Your Trusted Custom Garment Bags Manufacturer
Garment bag manufacturing for suit travel, uniforms, and retail packaging. Built around stable hanging systems, wrinkle control, and clean finishing for repeatable bulk quality.
Spec snapshot
A fast engineering view of what matters for sourcing, quoting, and repeatable production.
| Item | Typical | Notes |
|---|---|---|
| Garment length | short / standard / long (by spec) | Length defines hanging system and fold/pack plan |
| Use channel | travel / uniform distribution / retail packaging | Channel defines materials and finishing choices |
| Closure | full zip / half zip / flap | Zipper length affects cost and durability risk points |
| Typical MOQ | 500–1,000 pcs | Depends on materials, printing, and accessories |
Hanger, hook & hanging system
Garment bags are engineered around the hanging system. Define garment length, hanger count, and channel (travel/retail) to avoid sag and zipper stress.
| Component | Options | Notes | Validation |
|---|---|---|---|
| Top hook system | metal hook / plastic hook (by spec) | Hook should match garment weight and channel positioning | hanging load checks and deformation inspection |
| Hanger count | single / double (by spec) | More hangers increase load on top seam and zipper stress | top seam reinforcement and pull spot checks |
| Handle and strap | carry handles / shoulder strap (by spec) | Carry modes need reinforcement mapping at anchors | strap pull tests and stitch density control |
| Fold support | fold bar / reinforcement panels (by spec) | Controls crease points and helps wrinkle reduction | fold cycle checks by sampling plan |
• Define fold points based on garment type (suit vs uniform vs dress) to avoid sharp creases.
• Use reinforcement panels where the bag folds to maintain shape and reduce compression wrinkles.
• For travel programs, align closure style and pocket placement to avoid pressure points on garments.
Fold & pack plan
Garment bags are used in different ways: hanging storage, suit travel, and uniform distribution. This plan aligns structure to real usage.
| Scenario | Fold / pack style | Best for | Notes |
|---|---|---|---|
| Hanging storage | full-length hanging | uniform distribution and retail storage | Focus on hook strength and zipper alignment |
| Suit travel | bi-fold or tri-fold (by spec) | carry-on and car travel | Define fold bar position to reduce crease points |
| Dress travel (by spec) | long bag with fold support | long garments and events | Length and gusset define garment compatibility |
Materials & fabrics
Material choice drives performance, durability, finishing, and target price point.
| Fabric | Waterproof | Cost | Notes |
|---|---|---|---|
| Non-woven (by program) | n/a | varies | Cost-effective retail garment covers and packaging. |
| Polyester / nylon | water-resistant options | varies | Durable travel garment bags with better appearance. |
| PU coated fabric (by spec) | water-resistant | varies | Easy cleaning and premium travel positioning. |
• zipper function checks
• strap pull tests
• AQL final inspection
• Uniform and corporate programs
• Retail garment packaging and storage
• Use channel (travel/uniform/retail packaging) and finishing level
• Hanger count and hook system preference
• Fold/pack style preference and pocket requirements
• Material preference and branding method
• Packaging requirements and target delivery time
Start custom garment bags production
Send your requirements and get a structured RFQ checklist and a manufacturing plan.
A garment cover has one job that is easy to state and hard to hold: deliver a jacket that can be worn straight off the hanger. Everything about the build follows from that — the full-length zip has to travel without snagging a lining, the fold line must not set a crease into a lapel, and the fabric has to breathe, because a suit sealed inside a PE-coated cover in a humid warehouse comes out musty.
Specification options for custom garment bags
These are the three configurations most programmes settle on. Note the flat and folded dimensions together: the flat length is set by the garment, and the folded footprint is what decides freight and retail shelf fit.
| Parameter | Single suit cover | Tri-fold carrier | Wheeled garment case |
|---|---|---|---|
| Garment capacity | 1 suit or 1 dress | 2–3 suits | 4–5 garments |
| Flat dimensions | 110 × 60 cm | 120 × 62 cm | 130 × 65 cm |
| Folded dimensions | 110 × 60 × 2 cm | 60 × 62 × 8 cm | 65 × 65 × 22 cm |
| Shell material | 80 gsm PP non-woven, breathable | 210D polyester with PU back | 600D polyester over 210D lining |
| Gusset depth | None, flat | 8 cm | 22 cm with internal compression straps |
| Hanger opening | Die-cut slot, bound | Moulded aperture with hanger clamp | Moulded aperture plus internal hanger hook |
| Closure | #5 coil, full-length centre | #5 coil, wrap-around to the fold | #8 coil, wrap-around with lockable slider |
| Interior features | None | Tie loop, shoe pocket 30 × 18 cm | Tie bar, 2 shoe pockets, mesh lid pocket |
| Carry | Webbing grab handle at fold | Webbing handle plus detachable sling | Telescopic handle, 3-stage, plus grab |
| Branding area | Up to 25 × 30 cm screen print | Up to 30 × 35 cm plus woven label | Embroidered panel up to 12 × 8 cm |
| Empty weight | 180 g | 620 g | 2,900 g |
| Documented compliance | REACH (EC 1907/2006), OEKO-TEX Standard 100 | REACH, Proposition 65, OEKO-TEX Standard 100 | REACH, CPSIA, amfori BSCI, ISO 17075 on leather trim |
How a garment bag is built
On non-woven covers the panels are joined by ultrasonic welding rather than stitching. Welding is faster, produces no needle holes and gives a flat seam that will not imprint through onto a pressed garment. It also means the seam cannot be reworked, so pattern accuracy has to be right first time.
Woven covers are sewn, and the critical operation is setting the full-length zip. A zip that long will wave if the tape is fed under tension, and a waving zip jams against the garment inside. The tape is fed slack and the shell is eased to it, which is a slower operation than it sounds and one of the reasons a sewn cover costs more than a welded one at the same size.
The hanger aperture takes the entire hanging load, so it gets the most reinforcement per square centimetre in the whole product. A die-cut slot on a non-woven cover is bound with tape and bar-tacked at both ends; on a woven carrier the aperture is a moulded frame riveted through a reinforcement patch, and the internal hanger hook is anchored into the same patch.
Fold lines are engineered, not incidental. On a tri-fold, the two crease positions carry a pressed line and a lightweight stiffener bonded behind the shell, so the bag folds in the same place every time. Without that stiffener the panel folds wherever the user happens to push, and sooner or later it folds across a jacket shoulder.
Breathability is a specification, not a preference. Non-woven polypropylene passes air and is the right choice for long-term storage; PE-coated or PVC-backed fabrics are cheaper and shed water, but they trap humidity, and garment mould is the most common complaint we see on stored covers. Where water shedding is required, a breathable shell with a water-repellent finish is the compromise.
Cost drivers and MOQ for garment bags
The three largest drivers are zip length and grade, shell weight, and whether the cover is welded or sewn. In that order. A move from a #5 to a #8 coil on a wrap-around run adds materially to cost, as does any increase in gsm on a non-woven, because non-woven is priced by weight.
Print method comes next. Screen printing suits flat non-woven panels and is priced per colour per position; heat transfer handles photographic artwork but sits on top of the surface and can crack at the fold line. For woven covers, an embroidered panel costs more per unit but survives repeated folding.
| Tier | Typical configuration | Indicative FOB |
|---|---|---|
| Entry | 80 gsm non-woven, welded seams, centre #5 zip, one-colour print | USD 1.80–3.20 |
| Mid | 210D shell, tri-fold with stiffener, tie loop and shoe pocket | USD 3.20–5.80 |
| Premium | 600D wheeled case, compression straps, embroidery, lockable zip | USD 5.80–9.50 |
Opening quantities are 500 units per style per colour, falling to 300 for repeats once markers exist. Samples take 6–10 working days on stock fabric and 12–15 where a moulded aperture, a bespoke stiffener or dyed-to-match trim is involved; sample fees run USD 50–150 and are credited against your first bulk order, while dedicated moulding or die tooling sits at USD 300–2,500. Payment is T/T 30/70 against FOB Xiamen with EXW, CIF and DDP available under Incoterms 2020, and quotations return within 24–48 hours. Transit is 25–35 days by sea, 5–8 by air and 3–5 by courier; flat non-woven covers pack densely, so a 20GP at 28 CBM, a 40GP at 56 CBM or a 40HQ at 68 CBM is usually limited by carton weight rather than volume.
Quality gates and acceptance criteria
Final inspection runs to AQL 2.5 sampled under ISO 2859-1, with Critical 0, Major 2.5 and Minor 4.0, and AQL 1.5 where a customer's own protocol demands it. Reports are released from our 4,950 m² SGS-verified production floor before loading, and reorders are reported identically so one season can be compared with the last.
Because this is a protective product, functional checks matter more than appearance. Zip travel over the full length, hanging load at the aperture and crease recovery at the fold line predict field performance far better than a visual pass.
| Check | Method | Acceptance |
|---|---|---|
| Full-length zip endurance | In-house, 2,000 cycles | No jamming, no tape separation |
| Hanger aperture load | In-house, 15 kg static, 10 min | No tear-out under 5 mm distortion |
| Seam strength | ISO 13934-1 | Above 150 N on non-woven, above 250 N on woven |
| Fabric tensile | ASTM D5034 | Above 200 N on 80 gsm non-woven |
| Colour fastness to rubbing | AATCC 8 | Grade 4 dry, grade 3–4 wet, no transfer to pale lining |
| Crease recovery at fold line | In-house, folded 24 h at 20 °C | No permanent set in the shell |
| Breathability | In-house air permeability check | Within the band agreed for the storage claim |
| Handle and strap anchor | In-house, 20 kg static, 60 s | No stitch failure, no panel tear |
| Restricted substances | REACH (EC 1907/2006), OEKO-TEX Standard 100 | Declaration on shell, print and trim |
Storage life, breathability and retail presentation
Where covers are sold as a storage product rather than a travel product, the specification should be written for a two-year life in a wardrobe. That argues for breathable non-woven, a bound aperture and a zip with a nickel-free slider, and against any coated fabric that will hold humidity against wool.
Ordering path for garment bag programmes
The six steps below take a garment cover from brief to shipment, with first programmes typically at 10–14 weeks. Certification requirements are set out on our bag quality and certification page, and travel-format siblings are covered under custom travel bags.
Send garment dimensions and your storage or travel use case, and you will receive a build grid, a fabric recommendation and an indicative FOB band within 48 hours. Broader luggage programmes are described under custom travel bags.