Section 01
Why Bandage Procurement Is Harder Than It Looks
Medical bandages are one of the highest-volume consumable categories in healthcare supply chains globally — and one of the most frequently mis-specified. The product name "bandage" covers at least five distinct product types with different raw materials, manufacturing processes, regulatory classifications, and clinical applications. A buyer who specifies "elastic bandage" without defining width, extensibility, edge finish, and compliance standard will receive widely varying products from different suppliers — all of which technically qualify as "elastic bandages."
The three most common specification failures in bandage procurement:
| Failure | Root Cause | Consequence |
|---|---|---|
| Wrong bandage type for application | Buyer specifies "elastic bandage" without distinguishing between light-support crepe and high-compression elastic. Clinical team uses wrong product. | Clinical adverse event; product return; reorder at premium cost |
| Missing width specification | Purchase order states "roller bandage" without width. Supplier defaults to lowest-cost size. | Received product unusable for intended application; delay in clinical supply |
| No compliance standard specified | Buyer does not specify BP/USP/EN standard. Supplier delivers to lower-cost internal standard. | Hospital or government tender rejected for non-compliant product documentation |
| Trading company masquerading as manufacturer | No factory audit. CE certificates belong to a different factory. | Quality inconsistency; no traceability; no accountability in dispute |
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How This Guide Is StructuredSection 02 covers the five bandage types and when to use each. Section 03 provides an interactive finder to match your application to the right product. Sections 04–05 cover standards and specifications. Sections 06–07 address China sourcing and cost benchmarks.
Section 02
The 5 Core Medical Bandage Types
Each bandage type is engineered for a different clinical or first aid function. Understanding the material composition and functional properties of each type is the foundation of accurate specification.
Elastic / Crepe Bandage
Also: Cotton crepe, conforming bandage (light)
Light SupportReusableCotton/Viscose
Woven cotton or cotton-viscose blend with natural elasticity. Provides light compression and support for sprains, strains, and post-operative limb support. The most widely specified bandage in hospital general wards and first aid kits.
🏥 Hospital wards, first aid, physiotherapy
FOB: USD 0.08–0.25 per roll (5cm×4.5m)
PBT Conforming Bandage
Also: Open weave bandage, extensible bandage
High ConformityLightweightPolyester
Polybutylene terephthalate (PBT) fibre, open-weave construction. Highly extensible (stretches to 150%+ of resting length) with excellent conformity to body contours. Primary use: retention of dressings and wound pads. Dominant in European and GCC hospital procurement.
🏥 Wound dressing retention, post-surgical
FOB: USD 0.10–0.30 per roll (5cm×4m)
Cohesive / Self-Adhesive Bandage
Also: Co-ban, self-adherent wrap, cohesive elastic
Self-AdhesiveNo ClipsLatex/Latex-Free
Sticks to itself but not to skin or clothing. No pins or clips required. Widely used in sports medicine, veterinary, and paediatric applications. Available in latex and latex-free formulations. Growing demand for latex-free versions in institutional procurement.
🏃 Sports medicine, paediatric, veterinary
FOB: USD 0.15–0.45 per roll (5cm×4.5m)
Plaster of Paris (PoP) Bandage
Also: Plaster bandage, gypsona, casting bandage
Rigid CastOrthopaedicSingle Use
Cotton gauze impregnated with calcium sulphate hemihydrate (plaster of paris). Sets rigid when wetted. Used for orthopaedic casting of fractures. Setting time: 3–5 minutes to handle, 24–72 hours to full strength. Increasingly replaced by synthetic casting tape in developed markets but remains dominant in GCC and developing market hospitals.
🦴 Orthopaedic fracture casting
FOB: USD 0.25–0.65 per roll (10cm×2.7m)
High Elastic Compression Bandage
Also: Long-stretch bandage, compression bandage, Ace bandage
High CompressionLong-StretchCotton/Latex
Cotton with latex or synthetic elastic yarn woven for high extensibility (150–200%). Delivers sustained compression for oedema management, venous leg ulcers, lymphoedema, and DVT prophylaxis. Must meet specific compression class standards (Class 1–4 in EU). Technically different from light-support crepe — do not substitute.
🏥 Venous ulcer, oedema, DVT prophylaxis
FOB: USD 0.30–0.80 per roll (10cm×5m)
⚠️
PBT vs Elastic Crepe — The Most Common Substitution ErrorPBT conforming bandage and elastic crepe bandage look similar in photographs and are often sold under overlapping names. They are not interchangeable. PBT has much higher extensibility (150%+) and is designed for dressing retention, not compression support. Crepe provides light compression and support. Specifying PBT when you need compression will result in clinically inappropriate product. Always specify both material (cotton/PBT/polyester) and function (retention/support/compression).
Section 03
Interactive Bandage Type Finder
Answer two questions to get an instant recommendation for the right bandage type for your application.
🔍 Bandage Type Finder
Select your application and requirement to find the right bandage
1. What is the primary application?
2. Key requirement?
Recommended Bandage Type
—
Section 04
International Standards: BP, USP, EN & ISO
Medical bandage standards are market-specific and product-type-specific. Unlike medical devices such as syringes (tightly regulated), many bandage categories sit in a grey zone between medical device and general consumer product — which means the standard that applies depends on the specific product claim and the destination market.
The British Pharmacopoeia (BP) is the most widely referenced standard for medical bandages in international B2B trade — particularly in GCC, South Asian, and Commonwealth markets. BP monographs exist for the following bandage types:
| BP Monograph | Product | Key Requirements |
|---|---|---|
| BP Appendix XX B | Cotton Crepe Bandage | Width tolerance ±5%, extensibility 60–90% (5cm), thread count, edge finish |
| BP Appendix XX B | Open-Wove Bandage (Type 1) | Cotton, plain weave, specific thread counts per 10cm |
| BP Appendix XX B | Triangular Calico Bandage | Cotton or cotton-polyester, dimensions, thread count |
| BP Appendix XX B | Plaster of Paris Bandage | Setting time, gypsum content, strength after set |
BP compliance is a standard requirement for hospital and government tenders in GCC countries, UK NHS, and many Commonwealth health systems. When a tender document states "BP grade" or "compliant with British Pharmacopoeia," the supplier must provide a Certificate of Analysis referencing the specific BP test results — not a general quality certificate.
The United States Pharmacopeia (USP) has fewer specific bandage monographs than BP but governs materials used in bandages sold as medical devices in the US. For bandages not classified as medical devices (Class I exempt), FDA 510(k) clearance is not required but basic labeling and safety requirements apply under 21 CFR.
| USP Standard | Applies To | Key Parameters |
|---|---|---|
| USP <661> Containers | Sterile bandage packaging | Package integrity, sterility maintenance |
| USP <71> Sterility Tests | Sterile wound care bandages | Sterility assurance for sterile-labelled products |
| 21 CFR Part 880 | General hospital / personal use devices | Elastic bandages classified as Class I (general controls only) |
European Standards for medical bandages are published by CEN (European Committee for Standardization) and referenced under EU MDR 2017/745 for products classified as medical devices. Key standards:
| EN Standard | Product Type | Scope |
|---|---|---|
| EN 14704-1 | Elastic fabrics — extensibility | Test method for elastic properties of bandages |
| EN 13726 | Wound management products | Test methods for primary wound dressings and bandages |
| EN 1781 | Support bandages | Light support bandage performance requirements |
| EU MDR 2017/745 Class I | Non-sterile bandages (general) | CE marking via self-declaration; Technical File required |
| EU MDR 2017/745 Class IIa | Sterile bandages or compression class-labelled | CE via Notified Body; clinical data required |
ISO standards relevant to bandage procurement operate at the manufacturing system level (ISO 13485) rather than the product level. There is no ISO product standard equivalent to the BP monographs for bandages — ISO 13485 certifies the manufacturer's quality system, not the product.
| ISO Standard | What It Covers | Relevance to Bandage Procurement |
|---|---|---|
| ISO 13485:2016 | Medical device QMS | Mandatory for institutional and hospital supply; confirms manufacturer's quality system |
| ISO 9001:2015 | General QMS | Minimum for non-medical device bandages; not sufficient for hospital tenders |
| ISO 10993 | Biological evaluation of medical devices | Relevant for bandages with skin contact — biocompatibility testing |
🔗
BP vs USP: Which Markets Require Which?For a detailed side-by-side comparison of BP and USP bandage standards with market-by-market applicability, see our dedicated guide: BP vs USP Medical Gauze & Bandage Standards Comparison.
Section 05
Key Specification Parameters: What to Define in Every PO
The following parameters must be explicitly defined in any bandage purchase order. Leaving any of these unspecified gives the supplier licence to optimise for cost at the expense of product performance.
| Parameter | What to Specify | Why It Matters | Common Default (if unspecified) |
|---|---|---|---|
| Width × Length | e.g. 5cm×4.5m, 7.5cm×4.5m, 10cm×4.5m | Directly affects clinical usability; wrong width unusable for intended body part | Smallest/cheapest size in range |
| Material composition | Cotton, PBT, cotton-polyester, latex/latex-free | Determines extensibility, conformity, allergen risk, and standard compliance | Cheapest compliant material |
| Extensibility (%) | e.g. Light crepe 60–90%; PBT 150%+; High elastic 150–200% | Defines compression class and clinical application range | Unspecified — highly variable |
| Thread count | Warp × Weft per 10cm (e.g. 26×24) | BP and EN standards specify minimum thread counts; determines bandage integrity | Below BP minimum if not specified |
| Edge finish | Plain, selvedge, cut edge | Poorly finished edges fray, shed fibres into wounds, and affect roll integrity | Cut edge (cheapest) |
| Roll packaging | Individually wrapped / bulk packed; poly bag or blister pack | Determines sterility maintenance, retail presentation, and unit cost | Bulk packed, no individual wrap |
| Compliance standard | BP 2024, USP, EN 1781, CE (EU MDR Class), ISO 13485 manufacturer | Required for hospital tenders; determines which CoA tests must be included | Supplier's internal standard only |
| Labeling | Language(s), CE mark, lot number, expiry, barcode format (EAN/UPC) | Regulatory requirement; missing elements = customs rejection | English only, minimal info |
| Carton quantity | e.g. 12 rolls/inner box × 12 inner boxes/carton | Determines freight efficiency and warehouse handling | Factory preference |
Width Selection Guide by Application
| Width | Primary Application | Body Parts |
|---|---|---|
| 2.5cm (1 inch) | Fingers, toes, paediatric digits | Finger joints, paediatric extremities |
| 5cm (2 inch) | Wrist, hand, foot, paediatric limb | Wrist, hand dorsum, foot arch |
| 7.5cm (3 inch) | Elbow, forearm, knee (paediatric) | Elbow joint, forearm, mid-calf (small) |
| 10cm (4 inch) | Knee, thigh, calf, shoulder | Knee, mid-thigh, calf, upper arm |
| 15cm (6 inch) | Thigh, abdomen, large body areas | Thigh, hip, abdominal dressing retention |
Section 06
China Sourcing: Factory Selection & Qualification
China is the dominant global producer of medical bandages, accounting for an estimated 65–75% of global B2B volume. The manufacturing base is concentrated in Shandong, Jiangsu, Hunan, and Guangdong provinces. Sourcing factory-direct from this base provides significant price advantage, but requires a structured qualification process — the difference between a compliant ISO 13485 manufacturer and a trading company presenting borrowed certificates is not visible in an Alibaba listing.
1
Define specification before supplier approach
Complete product specification: bandage type, width range, material, compliance standard, roll packaging, labeling, and MOQ. A specific RFQ document prevents apples-to-oranges quotation comparison and gives the factory what it needs to quote accurately first time.
2
Verify certificates before sampling — not after
Request ISO 13485 and CE certificates before requesting samples. Verify both directly with the issuing body (SGS, TÜV, BSI portals). An ISO 13485 certificate that does not name the bandage manufacturing site or does not include bandages in the product scope is inadequate. Verify the CE Notified Body number in the EU NANDO database.
3
Order samples with specification compliance test
Sample evaluation: measure width (±5% tolerance per BP), unstretched and stretched length, extensibility %, and thread count (warp and weft per 10cm). Inspect edge finish. Request lot-specific CoA referencing BP or EN test results. For sterile bandages, verify packaging integrity and sterility assurance data.
4
Factory audit (first-time suppliers, orders above USD 15,000)
Third-party audit by SGS or Bureau Veritas: USD 800–1,500/day. Audit focus for bandage manufacturers: yarn sourcing and raw material CoA, weaving equipment calibration, thread count QC process, BP test lab capability (or third-party lab access), and cleanroom conditions for sterile products. See our factory audit checklist for a 62-point framework adaptable to bandage manufacturing.
5
Trial order with pre-shipment inspection
First production order: include pre-shipment inspection at AQL 2.5/4.0 by independent third party before releasing the balance payment (30% deposit / 70% against BL is standard). Inspection must verify: specification match, CoA per lot, labeling compliance, and carton integrity. Do not release payment based on factory's own QC report alone.
🏭
Kingphar Bandage Manufacturing ProfileKingphar Medical manufactures elastic crepe, PBT conforming, cohesive, and plaster of paris bandages at our Hunan facility. ISO 13485:2016 certified, CE-marked under EU MDR 2017/745. BP-compliant CoA available for all bandage types. OEM capability from 1,000 rolls per specification. GCC/Middle East export documentation (SASO/ESMA) available. View certificates →
Section 07
FOB Cost Benchmarks 2026
The following price ranges reflect 2026 FOB China benchmarks for standard B2B bandage procurement at 10,000–50,000 roll quantities. Prices below these ranges typically indicate specification shortfalls — below-BP thread count, unspecified edge finish, or non-CE medical items. Prices above these ranges are possible for premium coated, sterile individual-packed, or specialist compression class formats.
Cotton Crepe Bandage
5cm×4.5m, BP grade, bulk-packed
5cm×4.5m, BP grade, bulk-packed
$0.08–0.18
per roll. MOQ 10,000 rolls. Higher end for individually wrapped.
PBT Conforming Bandage
5cm×4m, CE-marked, individually wrapped
5cm×4m, CE-marked, individually wrapped
$0.10–0.28
per roll. Higher specification than crepe; individually wrapped commands significant premium.
Cohesive Elastic Bandage
5cm×4.5m, latex-free, CE-marked
5cm×4.5m, latex-free, CE-marked
$0.18–0.42
per roll. Latex-free adds ~15%. Printed/coloured bandages add ~10–20%.
Plaster of Paris Bandage
10cm×2.7m, BP grade, standard setting
10cm×2.7m, BP grade, standard setting
$0.28–0.60
per roll. Faster-setting (3-min) costs 20–30% more than standard (5-min).
High Elastic Compression
10cm×5m, Class II, CE-marked
10cm×5m, Class II, CE-marked
$0.35–0.85
per roll. Compression class labelling requires clinical validation data — adds to regulatory cost.
Triangular Bandage
96×96×136cm, BP cotton
96×96×136cm, BP cotton
$0.22–0.45
per pc. Commonly specified in first aid kits. Non-sterile; CE as MDR Class I self-declaration.
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Volume Pricing TiersChinese bandage manufacturers typically operate on three price tiers: <5,000 rolls (sample/trial pricing, +15–25% vs benchmark), 5,000–50,000 rolls (standard B2B pricing as above), 50,000+ rolls (volume discount of 8–15%). The most significant per-unit cost reductions come from moving from individually-wrapped to bulk-packed formats and from consolidating width specifications into fewer SKUs in a single order.
Section 08
Deep-Dive Guides in This Series
This pillar page covers the full bandage procurement journey at a strategic level. The following cluster articles provide deep expertise on specific topics.
📊
Medical Bandage Types: Full Comparison Guide
Elastic vs PBT vs crepe vs cohesive vs PoP — specifications, applications, and when to substitute
🌙
GCC & Middle East Bandage Sourcing Guide
SASO, ESMA, BP compliance, and MOH registration requirements for GCC hospital tenders
🔍
Bandage Factory Quality Audit Checklist
60-point interactive audit framework for qualifying Chinese bandage manufacturers
📖
Comprehensive Medical Bandage Technical Guide
Clinical usage stages, replacement frequency, and application techniques
⚖️
BP vs USP Standards Comparison
Side-by-side market applicability and test parameter differences
🧵
Bandage Raw Material Selection Standards
Yarn, fibre, and material specifications for different bandage types
Section 09
Frequently Asked Questions
Crepe bandages are woven from cotton or cotton-viscose blend and provide light compression and support through the natural elasticity of the crepe weave. They are used for joint support, limb support after sprains, and general-purpose wound dressing retention. PBT (polybutylene terephthalate) conforming bandages are made from synthetic PBT fibre with an open-weave structure that provides much higher extensibility — typically 150% or more of resting length. PBT bandages are specifically designed for dressing retention over complex body contours (knuckles, heels, skull) where their high conformity prevents slippage. PBT should not be used as a compression bandage — it does not provide the sustained compression of a long-stretch elastic bandage. The two products should not be substituted for each other despite sometimes being listed under similar names.
BP (British Pharmacopoeia) grade means the bandage has been manufactured to meet the specific test requirements set out in the British Pharmacopoeia monograph for that bandage type. For cotton crepe bandages, BP specifies minimum thread counts (warp and weft per 10cm), width tolerance (±5%), extensibility range (typically 60–90% for light crepe), and edge finish requirements. For a bandage to be described as "BP grade," the manufacturer must conduct these tests and provide a Certificate of Analysis documenting the results against the BP specification. Simply calling a product "BP standard" without a supporting CoA is an unverifiable claim — hospital and government tenders routinely require lot-specific BP CoAs as part of the bid submission.
MOQ for medical bandages from Chinese manufacturers varies by product type. Cotton crepe bandages: typically 5,000–10,000 rolls per width specification. PBT conforming bandages: 5,000–8,000 rolls. Cohesive bandages: 3,000–5,000 rolls. Plaster of Paris: 3,000–5,000 rolls. These MOQs apply to factory-direct orders. Trading companies often accept lower quantities (500–2,000 rolls) at higher per-unit cost. For buyers who need multiple widths, consolidating the total order volume into a single factory PO (covering multiple width SKUs) generally gives better pricing and more flexibility on individual SKU minimums.
It depends on how the bandage is classified and labelled. A non-sterile cotton crepe bandage sold for general use (support bandage) is a Class I medical device under EU MDR 2017/745 — it requires CE marking via manufacturer self-declaration and a Technical File, but does not require Notified Body assessment. A sterile bandage, or a bandage labelled with a specific compression class (medical compression), is classified as Class IIa and requires CE marking via a Notified Body — significantly more complex and expensive. Bandages sold purely as non-medical general consumer products (sports wrap, for example) may not require CE marking as medical devices, but cannot make medical claims. Most institutional B2B buyers require CE-marked products for hospital and professional channel supply.
Verify directly with the issuing certification body using the certificate number. All major bodies — SGS, TÜV, BSI, Bureau Veritas, Intertek — have online certificate verification portals. Check: the certificate is active and not expired; the certificate holder name and manufacturing site address match the factory; and the product scope explicitly includes bandages or textile medical devices (not just "medical devices" generically). Also check that the last surveillance audit date is within the past 12 months — ISO 13485 requires annual surveillance audits. A certificate that has not been surveilled recently may have lapsed quality standards not yet reflected in the formal certificate expiry date.
📚 Standards & References
- British Pharmacopoeia 2024 — Appendix XX B: Surgical Dressings. pharmacopoeia.com
- EU MDR 2017/745 — Regulation on medical devices. eur-lex.europa.eu
- EN 14704-1 — Elasticity of fabrics, determination of recovery. cen.eu
- ISO 13485:2016 — Medical devices: Quality management systems. iso.org
- 21 CFR Part 880 — General hospital and personal use devices. ecfr.gov
- EU NANDO — Notified Body verification. ec.europa.eu/nando
