3M 8822 Cupped Particulate Respirator Mask

KTI120010Z3M88

Product Description

The 3M 8822 is a cupped disposable particulate respirator engineered for reliable respiratory protection against fine dusts, water-based mists, and metal fumes.

Make: 3M
Model: 8822 (3M Stock WX700900359)
Filter Classification: FFP2 / P2
Assigned Protection Factor (APF): 10 x OEL (Nominal Protection Factor 12)
Exhalation Valve: 3M Cool Flow exhalation valve to minimize heat and moisture build-up
Filter Media: Polypropylene Advanced Electret Media (AEM) for low breathing resistance
Construction: Convex cupped shape with collapse-resistant inner shell, steel nose clip, polyurethane nose foam, and polyisoprene dual headbands
Straps: Color-coded blue for rapid P2 / FFP2 identification
Latex Content: Free of natural rubber latex components
Compatibility: Fully compatible with 3M protective eyewear and hearing protection
Standards: EN 149:2001+A1:2009 FFP2 NR D, AS/NZS 1716:2012 P2

KTI120010Z3M88

Price

₹ 135.00 excl. GST

+ 18.00% GST. Freight after pincode at cart.

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Product Details
Available Brands	3M
Unit	Numbers
HSN Code	90200000
Weight	0.015 kg
Warranty	Not Applicable
Tags/categories	Safety PPE Personal Protective Equipment Respiratory Face Mask

Usually dispatched within 4 days

About this product .

The 3M 8822 Cupped Particulate Respirator delivers certified FFP2 / P2 respiratory protection against airborne solid dusts, non-volatile liquid mists, and thermally generated metal fumes. It features an Assigned Protection Factor (APF) of 10 times the occupational exposure limit, making it an essential safety device for heavy industrial environments.
Constructed with an advanced polypropylene filter structure, the respirator incorporates 3M Advanced Electret Media (AEM). This electrostatic microfiber media delivers high-efficiency particulate filtration while maintaining exceptionally low inhalation resistance, ensuring smooth airflow and reducing worker fatigue during extended shifts.
Equipped with the proprietary 3M Cool Flow exhalation valve, the respirator effectively vents warm exhaled air and moisture out of the facepiece. This design significantly lowers internal temperature, mitigates humidity accumulation, and prevents fogging when worn alongside protective eyewear.
The cup-shaped architecture includes a robust, collapse-resistant inner shell that maintains its structural integrity in hot and humid operational conditions. A moldable steel nose clip and internal polyurethane nose foam provide an adaptable facial seal across diverse facial profiles without pinching.
Secure retention is achieved through dual polyisoprene elastomeric headbands anchored with stainless steel staples. The straps are color-coded in blue to permit instant visual verification of P2 / FFP2 protection grade on active job sites.
This respirator is ideal for industrial operations including grinding, sanding, drilling, sawing, crushing, metal casting, foundry work, and light welding. It is engineered to integrate smoothly with 3M safety spectacles, goggles, and ear protection without dislodging the facial boundary.
As a maintenance-free disposable safety product, the 3M 8822 requires no cleaning routines or replacement components. Operators should immediately discard and replace the mask if it becomes soiled, physically damaged, or when increased breathing resistance is detected.

Product Information .

Hospitals, Clinics Industries, Factories Laboratries Banks Chemical Plants Pharma Industries

Donning, Fitting, and User Seal Check Procedures for the 3M 8822 Respirator

Achieving designated respiratory protection factors with the 3M 8822 Cupped Particulate Respirator requires precise donning, positioning, and pre-use seal verification. Because this disposable FFP2 / P2 filtering facepiece relies entirely on an airtight facial boundary, industrial workers must follow standardized donning sequences prior to entering hazardous atmospheres containing dusts, mechanically generated particulates, or welding fumes.

Pre-Donning Inspection and Preparation

Before donning the respirator, workers must inspect the unit for transit damage, component degradation, or contamination. Verify that the polypropylene filter media and collapse-resistant convex inner shell maintain structural integrity. Check that the stainless steel staples securely anchor the dual polyisoprene headbands and that the 3M Cool Flow exhalation valve housing and polyisoprene diaphragm are seated correctly without debris. Ensure the worker is clean-shaven along the contact boundary; facial hair or stubble passing beneath the sealing edge compromises the seal and invalidates the Assigned Protection Factor (APF 10).

Step-by-Step Fitting Sequence

Follow this exact four-point sequence to mount the cup-shaped respirator correctly to the face:

Cup the Respirator: Place the convex cup of the respirator in one hand with the steel nosepiece positioned at your fingertips. Allow the twin blue polyisoprene elastomeric headbands to hang freely below the back of the hand.
Position Under Chin: Bring the respirator to your face, firmly cupping the lower perimeter underneath your chin with the steel nosepiece oriented upwards over the nasal bridge.
Position Upper Headband: While holding the cup firmly against the face with one hand, pull the upper headband over your head using the other hand. Position this strap across the crown of the head, securely above the ears.
Position Lower Headband: Pull the lower blue strap over the head and position it around the neck, sitting below the ears. Ensure neither strap is twisted across the head or neck.

Contouring the Steel Nose Clip

The 3M 8822 incorporates an adjustable steel nose clip backed with polyurethane nose foam to seal the critical nasal contour. Industrial users must use both hands simultaneously to shape the clip. Place the index and middle fingers of both hands at the top center of the steel strip, then press inward while moving fingers down both sides to mold the metal flush against the bridge and cheeks. Never pinch the clip with a single hand, as pinching creates an acute apex and causes significant air bypass at the nose bridge.

Performing the Mandatory User Seal Check

A user seal check must be performed each time the respirator is donned before entering the contaminated workspace:

Check Method: Cup both hands completely over the front of the respirator without altering its seating position against the face.
Exhalation Verification: Exhale sharply. A slight positive pressure should build inside the cup without perceptible air escaping across the perimeter. If air leaks around the nose, remold the steel nose clip using both hands. If air bypasses the edges or cheeks, adjust the upper and lower headband positions along the crown and neck.
Inhalation Verification: Inhale sharply. The convex shell should pull slightly inward toward the face. If edge leakage persists, reposition the mask and repeat the check until an airtight fit is confirmed.

Integration with Secondary Personal Protective Equipment

The low-profile convex geometry of the 3M 8822 is engineered to fit seamlessly alongside 3M protective eyewear and hearing protection equipment. Ensure safety glasses or goggles rest over the bridge of the nose clip without dislodging the polyurethane foam seal, preserving certified EN 149:2001+A1:2009 and AS/NZS 1716:2012 compliance.

Maintenance-Free Protocol, Inspection, and Replacement Criteria for 3M 8822

Zero-Maintenance Disposable Architecture

The 3M 8822 Cupped Particulate Respirator operates as an entirely maintenance-free respiratory protective device classified under European Standard EN 149:2001 + A1:2009 as FFP2 NR D and Australian / New Zealand Standard AS/NZS 1716:2012 as P2. Unlike elastomeric respirators, the all-filter cupped design eliminates operational overhead related to cleaning cycles, spare parts inventory, disassembly, and replacement filter cartridges. The entire unit weighs approximately 15 grams, integrating an advanced polypropylene electret filter media directly with structural and sealing components to deliver an Assigned Protection Factor (APF / ADF) of 10 times the exposure standard.

Mandatory Pre-Use Inspection Checklist

Prior to deploying the 3M 8822 into industrial atmospheres contaminated with mechanically or thermally generated particulates, safety supervisors and wearers must execute a structured physical inspection of key assemblies:

Filter Body & Convex Shell: Verify that the polypropylene filter matrix and collapse-resistant inner shell are clean, intact, and free of punctures, cuts, tears, or crushing deformation.
Sealing Foam and Nose Clip: Inspect the internal polyurethane nose foam strip and external steel nose clip to confirm continuous adhesion and mechanical integrity, ensuring the clip can be molded precisely over the bridge of the nose.
Exhalation Valve Housing: Examine the proprietary 3M Cool Flow valve assembly, verifying that the external polypropylene valve housing and internal polyisoprene valve diaphragm seat cleanly without grit, distortion, or obstruction.
Headband Anchors: Check that the blue polyisoprene elastomeric headbands are securely fastened to the respirator body using the factory stainless steel staples, showing no signs of pre-use stretching, cracking, or detachment. Note that the respirator does not contain components made from natural rubber latex.

Donning Verification and User Seal Check

Proper maintenance of respiratory defense relies entirely on achieving an airtight seal across the wearer's facial perimeter. Wearers must cup the shell in hand, place it under the chin with the nosepiece positioned upward, pull the upper headband across the crown of the head, and seat the lower headband below the ears around the neck. Both hands must be used simultaneously to shape the steel nose clip across the bridge of the nose; pinching with a single hand can cause creasing and induce inward leakage.

Before entering any operational zone, execute a user seal check: cover the front of the respirator using both hands without altering its position, then exhale sharply (or inhale sharply). If air leaks around the edges, adjust the nose clip, reposition the blue polyisoprene straps along the head, and repeat the seal evaluation.

Service Life Limits and Immediate Disposal Triggers

Designated as non-reusable (NR), the 3M 8822 must never be washed, sanitized, blown out with compressed air, or repaired. Facility safety managers should enforce immediate disposal and replacement protocols based on the following specific operational triggers:

Operational Trigger	Indicator / Condition	Required Action
Loading / Flow Restriction	Noticeable increase in inhalation breathing resistance across the Advanced Electret Media (AEM).	Leave contaminated area immediately; discard respirator and don a fresh unit.
Physical Integrity Compromise	Cracking, tearing, permanent shell collapse, or detachment of polyisoprene straps or steel clip.	Evacuate zone immediately; safely dispose of damaged unit in accordance with facility protocol.
Sanitation and Soiling	Internal or external accumulation of dirt, blood, sweat, process dust, or excessive moisture.	Discard immediately; do not attempt chemical wipe-down or aqueous washing.
Valve Impairment	Foreign particulate build-up under the polyisoprene valve flap causing incomplete sealing.	Replace respirator immediately to prevent reverse flow of unfiltered contaminants.

Packaging Management and Facility Storage

To preserve electrostatic charges within the Advanced Electret Media and safeguard structural integrity prior to issuance, bulk inventory must be maintained in its original packaging (packed 10 respirators per box, 24 boxes per shipper case, total 240 units). Store boxes inside clean, dry warehouse environments completely isolated from process chemicals, grinding debris, airborne mist, and direct mechanical compression.

Industrial Applications and Deployment Environments for 3M 8822

The 3M 8822 Cupped Particulate Respirator is engineered to provide respiratory protection in industrial environments where personnel face exposure to mechanically and thermally generated dusts, mists, and fine particulates. Certified to EN 149:2001+A1:2009 FFP2 NR D and AS/NZS 1716:2012 P2 standards, this disposable respirator provides an Assigned Protection Factor (APF / ADF) of 10 times the occupational exposure limit (with a Nominal Protection Factor of 12).

Mechanical Processing and Solid Material Handling

Operations involving heavy mechanical friction, crushing, or abrasion release significant airborne particulate loads. The 3M 8822 utilizes polypropylene Advanced Electret Media (AEM) to trap hazardous solid dusts while maintaining low breathing resistance across extended tasks. Primary mechanical use cases include:

Cutting, Sawing, and Drilling: Safeguards operators cutting masonry, timber, composites, and engineered substrates.
Sanding and Grinding: Protects during surface preparation, weld bead smoothing, and abrasive blasting cleanup.
Crushing and Sweeping: Ideal for aggregate processing, quarrying, dry sweeping, and bulk powder handling where airborne dust clouds quickly accumulate.

Thermal Processing, Metalworking, and Foundries

Thermal metalworking activities produce fine condensation aerosols, metal fumes, and combustion particles. With its robust cupped construction and synthetic polyisoprene valved assembly, the 3M 8822 is suited for:

Foundry and Furnace Operations: Withstands the radiant heat environments common in primary metal smelting, ladle pouring, and casting floor operations.
Light Welding and Brazing: Filters thermally generated particulates during light weld operations, oxy-fuel cutting, and metal joining processes.
Leadwork and Smelting: Provides the required P2/FFP2 level filtration for regulated metal particulates up to 10 times the exposure standard.
Bushfire Smoke Management: Deployed for environmental safety personnel and industrial workers handling particulate smoke exposure from bushfires.

Elevated Heat and Humidity Environments

Standard cup-shaped particulate masks often trap hot, exhaled air, increasing user fatigue. The proprietary 3M Cool Flow exhalation valve integrated into the 8822 opens freely on exhalation to vent humid, heated air away from the face. This makes the mask particularly effective for warm factory floors, boiler rooms, ship hulls, and prolonged summer maintenance shifts where moisture reduction inside the facepiece is required to ensure consistent worker compliance.

Integrated PPE and Application Limits

The low-profile cup design, shaped polyurethane nose foam, and adjustable steel nose clip ensure the 3M 8822 integrates seamlessly with 3M protective eyewear and hearing protection equipment without breaking the facial boundary seal. Safety managers must note that the 3M 8822 is restricted to particulate filtration: it does not filter gases or chemical vapors and must never be deployed in oxygen-deficient atmospheres containing less than 19.5% oxygen.

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