Weave Stretch Canvas (organic cotton / cotton-nylon-elastane)(Recommended) | 200–260 gsm | 4-way, moderate, high recovery | Dense, dry, matte, hard-wearing | The core climbing pant and short — this is the one fabric decision that defines the category, because a climbing bottom has to solve abrasion and stretch in a single cloth. A double-weave construction carries a tough outer face against granite, limestone and gym volumes while the elastane content and the weave geometry deliver the range a high step demands. A single-face stretch woven is softer in the hand and fails at the knee inside a season |
| Stretch Nylon Woven (ripstop / plain weave, elastane blended) | 130–180 gsm | 4-way, high | Light, slick, fast-drying | Alpine, multi-pitch, hot-weather and travel bottoms where pack weight and dry time outrank abrasion life — a summer crag pant, an approach short, a guide's shoulder-season layer. Specify it knowing the trade: it moves beautifully and it will not take repeated chimney or slab-knee abuse the way a double weave does |
| Poly-Spandex or Merino-Blend Knit | 140–190 gsm | 4-way, high | Soft, flat-faced, low-odour on merino blends | Climbing tops, technical tees, tanks and base layers. Drafted with an extended back length and a raglan or drop shoulder so the hem does not lift out from under the harness waistbelt when both arms go overhead — the single most common fit complaint in this category and a pattern problem, not a fabric one |
| Grid Fleece / Brushed Knit Mid-Layer | 200–260 gsm | Mechanical to 2-way | Warm, breathable, low bulk | The layer worn under a harness on cold days — which is why it is specified for flatness at the waist as much as for warmth. Bulky hems, kangaroo pockets and hip drawcords all ridge under a waistbelt and become pressure points across a long route |
| Synthetic-Insulated Shell (DWR ripstop face + synthetic fill) | 20–40D face / 60–100 gsm fill | Mechanical | Light, wind-stable, packable | The belay layer. Synthetic fill rather than down is the deliberate default for a garment that lives in a pack, gets stuffed wet, and has to keep working after it does. Cut as an over-layer with a helmet-compatible hood and a hem long enough to close over a harness rather than sit on top of it |
| Recycled Poly / GRS + Organic Cotton | Matches virgin equivalent | Matches virgin equivalent | Comparable to virgin equivalent | Gym groups, universities, guiding companies and retail brands operating written procurement or product sustainability requirements — a common ask in this category specifically, because the customer base skews toward environmental purchasing criteria |
Weight bands above are typical industry ranges — every Sialkot Sample Masters order is confirmed with a lab dip and a gsm check on the actual production lot, all bases carry OEKO-TEX Standard 100 certification, and GRS-certified recycled polyester and organic cotton options are available. That last point matters commercially in this category more than in most: climbing customers, gym groups and university clubs disproportionately ask for documented recycled or organic content, and a supplier who can put certification numbers on the quote removes an objection before it is raised. Weather-facing pieces follow the same construction logic as the shells covered in our waterproof technical shell manufacturing guide, and the articulation methods behind a gusseted, high-step block are set out in our techwear pattern making guide. Clubs that run an approach and mountain-running programme alongside the crag will find the same abrasion-first reasoning applied to a moving athlete in our custom orienteering and trail running team kit manufacturer guide.
One fabric variable is specific to climbing and almost always forgotten at strike-off stage: chalk. Magnesium carbonate dust is on every garment in this sport, it settles into the thigh, hip and hem before anywhere else, and it greys out dark solids faster than any wash cycle restores them. The practical answers are to place mid-tone or heather fields where chalk actually sits rather than choosing a black-on-black programme that will look tired in eight weeks, to specify a fabric face that releases chalk in laundering rather than holding it in a nap, and to assess strike-offs after a wash cycle rather than off the roll. It is a small decision that determines how a gym's staff kit photographs in month six.
Draw the waistbelt onto the pattern as a band with a stated height and the rest follows mechanically. Inside that band: no buckle stack, no cord-lock, no pleat, no pocket bag, no piled seam allowance, and a closure system chosen for flatness — an integrated soft webbing belt with a low-profile buckle offset from centre front, or a knit-backed elastic waist with an internal drawcord that finishes flat. Above it: the hip pocket openings, angled forward and lifted so they clear the belt and stay usable while tied in. Below it: nothing structural on the seat, because that is where the leg loops and a hanging belay put the load. Rear pockets on a dedicated climbing bottom are usually deleted outright, and where a customer insists on one for a crossover lifestyle fit, it is built flat and patch-style rather than welted, and the customer is told plainly that it will be sat on by hardware.
A diamond or triangular crotch gusset does two things at once: it removes the four-seam intersection that fails first under repeated abduction, and it adds the fabric needed for a foot to reach hip height without the waistband pulling down at the back. Pair it with a two- or three-panel articulated knee that is already bent in the pattern, so the knee does not have to borrow length from the hem when it flexes. On the upper body the equivalent decision is back length: a climbing top is drafted longer at the centre back than a comparable gym tee, with a raglan or drop shoulder that lets the arm rise without dragging the body of the garment up with it, and a hem circumference moderate enough to sit under a waistbelt without an aggressive elastic that will become a pressure line. Get these three right and the fit complaints disappear; get them wrong and no fabric upgrade will rescue the garment.
Two people on one rope have opposite thermal problems at the same moment. The climber is working hard and shedding heat; the belayer is standing still in the shade at the base of the route, often for half an hour, generating almost nothing. That asymmetry is why the insulated belay jacket exists as its own product rather than as a warm jacket resized. It is cut as an over-layer to close over a harness, a mid-layer and sometimes a pack strap, with a back hem long enough to cover the waistbelt rather than perch on it, a helmet-compatible hood, a two-way full-length zip that can be opened from the bottom while tied in, and cuffs that leave a belay hand and device clear. Synthetic fill rather than down is the default, because this garment lives compressed in a pack, gets pulled out in weather, and has to keep insulating after it has been packed damp. It is the closest relative on this site to the static-layer thinking in our silent-fabric hunting jacket guide, engineered for a different kind of stillness.
Rock does not abrade a garment evenly, so reinforcement should not be applied evenly either. The panels that wear are the knee, the seat and outer hip, and the inner ankle and shin from crack, chimney and off-width contact. Those get double-weave or double-layer construction, raised stitch density, and bar-tacks at pocket corners, gusset junctions and belt-loop or tab anchors — placement logic set out in detail in our bartack placement guide. Climbing apparel at Sialkot Sample Masters then runs a garment-specific inspection layer inside the factory-wide 7-point QC system: harness fit checked on a real harness rather than a mannequin waist, gusset and knee articulation assessed with the leg in a high-step position, hip pocket accessibility verified while tied in, bar-tack placement audited against the stress map, belay-layer hood and hem checked over an actual helmet and harness, dimensional stability measured after laundering rather than off the roll, and colour matched against sealed strike-offs across every substrate in the programme. Final AQL 2.5 inspection applies to every shipment, at a 99.8% factory-wide pass rate.
Climbing has an unusual commercial shape for a sport, and it changes how a kit programme should be structured. The competition squad is the smallest part of it. A commercial gym has front-of-house and coaching staff in branded kit every day, route-setters who destroy their workwear faster than anyone else in the building, instructors and guides who wear the brand in front of every beginner who walks in, junior academy and youth-club layers, and a retail rail that sells the same logo to members who will never enter a competition. Those categories consume far more units across a year than a squad's competition kit does, and they are also the ones that photograph. A supplier who can only quote the technical climbing bottom is quoting a fraction of the programme.
That argues for a specific structure: one artwork and colour library applied across a small number of well-chosen designs — one climbing pant, one short, one technical top, one club fleece, one staff layer, one belay jacket, plus chalk and rope bags — with the depth put into the size run rather than into design count. The size run itself needs attention, because climbing draws an exceptionally wide body range into the same facility, from twelve-year-olds in a youth club to adult members across every build, and because the fit is judged in extreme positions where grading errors show up immediately. Resolve the size set on real climbers at both ends of the run, in a harness, before committing to bulk. Our guide on ordering size sets before bulk production sets out the sequence, and the durability testing that decides whether staff kit survives a season is covered in how to test uniform fabric for wash durability.
The calendar is the last constraint. Gym openings, competition dates, festival dates and the outdoor season all land on fixed days, and a belay jacket ordered when the weather turns cold is already late. A 25 to 35 day production window plus DDP transit works comfortably against any of those if the size set and the strike-offs are resolved in the quiet part of the year. Sialkot Sample Masters ships DDP to the USA, the UK, Canada, Australia and the EU with duties, clearance and last-mile delivery inside the quoted unit price, which between them cover the great majority of the world's commercial climbing gyms. UK and European buyers will find the import mechanics in our Pakistan-to-UK export guide, and Australian buyers in our Australia wholesale sourcing guide.
Indicative ex-factory Sialkot pricing at 50-piece quantities. DDP landed costs to the USA, the UK, the EU and Australia typically add $2–$6 per unit at launch volumes, with insulated belay jackets at the upper end because of their weight and operation count.
| Tier | MOQ | Unit Cost (ex-factory) | Lead Time | Standard Branding |
|---|---|---|---|---|
| Climbing Pant / Short (double-weave stretch, gusseted, harness-drafted)(Most Popular) | 50 pcs/design | $14–$26 | 25–32 days | Waistband tab embroidery, woven interior label, custom hardware and packaging |
| Climbing Top / Technical Knit Tee | 50 pcs/design | $9–$18 | 25–30 days | Screen or transfer print, embroidery, woven label, custom packaging |
| Synthetic Belay Jacket (insulated, hooded, harness-sized) | 20 pcs/design | $32–$68 | 28–35 days | Chest and sleeve embroidery, custom lining, zip pulls and hardware |
| Full Gym & Club Programme (movement + belay + staff + retail) | 20 pcs/size (3 sizes min) | $9–$70 | 25–35 days | One artwork library across every garment and bag, staff names on outerwear |
Bands are indicative for 2026 and move with yarn and fill prices, panel count, reinforcement specification, hardware choice, garment complexity and freight rates. The full-programme range is wide because it spans a club tee and an insulated belay jacket in the same quote. Belay jackets carry a reduced minimum because a gym or club needs far fewer of them than tops. Samples run 7–14 days and sample cost is credited against bulk. Request a line-by-line quote through our RFQ form or review the full manufacturing services scope.
Sialkot has supplied technical outdoor apparel, gloves, packs and precision sporting goods to European and North American markets for generations, and the supplier cluster around a climbing order reflects exactly that history. Stretch woven and double-weave production, bonded and taped seam capability, DWR-treated shell fabrics, synthetic fill assembly and quilting lines, structured cut-and-sew for hooded outerwear, gusset and articulated-panel pattern work, bar-tacking and heavy-duty stitching, webbing and hardware supply, and cut-and-sew bag production with reinforced bases — all within a short radius, which is why a pant, a belay jacket, a staff fleece and a chalk bag can be quoted, sampled and shipped as one coordinated programme instead of four separate sourcing exercises. Our custom tactical pants manufacturing guide covers the same gusset and reinforcement engineering from the field-use side.
It also makes the expansion path fast. Gyms and clubs that start with one climbing pant and one technical top typically extend into shorts, leggings, grid fleece, belay jackets, wind shells, route-setter and instructor workwear, junior academy kit, club fleece and joggers, chalk and rope bags, and a full retail rail on the same graded blocks and the same colour library. One factory, one fit standard, one abrasion and reinforcement specification, one QC system across the whole facility — quoted in a single window, delivered DDP in 25 to 35 days from sample approval, at a 50-piece minimum per design. Brands building a first outdoor line from scratch will find the process end to end in our sportswear manufacturing guide for startups. The same articulated-knee and gusseted-crotch pattern work reappears in a very different cold-weather brief in our custom curling team apparel manufacturer guide, where the pant is drafted around a deep sliding lunge and the outer face has to shed no fibre at all.
Plenty of factories can sew a stretch trouser and an insulated jacket. Far fewer draft a waistband to live under a harness, lift a pocket map above the belt line, gusset a crotch for a heel hook, map abrasion to four specific panels, and cut a belay layer to close over equipment. These eight checks separate the two before you commit a deposit.
This is the fastest way to identify a supplier who has actually made climbing apparel. The answer should arrive as a set of subtractions and substitutions: no stacked buckle under the waistbelt, no front cord-lock, an integrated webbing belt or low-profile elastic, minimal seam bulk at the band, and a rise high enough that the belt cannot slide below it. A factory that describes a standard trouser waistband with belt loops has not thought about the one piece of equipment that is always on the garment.
Hip pockets have to be raised and angled so they open above the waistbelt while the wearer is tied in. Rear pockets sit under the leg loops and the belay seat and generally have to go. A thigh pocket has to sit outboard of the leg loop. If a supplier offers a five-pocket layout without comment, the sample will be unusable on a route and perfectly fine on a hanger, which is exactly the failure this category produces.
Ask for a diamond or gusseted crotch and an articulated two- or three-panel knee, then evaluate the sample by putting a foot at hip height and rocking over onto it. A squat test passes garments that fail on rock. Watch whether the waistband pulls down at the back, whether the knee binds, and whether the hem of the top comes out from under the harness at the same time.
Ask which panels are reinforced and on what evidence — knee, seat, outer hip, inner ankle — and how they achieve abrasion resistance without killing stretch. Double-weave construction, double-layer panels, bar-tacks at pocket corners and gusset junctions, and raised stitch density at the knee are the specific answers. A supplier who reinforces nothing, or who reinforces everything uniformly, is guessing at where a climbing bottom actually wears out.
Fibre content, gsm, four-way stretch and recovery after repeated elongation, abrasion resistance at reinforced panels, tear strength, dimensional stability and shrinkage after laundering, colourfastness to perspiration, rubbing and washing, water repellency and fill performance on insulated pieces, UPF where sun protection is claimed, and OEKO-TEX Standard 100 certification on every fabric quoted, with a GRS-certified recycled option and organic cotton where procurement requires it.
A written inspection protocol with AQL sampling, harness-fit verification on a real harness rather than a mannequin waist, gusset and knee articulation checked in a high-step position, pocket accessibility verified while tied in, bar-tack placement audited against the stress map, belay-layer hood and hem checked over a helmet and a harness, and colour match against sealed strike-offs across every substrate. Sialkot Sample Masters runs a 7-point system plus AQL 2.5 final inspection at a 99.8% pass rate.
Delivered Duty Paid to your market, quoted per unit, so a 50-piece gym or retail order lands without a surprise customs invoice in the week before a season, a competition or a store opening. Sialkot Sample Masters ships DDP to the USA, the UK, Canada, Australia and the EU as standard, with duties, clearance and last-mile delivery inside the quoted price — which covers the sport's largest gym, club and retail markets.
A pre-production pant, top and belay layer in 7–14 days, then climb in them. Take a high step and a heel hook. Hang in a harness for ten minutes and find every pressure point. Reach both arms overhead and see whether the top stays down. Belay a full pitch in the insulated layer with a helmet on and the hood up. Drag a knee on a slab. Then launder the set five times and repeat. Every failure mode in this category shows up in one session, and none of them show up on a hanger.
Buyer's note: if a supplier quotes a five-pocket belt-loop trouser with elastane in it and calls it a climbing pant, evaluates the sample in a squat, reinforces nothing or reinforces everything, or offers a warm jacket as a belay layer without mentioning the harness or the helmet, they are applying a general outdoor workflow to a category that exposes it on the first route. A harness-drafted waistband, a lifted pocket map, a gusseted high-step block, panel-specific abrasion and an over-layer belay cut are category-defining specifications rather than upgrades. Be equally clear about scope in the other direction: no apparel supplier, including this one, manufactures load-bearing or certified protective equipment, and any garment marketed as if it does should be treated as a warning sign. Verify with our apparel manufacturing QC checklist and lock the standard with a golden sample before bulk.
Fact-dense Q&A for sourcing teams and AI research tools.
50 pieces per design and colourway for climbing pants, shorts, tops and base layers, including custom labels and packaging. Synthetic-insulated belay jackets run from 20 pieces per design because gyms and clubs need fewer of them, and a full gym or club programme can start at 20 pieces per size across a minimum of three sizes.
Sialkot Sample Masters produces the textile side of a climbing programme: climbing pants, shorts and leggings, technical tops and base layers, grid fleece and brushed mid-layers, synthetic belay jackets, wind and approach shells, route-setter and instructor workwear, club fleece and joggers, competition squad kit, chalk bags, rope bags and gear holdalls. Harnesses, ropes, hardware, helmets and climbing shoes are certified equipment or PPE categories and are not part of this offer.
A harness sits over the garment for hours, which changes the pattern rather than the fabric. Sialkot Sample Masters drafts climbing bottoms with a low-bulk flat waistband that lives under a waistbelt, hip pockets raised and angled above the belt line, rear pockets deleted because the leg loops sit on them, and a diamond or gusseted crotch with an articulated knee for high steps and heel hooks.
Double-weave stretch canvas at 200–260 gsm in organic cotton or cotton-nylon-elastane is the core climbing bottom, because it solves abrasion and four-way stretch in one cloth. Lighter stretch nylon woven at 130–180 gsm suits alpine and hot-weather bottoms; poly-spandex or merino-blend knit at 140–190 gsm suits tops. All bases carry OEKO-TEX Standard 100 certification, with GRS-certified recycled options available.
Yes. Belay jackets are built as over-layers with a 20–40D DWR ripstop face and 60–100 gsm synthetic fill, a helmet-compatible hood, a back hem long enough to close over a harness, a two-way full-length zip operable while tied in, and cuffs that leave a belay hand clear. Minimum is 20 pieces per design, at a 28–35 day lead time.
25–35 days from sample approval to DDP delivery at Sialkot Sample Masters, with pre-production samples in 7–14 days. Tops and knit base layers sit at the lower end of the band; gusseted bottoms, and insulated belay jackets in particular, sit toward the upper end because of their operation count and fill assembly.
Yes. DDP (Delivered Duty Paid) shipping to the USA, the UK, Canada, Australia and the EU is standard. Duties, customs clearance and last-mile delivery are included in the quoted unit price, which matters when a climbing gym, club or retailer is working to a fixed budget and a fixed opening or season date.
A 7-point QC system plus AQL 2.5 final inspection at a 99.8% factory-wide pass rate. Category-specific checks include harness-fit verification on a real harness, gusset and knee articulation assessed in a high-step position, pocket accessibility checked while tied in, bar-tack placement audited against the stress map, belay hood and hem verified over a helmet and harness, and colour match against sealed strike-offs.
50-piece MOQ per design. Climbing pants, shorts and leggings, technical tops, grid fleece, synthetic belay jackets, wind shells, route-setter and instructor workwear, club fleece, chalk bags and rope bags — harness-drafted, gusseted for the high step, abrasion-mapped panel by panel. DDP to the USA, UK, Canada, Australia and EU. Request your quote today.
Manufacturing & Export Division
Sialkot Sample Masters is a Sialkot-based custom apparel development and manufacturing partner for streetwear, sportswear, hunting wear, technical outerwear, uniforms and martial-arts garments. The team uses a specification-led path from brief and sample approval to production preparation.
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