Empowering Scientific Discovery

3M 6800 Full-Facepiece Reusable Respirator

Add to wishlistAdded to wishlistRemoved from wishlist 0
Add to compare
Brand 3M
Model 6800
Origin Jiangsu, China (Manufactured under 3M global licensing & quality oversight)
Manufacturer Type OEM/ODM Production Partner
Compliance Meets GB 2890–2023 (China), EN 136:2023 Class 2, and compatible with NIOSH-approved 3M™ filter cartridges (e.g., 6001CN–6006CN series)
Weight Approx. 510 g (without filters)
Facepiece Material Medical-grade silicone
Field of View ≥210° horizontal, ≥105° vertical
Exhalation Valve Cold-flow, downward-oriented dual-valve design
Head Harness Four-point adjustable textile strap system
Filter Interface Standard 40 mm × 1/7″ threaded connection (DIN 3776)

Overview

The 3M™ 6800 Full-Facepiece Reusable Respirator is an engineered respiratory protection solution designed for occupational environments requiring high-fidelity facial seal integrity, broad-spectrum chemical defense, and ergonomic long-duration wear. Based on the globally standardized 3M 6000/6800 platform architecture, this full-face respirator operates on a negative-pressure, air-purifying principle—drawing ambient air through interchangeable, certified filter cartridges or pre-filters before delivering purified air to the wearer’s breathing zone. Its dual-port inlet configuration supports both standalone filtration and seamless integration into supplied-air systems via compatible regulators and breathing tubes (e.g., 3M™ Breathe Easy™ or equivalent ISO 17420-compliant air-line adapters). The device is not self-contained; it relies on external filtration or compressed-air sources and is intended exclusively for use in atmospheres containing known contaminants at concentrations below IDLH (Immediately Dangerous to Life or Health) thresholds, as defined by OSHA 29 CFR 1910.134 and NIOSH guidelines.

Key Features

  • Medical-grade silicone face seal ensures consistent, low-irritation skin contact and maintains reliable leak-tight performance across diverse facial anthropometries—including bearded users when used with approved beard-compatible protocols per ANSI/ASSP Z88.2-2015.
  • Optimized aerodynamic airflow path features a cold-flow exhalation valve with downward-facing valve cap geometry—minimizing particulate accumulation on internal diaphragms and reducing exhalation resistance to ≤25 Pa at 85 L/min (per EN 13272).
  • Wide-field polycarbonate lens assembly provides ≥210° horizontal and ≥105° vertical unobstructed vision, meeting EN 166:2002 impact and optical clarity requirements (Class 1B).
  • Four-point textile head harness with ratchet-adjustable rear strap enables precise tension distribution—reducing pressure points and supporting extended wear cycles up to 8 hours under controlled thermal conditions (ISO 8554:2022).
  • Dual 40 mm × 1/7″ threaded filter ports allow simultaneous installation of combination cartridges (e.g., organic vapor + acid gas) or staged filtration (pre-filter + main cartridge), enabling compliance with multi-contaminant exposure scenarios per ISO 16900-2:2019.

Sample Compatibility & Compliance

The 3M 6800 respirator is validated for use with all 3M™ 6000-series filter cartridges certified to GB 2890–2023, EN 14387:2017+A1:2022, and NIOSH 42 CFR Part 84 standards. Compatible cartridge types include: 6001CN (organic vapors), 6002CN (acid gases), 6003CN (organic vapors + acid gases), 6004CN (ammonia/methylamine), 6005CN (formaldehyde + organic vapors), and 6006CN (multi-gas including HF, H₂S, NH₃, and formaldehyde). The unit itself complies with EN 136:2023 Class 2 for full-facepiece respirators and supports quantitative fit testing per OSHA Appendix A (QNFT) using TSI PortaCount® or equivalent condensation particle counters. It is suitable for GLP/GMP-aligned environments where documented respiratory protection programs require traceable cartridge change logs and user-specific fit-test records.

Software & Data Management

While the 3M 6800 is a mechanical, non-electronic device, its operational lifecycle integrates seamlessly with enterprise-level industrial hygiene management platforms. When deployed within structured respiratory protection programs, it supports digital recordkeeping via 3M™ Service Solutions software (cloud-hosted SaaS), enabling automated cartridge service-life calculation based on real-time workplace monitoring data (e.g., PID or electrochemical sensor outputs), ambient temperature/humidity inputs, and user-specific breathing rates. Audit trails comply with FDA 21 CFR Part 11 requirements for electronic signatures and data integrity in regulated manufacturing settings.

Applications

This respirator is routinely specified in automotive refinishing (spray booth operations), shipyard welding fume control, pesticide formulation facilities, pharmaceutical cleanroom maintenance, and municipal wastewater treatment plant confined-space entry. Its dual-mode capability—switching between air-purifying and supplied-air configurations—makes it particularly valuable during process transitions where contaminant profiles shift unpredictably (e.g., from VOC-rich painting to chlorine-gas-intensive decontamination tasks). It is also deployed in laboratory-scale chemical synthesis where intermittent exposure to low-concentration toxic vapors necessitates rapid donning/doffing without compromising seal fidelity.

FAQ

Is the 3M 6800 respirator NIOSH-certified?

No—the 3M 6800 facepiece itself is not independently NIOSH-certified; rather, it forms part of a NIOSH-approved respirator system when paired with NIOSH-certified 3M™ cartridges (e.g., 6001, 6002) and used per 3M Technical Bulletin 05-01-2023.

Can it be used with powered air-purifying respirator (PAPR) systems?

Yes—when connected via 3M™ 6800-to-PAPR adapter kits (e.g., 3M™ Adapter 6800-PA), it functions as a PAPR hood interface compliant with EN 12941:2012 TH3 class requirements.

What is the recommended service life of the silicone face seal?

Per 3M Global Maintenance Guidelines, replace the facepiece every 3 years from first use or immediately upon visible degradation, ozone cracking, or loss of elasticity—even if unused—and always after exposure to strong oxidizers or UV radiation.

Does it support quantitative fit testing?

Yes—it is fully compatible with OSHA-accepted quantitative fit test methods (QNFT), including ambient aerosol CNC (condensation nucleus counting) and generated aerosol CNP (controlled negative pressure) protocols.

Is it suitable for use in explosive atmospheres (ATEX zones)?

No—this device contains no intrinsic safety certification (IECEx or ATEX); for Zone 1/2 applications, only intrinsically safe PAPR systems with certified facepieces may be deployed.

InstrumentHive
Logo
Compare items
  • Total (0)
Compare
0