Ear Loop Disposable Medical Mask
Elastic ear loop disposable medical mask — certified for the markets you sell into, built for the volumes you need.
ISO 13485:2016 quality system, FDA 510(k) registered, CE (EU MDR) cleared. In-house meltblown filtration layer means BFE ≥95% is a controlled spec, not a supplier promise.
What This Product Is and Where It Sits in Our Range
The ear loop disposable medical mask is the most widely distributed configuration in the global medical mask market — and for good reason. The elastic ear-loop attachment is fast to don and doff, requires no fitting adjustment, and works across a wide range of face sizes without modification. For buyers supplying clinical settings, institutional procurement programs, or retail healthcare channels, this is the SKU that moves volume.
Within our disposable medical mask range, the ear loop configuration is the standard-access product: 3-ply construction, flat or pleated face panel, elastic ear loops ultrasonically welded to the outer layer. It sits alongside our 3-ply disposable medical mask and 4-ply disposable medical mask. The distinction matters for your sourcing decision: if your downstream market requires a higher filtration spec or an additional activated carbon layer, the 4-ply is the right product. If your buyers need a certified, cost-efficient, high-volume SKU that clears customs in North America and Europe without compliance friction, the ear loop disposable medical mask is where we'd start.
We've been producing ear-loop configurations since 2012. The basic product hasn't changed much — the geometry is mature, the materials are well-understood — but the manufacturing discipline behind it has. The difference between a mask that passes BFE testing and one that doesn't isn't the design; it's the consistency of the meltblown layer and the integrity of the ultrasonic welds. That's where we've invested.
Quick Sourcing Guide
- Standard BFE ≥95% for most clinical and retail channels
- Clears customs in North America and Europe
- Cost-efficient at high volume (50,000 pcs MOQ)
- Need higher filtration or activated carbon? See the 4-ply mask
Technical Specifications
Production-standard values for this SKU. Actual parameters may vary by order configuration.
| Parameter | Specification |
|---|---|
| Construction | 3-ply: spunbond PP outer / meltblown PP filtration / spunbond PP inner |
| Filtration layer | In-house produced meltblown nonwoven, electrostatically charged |
| BFE (Bacterial Filtration Efficiency) | ≥95% (ASTM F2101 / EN 14683 Type II) |
| PFE (Particulate Filtration Efficiency) | ≥95% at 0.1 μm (typical; confirm for specific regulatory submission) |
| Delta-P (Breathability) | ≤40 Pa/cm² (EN 14683 compliant) |
| Ear loop material | Elastic polyester/spandex blend, ultrasonically welded |
| Ear loop tensile strength | ≥10 N (tested per EN 14683 Annex C) |
| Nose wire | Single or double aluminum wire, 0.5 mm diameter, rust-resistant coated |
| Face panel dimensions | Approx. 175 × 95 mm (adult standard); custom sizes available |
| Outer layer basis weight | 25 gsm spunbond PP |
| Meltblown layer basis weight | 25 gsm (standard BFE ≥95% spec) |
| Inner layer basis weight | 25 gsm spunbond PP |
| Colors available | White (standard); custom colors on request |
| Packaging | 50 pcs/box, 40 boxes/carton (2,000 pcs/carton) — standard; OEM packaging available |
| Applicable standards | ASTM F2100 Level 1/2, EN 14683 Type I/II, YY 0469 |
Why 25 gsm Meltblown?
The meltblown basis weight is the number buyers should pay attention to. We run 25 gsm as our standard for the ≥95% BFE spec. Some factories run 20 gsm and still claim ≥95% — it's possible, but the margin for batch-to-batch variation is much tighter, and you'll see more variance in test results across a production run. We chose 25 gsm because it gives us consistent BFE performance across the full order, not just on the sample batch submitted for certification.
Certifications That Travel With Your Shipment
The ear loop disposable medical mask is produced under our full certification stack:
ISO 13485:2016
Medical device quality management system. Every production batch is traceable from raw material lot to finished goods.
ISO 9001:2015
General quality management system, covering process control and supplier qualification.
CE (EU MDR)
European market clearance under the Medical Device Regulation. Your EU importer of record can reference our technical file.
FDA 510(k) Registered
US market clearance. Your customs broker gets the 510(k) registration number with every shipment.
SGS
Third-party audit and performance testing verification.
Product-Level QC, Not Company-Level Paperwork
These aren't certifications we hold at the company level and apply loosely to individual products. The QC system that maintains ISO 13485 runs at the product level — incoming material inspection, in-process checks, and outgoing BFE/PFE/Delta-P testing on every production batch.
The test reports that ship with your order are generated from that outgoing inspection, not from a one-time certification audit.
Note for EU Buyers
Since the MDR transition in 2021, the documentation requirements for importing medical masks have tightened considerably. We've walked multiple European customers through the importer-of-record documentation package.
If you're new to EU MDR compliance, reach out before you place the order — it's easier to sort out the paperwork upfront than to hold a container at customs.
For a full overview of our certification documentation and audit history, see our certifications page.
How the Ear Loop Is Made — and Why It Matters for Your Returns Rate
The ear loop is the most common failure point in disposable medical masks. Not the filtration layer, not the nose wire — the ear loop. Specifically, the attachment point where the loop meets the face panel. A loop that detaches in use generates returns, complaints, and in clinical settings, a compliance incident.
Ultrasonic Welding, Not Adhesive Bonding
We attach ear loops using ultrasonic welding, not adhesive bonding. The weld parameters — frequency, amplitude, pressure, and dwell time — are set by the machine and monitored per production run. The bond strength is determined by the process, not by operator technique or adhesive batch variation.
We test ear-loop tensile strength at incoming inspection (on the raw loop material) and again at outgoing inspection on finished masks.
The spec is ≥10 N per EN 14683 Annex C. Our production standard is set higher than the minimum — we target ≥12 N on the weld — because the 10 N floor leaves less margin than we're comfortable with on a high-volume SKU.
Fully Automated Face Panel Production
The face panel is produced on fully automated lines with ultrasonic edge sealing. The pleating geometry is consistent across the run because it's machine-controlled, not hand-folded.
This matters for buyers supplying clinical environments where mask fit affects both comfort and filtration performance — a poorly pleated mask doesn't expand correctly over the face, which reduces the effective seal area.
Nose Wire Placement Tolerance
We run nose wire placement checks at defined intervals on each line. The wire needs to sit centered in the nose bridge channel within ±2 mm tolerance.
Outside that range, the wire doesn't form correctly when the wearer adjusts it, and you get gaps at the nose bridge — the most common source of fit complaints in clinical feedback.
Market Segments Where This SKU Generates Repeatable Volume
Hospital and Clinical Supply Chains
Hospitals consume ear loop disposable medical masks in quantities that make annual tender contracts the standard procurement model. A mid-size hospital system in North America or Europe might run 500,000 to 2 million pieces per year across departments.
For distributors supplying healthcare GPOs or hospital networks, this is a high-frequency reorder SKU — once you're qualified as a supplier, the volume is predictable.
Our FDA 510(k) and CE (EU MDR) clearances are the entry requirements for this segment; without them, you don't get past the procurement audit.
Government and Institutional Tenders
Health ministries, emergency management agencies, and military medical procurement run on annual or multi-year contracts with strict compliance requirements. The documentation package matters as much as the price.
We've supplied buyers fulfilling government tenders in the Middle East, Southeast Asia, and Africa, and the pattern is consistent: the buyer needs a factory that can produce the compliance documentation as reliably as it produces the masks.
Our export team prepares the full package — certificate of conformity, test reports, packing lists, and market-specific declarations — with every shipment.
Pharmacy and Retail Healthcare Distribution
A different commercial model: smaller per-order quantities, higher SKU turnover, and private-label packaging as a margin driver. Pharmacy chains and healthcare retailers in Europe and North America increasingly source under their own brand rather than buying manufacturer-branded product.
Our OEM packaging capability — custom box design, private-label printing, retail-ready formats — handles this directly.
This segment has grown significantly for us over the past three years. Retail buyers who started with 200,000-piece trial orders are now running 1–2 million pieces per year under their own brand.
Industrial and Workplace Safety Programs
Manufacturing facilities, food processing plants, and construction contractors use ear loop disposable medical masks for respiratory protection in environments where N95 is not required but basic medical-grade filtration is specified.
These buyers often purchase through safety equipment distributors. The commercial logic for distributors is straightforward: the ear loop mask is a consumable that gets reordered on a fixed schedule, and a certified product with consistent specs reduces the risk of a compliance incident at the customer's facility.
OEM Packaging and Private-Label Configuration
Standard production ships in white boxes, 50 pcs/box, 40 boxes/carton. That's the baseline. Most of our buyers don't ship it that way.
For OEM orders, we handle the full packaging chain in-house: custom box design, private-label printing, language-specific labeling for your target market, and retail-ready formats (individual polybag, display box, shelf-ready carton).
We don't outsource the packaging to a third party — it runs through our facility, which means the packaging is part of the same QC process as the mask itself. Label verification is part of outgoing inspection; a box with the wrong language or a missing regulatory symbol gets caught before it ships, not after it arrives at your warehouse.
Customization Options
| Dimension | Options |
|---|---|
| Face panel color | White (standard), light blue, pink, black, custom on request |
| Ear loop color | White (standard), black, custom on request |
| Nose wire | Single wire (standard), double wire (available) |
| Face panel size | Adult standard (175 × 95 mm), child size (145 × 80 mm), custom |
| Packaging format | 50 pcs/box (standard), 10 pcs/box, 5 pcs/box, individual polybag |
| Carton labeling | OEM/private-label, multi-language, barcode/QR code |
| Regulatory markings | CE mark, FDA registration number, lot number, expiry date |
Minimum Order Quantities
Standard SKUs (white mask, standard packaging): MOQ starts at 50,000 pieces.
Custom colors or non-standard packaging formats: typically require 100,000 pieces minimum to justify the line setup and material procurement.
We'll confirm the exact MOQ for your configuration before you commit to samples.
Container Loading and Landed Cost Planning
Standard carton: 2,000 pieces (50 pcs/box × 40 boxes), approximately 52 × 32 × 28 cm, 6.5 kg gross weight.
| Container Type | Approx. Carton Count | Approx. Piece Count |
|---|---|---|
| 20GP | ~1,800 cartons | ~3,600,000 pieces |
| 40HQ | ~4,200 cartons | ~8,400,000 pieces |
These figures assume standard white mask, standard carton configuration. Retail packaging formats (individual polybag, display box) reduce carton density and lower the per-container piece count — factor this into your landed cost calculation before finalizing packaging specs.
Freight weight for a full 40HQ runs approximately 27–28 MT gross. For buyers calculating landed cost per thousand pieces, the carton dimensions and weight are the inputs your freight forwarder needs. We provide the full packing list with exact carton count, gross weight, and CBM with every shipment.
From order confirmation & deposit receipt
Non-standard colors, modified packaging
We give you a specific ship date at order confirmation, not a range. Your logistics team gets a fixed date to plan around.
In-House Meltblown Production: The Filtration Spec You Can Verify
Most mask factories buy meltblown nonwoven fabric from outside suppliers. We produce it ourselves. This is the detail that separates a factory that controls its filtration performance from one that depends on its fabric supplier's consistency.
How Meltblown Filtration Works
Meltblown production involves extruding polypropylene through fine-diameter dies at high velocity, creating a web of microfibers with diameters in the 1–5 μm range. The filtration performance of the resulting fabric depends on fiber diameter distribution, basis weight uniformity, and electrostatic charge level — all of which are set by the production parameters, not by the raw PP resin alone.
Controlled Output, Not Hoped-For Result
When we produce our own meltblown, we set those parameters to match the BFE spec we're targeting. When a batch comes off the meltblown line, it goes through in-house BFE testing before it enters mask production. A roll that doesn't meet spec doesn't go into a mask.
The commercial implication for your order: BFE ≥95% is a controlled output, not a hoped-for result. We're not testing finished masks and hoping the fabric supplier shipped the right roll. We know what's in the mask because we made the material and tested it before it went in.
Supply Chain Independence
This also means we're not exposed to meltblown supply disruptions the way factories that buy externally are. During periods of tight supply — and this market has seen several — our production schedule depends on our own output, not on a supplier's allocation. Your order ships on the date we committed to.
Why In-House Meltblown Matters
Every meltblown roll tested before entering mask assembly
Fiber diameter, basis weight, and electrostatic charge set in-house
No dependency on external meltblown allocation
Ship dates held regardless of market meltblown availability
A controlled output verified at the material stage — not a post-production hope based on third-party fabric.
Frequently Asked Questions
What is the minimum order quantity for ear loop disposable medical masks?
What is the minimum order quantity for ear loop disposable medical masks?
50,000 pieces for standard SKUs (white mask, standard packaging). Custom configurations — non-standard colors, modified packaging formats, child sizes — typically start at 100,000 pieces. For buyers placing a first order, we can discuss a sample run of 1,000–2,000 pieces before committing to full production. Samples ship within 3–5 business days.
What is the difference between an ear loop mask and a tie-on mask for clinical procurement?
What is the difference between an ear loop mask and a tie-on mask for clinical procurement?
The ear loop configuration is faster to don and doff, which makes it the preferred choice for high-turnover clinical environments — emergency departments, outpatient clinics, dental practices. Tie-on masks provide a more adjustable fit and are typically specified for surgical environments where a tighter seal is required and the mask is worn for extended periods.
If your downstream buyers are supplying surgical suites, the tie-on configuration is worth evaluating. For general clinical and institutional use, the ear loop is the standard.
Does the ear loop disposable medical mask meet ASTM F2100 requirements?
Does the ear loop disposable medical mask meet ASTM F2100 requirements?
Our ear loop disposable medical mask is produced to meet ASTM F2100 Level 1 and Level 2 performance requirements. BFE ≥95% (Level 1 threshold is ≥95%; Level 2 is also ≥98% — confirm the level required for your specific market).
We can provide test reports from our in-house QC lab and third-party SGS testing. If your procurement specification requires a specific ASTM level, confirm this when requesting a quote and we'll provide the corresponding documentation.
How do I verify that the BFE spec is consistent across a full production run, not just the certification sample?
How do I verify that the BFE spec is consistent across a full production run, not just the certification sample?
This is the right question to ask any mask supplier. Our answer: we test every production batch in-house using our BFE testing equipment before it ships. The test reports that accompany your shipment are generated from outgoing inspection on your specific production run, not from a historical certification sample.
Additionally, because we produce our own meltblown fabric and test it before it enters mask production, the filtration layer consistency is controlled at the source. We can provide batch-level test reports on request.
What documentation do I need to import ear loop disposable medical masks into the EU?
What documentation do I need to import ear loop disposable medical masks into the EU?
Under EU MDR, medical masks imported into the EU require:
- CE certificate (we hold CE under EU MDR)
- EU Declaration of Conformity
- Technical file (available from us)
- An EU-based importer of record who takes regulatory responsibility
Your importer of record will need our CE certificate number and technical file reference. We prepare the full documentation package with every EU shipment.
Note: If you're setting up an EU import program for the first time, contact us before placing the order — the importer-of-record requirement catches buyers off guard more often than the product documentation does.
Can the ear loop be customized for buyers whose customers have latex sensitivities?
Can the ear loop be customized for buyers whose customers have latex sensitivities?
Yes. Our standard ear loop is an elastic polyester/spandex blend — latex-free. This is the default configuration. We don't use natural rubber latex in any component of this product.
If your downstream market includes healthcare settings with latex-sensitivity protocols, the standard product already meets that requirement. We can provide a material declaration confirming latex-free construction on request.
Related Products in Our Disposable Medical Mask Range
If you're building a product line across multiple mask configurations, we can supply all three from the same facility under the same certification stack — consistent documentation, single supplier relationship, one export team handling your shipments.
3-Ply Disposable Medical Mask
Standard 3-ply, available in tie-on configuration
Best for buyers who need both ear-loop and tie-on SKUs from a single supplier.
4-Ply Disposable Medical Mask
Additional activated carbon or meltblown layer, higher filtration spec
Best for markets requiring ≥98% BFE or odor-reduction performance.
Get a Quote for the Ear Loop Disposable Medical Mask
Tell us your target volume, destination market, and packaging requirements — we'll come back with a specific FOB price, lead time, and the documentation list your customs team needs.
Most buyers in this category start with a sample order to verify the product against their own QC checklist before committing to full production. We can ship samples within 3–5 business days. If you're already past the sample stage and ready to discuss volume pricing, send us your RFQ directly.
We typically respond within 24 hours on business days.