Request Quote
Kingphar Medical Group

New's

 2/4 2026

Table of Contents

EN 14079 Medical Gauze Standard: Complete Technical Interpretation for Buyers 2026
Medical Gauze · Standards Guide

EN 14079 Medical Gauze Standard:
Complete Technical
Interpretation for Buyers 2026

BS EN 14079 is the European standard that defines performance requirements for medical gauze — referenced in virtually every European and GCC hospital tender. This guide explains every key requirement, how to read a Certificate of Analysis against the standard, and what to look for when verifying supplier compliance.

Standard scope explained Thread count requirements Absorbency testing Fluorescent agent testing CoA verification guide
A
Albar
Content Auditor & Content Operations · Kingphar Medical
Standard reference
EN 14079
BS EN 14079:2003 — European standard for non-medicated sterile and non-sterile medical gauze
Min. thread count
19×15
Minimum warp × weft threads per cm² for Type 1 woven cotton gauze
Absorbency requirement
≤10 sec
Maximum sinking time for gauze placed on water surface — some tenders specify ≤5 seconds
pH requirement
6.0–8.0
pH of aqueous extract — ensures no residual bleaching or finishing chemicals harmful to wounds

EN 14079 (formally BS EN 14079:2003, "Non-medicated sterile and non-sterile medical cotton gauze and cotton and viscose gauze") is the European harmonized standard that defines what medical gauze must be, how it must perform, and how it must be tested. It is the standard referenced in CE marking technical files for gauze products sold in Europe, and it is cited in the vast majority of GCC and Middle East hospital tender specifications as the benchmark for product qualification.

For procurement managers, understanding EN 14079 means being able to read a Certificate of Analysis correctly, write precise RFQ specifications, and identify when a supplier's CoA shows genuine compliance versus a generic declaration that masks specification gaps. For the complete gauze sourcing framework, see our Medical Gauze Complete Buyer's Guide.


Section 01

What EN 14079 Covers: Scope and Product Types

EN 14079 covers two primary product categories, each with distinct requirements:

  • Type 1 — Woven cotton gauze: 100% absorbent cotton, woven in an open mesh construction. This is the traditional medical gauze used for wound dressing, surgical applications, and general wound care. The standard specifies thread count, absorbency, pH, and purity requirements.
  • Type 2 — Cotton and viscose gauze: A blend of cotton and viscose (rayon) fibers, woven in a similar construction. The viscose content affects absorbency characteristics and must be within specified limits.

The standard covers both sterile and non-sterile presentations. For sterile products, EN 14079 is used alongside sterility standards (ISO 11135 for EO sterilization, ISO 11137 for gamma) and sterile packaging standards (ISO 11607). The gauze fabric requirements of EN 14079 apply equally to both sterile and non-sterile products.

What EN 14079 does NOT cover

  • Non-woven gauze products — these follow separate test methodologies within EN 14079 or other standards
  • Impregnated gauze (Vaseline/paraffin gauze, antiseptic gauze) — covered by separate product-specific standards
  • Laparotomy sponges — covered by EN 13795 surgical textiles standard
  • Sterility testing — referenced but governed by ISO 11135/11137

Section 02

Key Performance Requirements Explained

EN 14079 specifies five primary performance parameters for woven medical gauze. Each parameter has a specific test method — and your supplier's CoA should show the measured result for each, not just a compliance statement.

Thread count
19×15
per cm² (warp × weft)
Minimum thread count for Type 1 woven gauze. 19 threads per cm in the warp direction, 15 in the weft. Higher thread counts indicate denser, stronger fabric with better absorbency. Thread count is measured by counting threads under magnification.
Absorbency — sinking time
≤10 sec
EN 14079 sinking time test
A piece of gauze placed on a water surface must sink completely within 10 seconds. This confirms adequate removal of natural cotton waxes during the bleaching/scouring process. Some GCC tenders specify ≤5 seconds for enhanced absorbency products.
pH (aqueous extract)
6.0–8.0
EN 14079 pH test
The pH of water extracted from the gauze must fall within 6.0–8.0. Values outside this range indicate residual bleaching chemicals or finishing agents that could cause wound irritation. pH is measured on the aqueous extract after soaking the gauze in distilled water.
Fluorescent whitening agents
Absent
UV lamp test
Medical gauze must not contain fluorescent brightening agents (optical brighteners) used in textile manufacturing to make fabric appear whiter. These agents can cause wound reactions. Testing is performed under UV (365nm) lamp — compliant gauze shows no fluorescence.
Water absorption capacity
Specified
Gravimetric test
The gauze must absorb a minimum multiple of its own weight in water, confirming adequate absorbency capacity for wound care use. The specific requirement varies by gauze type and ply count. Results are expressed as g/g (grams of water per gram of gauze).
Heavy metals
Within limits
Pharmacopoeia limits
Lead, mercury, arsenic, and other heavy metals must be within pharmacopoeia limits. This confirms that the cotton raw material and processing chemicals are free from harmful metallic contamination.

Section 03

EN 14079 vs Related Standards: What Applies Where

StandardWhat it coversWhere referencedRelationship to EN 14079
EN 14079:2003Woven medical gauze fabric performanceEurope, GCC tenders, CE markingThis standard
BP Type 13Absorbent cotton gauze — UK pharmacopoeiaUK, Commonwealth, GCCClosely aligned — same thread count and absorbency requirements
USP Type VIIAbsorbent gauze — US pharmacopoeiaUS, North AmericaSimilar absorbency requirements, different test methods
ISO 10993Biological evaluation of medical devicesCE marking, FDA, globalBiocompatibility testing — referenced for sterile wound-contact products
ISO 11135EO sterilization validationSterile product CE markingGoverns sterilization process for sterile EN 14079 gauze
ISO 11607Sterile barrier system packagingSterile product CE markingGoverns packaging for sterile EN 14079 gauze
EN 13795Surgical drapes, gowns, clean air suitsSurgical textilesSeparate standard — covers laparotomy sponges and surgical textiles

EN 14079 vs BP Type 13 — which to specify?

EN 14079 and BP Type 13 have essentially the same core requirements — both specify 19×15 thread count, ≤10 second sinking time, and absence of fluorescent agents. The choice depends on your market: specify EN 14079 for European and GCC tenders where CE marking is the primary regulatory framework; specify BP Type 13 for UK NHS procurement or markets that follow British Pharmacopoeia conventions. For a detailed comparison see our BP vs USP Medical Gauze Standards guide.


Section 04

How to Read a Certificate of Analysis Against EN 14079

A Certificate of Analysis (CoA) is the document that proves a specific batch of gauze meets EN 14079 requirements. Knowing what a compliant CoA looks like — and what red flags to watch for — is one of the most practical skills for gauze procurement managers. For a broader guide on reading CoAs, see our Gauze Quality Testing Standards guide.

What a compliant EN 14079 CoA must show

Required CoA elements for EN 14079 compliance verification
Batch/lot numberMust match the specific batch being supplied
Thread count resultNumeric value e.g. "Warp: 20/cm, Weft: 16/cm" — not "complies"
Sinking time resultNumeric value in seconds e.g. "7.2 seconds" — not "≤10s complies"
pH resultNumeric value e.g. "pH 6.8" — not "within range"
Fluorescent agent result"Absent" with test method stated (UV 365nm)
Water absorption capacityNumeric value in g/g
Test method referencesShould cite EN 14079 test methods specifically
Testing laboratoryInternal QC lab or third-party accredited lab
Authorized signatureQC manager or quality authority sign-off
Generic CoA declarations — what to watch for

Many Chinese gauze manufacturers issue CoAs that state "complies with EN 14079" without providing actual measured values. This is not a compliant CoA — it is a declaration of conformity, not a test report. A genuine batch CoA shows the actual numeric test result for each parameter measured on that specific production batch. If a supplier cannot provide numeric values, request the underlying test report from their quality laboratory. Suppliers who cannot provide numeric batch data are a supply quality risk.


Section 05

EN 14079 in Procurement: Practical Application

Writing an EN 14079-compliant RFQ specification

When writing a gauze RFQ or tender specification that references EN 14079, include the specific parameter requirements rather than just citing the standard. This prevents suppliers from claiming compliance based on a generic interpretation. A complete specification for a standard 4×4 woven gauze swab should state:

Sample RFQ specification — 4×4 woven gauze swab, EN 14079 compliant
Product typeWoven absorbent cotton gauze swab, Type 1 per EN 14079
Size10×10 cm (±5mm) / 4×4 inch
Ply8-ply
Thread countMinimum 19 warp / 15 weft threads per cm²
AbsorbencySinking time ≤10 seconds per EN 14079
pH6.0–8.0 (aqueous extract)
Fluorescent agentsAbsent (UV 365nm test)
Fiber content100% absorbent cotton, free of starch and added substances
Edge finishAll edges folded inward — no raw cut edges
Documentation requiredBatch CoA with numeric values per EN 14079 test methods

Supplier qualification checklist for EN 14079 compliance

  • Request a sample batch CoA before ordering — verify it shows numeric values for thread count, sinking time, pH, and fluorescent agent result, not just compliance statements
  • Verify CE certificate references EN 14079 — the CE technical file should cite EN 14079 as the applied standard; confirm the scope includes your specific product
  • Check thread count under magnification on samples — a USB microscope or hand linen tester allows you to count threads per cm on physical samples and verify against the CoA
  • Conduct UV lamp test on samples — a simple UV lamp (365nm) can verify absence of fluorescent agents on arrival samples before committing to bulk orders
  • Confirm ISO 13485 scope covers gauze manufacturing — the quality management system certificate must specifically include the gauze products you are sourcing
  • Request test reports from accredited laboratories for initial qualification — for new supplier qualification, third-party accredited lab reports provide independent verification of EN 14079 compliance

Related guides

Continue reading

Need EN 14079-compliant gauze with full documentation?

Kingphar supplies CE-certified medical gauze tested against EN 14079 — with batch CoAs showing numeric values for thread count, sinking time, pH, and fluorescent agent results for every shipment.

A
Albar
Content Auditor & Content Operations · Kingphar Medical

Frequently Asked Questions: Gauze Selection

Q: Can I use standard gauze for a heavily draining wound?

A: While possible, standard 19x15 mesh will saturate quickly, leading to maceration of the surrounding skin. For heavy exudate, we strongly recommend 28x24 high-density mesh or increasing the ply count to 12-ply to utilize its superior capillary pressure.

Q: What is the difference between Type VII and Type III gauze?

A: Type VII (20x12) is the standard for most surgical sponges, offering a balance of absorbency and debris removal. Type III (28x24) is finer, used for delicate tissues or where higher fluid retention is required.

Q: Why should I choose X-Ray detectable sponges for all surgeries?

A: Using X-Ray detectable (XR) gauze for all invasive procedures eliminates the risk of mixing up sterile supplies. It provides a universal safety net against Retained Surgical Items (RSI), a critical patient safety indicator.