Honeywell North 7600 Series Full Face Respirator

Silicone Full Facepiece Air-Purifying Respirator · Assigned Protection Factor 50 · North Bayonet Cartridges · 4 Builds

What does the Honeywell North 7600 series actually buy you?

Short answer: comfort and durability, not protection. The Honeywell North 7600 series is assigned a protection factor of 50 — and so is the cheaper 5400 series, and so is any other NIOSH-certified full facepiece air-purifying respirator. Both take the same North's own connector cartridges on both sides. If you are choosing between them on compliance grounds, there is nothing to choose. The 7600 earns its premium through a silicone facepiece and a five-strap harness, which matter when people are in the mask for most of a shift.

This collection holds one product with four builds, so this page is a selection guide rather than a grid. The listing with all four options is the 7600 Series full face respirator, and the long-form assessment is the 7600 Series review.

Why does a silicone full face respirator cost more?

Silicone stays flexible across a wider temperature range than the thermoplastic elastomer used on lower-cost facepieces, it tolerates repeated cleaning cycles better, and most wearers find it more comfortable against the skin over hours rather than minutes. Paired with a five-strap harness, which spreads tension across more anchor points than a four-strap, the result is a mask people are more willing to keep on — and a mask that is worn is the only kind that protects anyone.

That is a real benefit and it is worth naming honestly for what it is: an adherence and durability benefit, not a filtration or protection-factor benefit. If your crew wears a facepiece for twenty minutes twice a day, the 5400 series does the same regulatory job for less. If they are masked up for most of a shift, or the units are cleaned and reissued constantly, the silicone earns its money.

What is the assigned protection factor of the 7600?

50. Under the assigned protection factor table in OSHA 29 CFR 1910.134, that is the figure for any full facepiece air-purifying respirator. A tight-fitting half mask is assigned 10, and so is every disposable filtering facepiece — with identical cartridges fitted. The facepiece is what moves the number.

In practice that sets the trigger for moving up a tier: when a measured airborne concentration exceeds ten times the permissible limit a half mask no longer covers it, and a full facepiece covers up to fifty times. Above that you are into powered or supplied-air territory. Our assigned protection factors reference works through the table, and how to choose a half mask covers the tier below.

The lens is the second reason people step up. A full facepiece covers the eyes under the same seal that covers the airway, which matters for anything that irritates or splashes and removes the running battle between safety glasses and a respirator seal. Where a specific impact rating is required, confirm the ANSI Z87.1 marking on the unit itself rather than assuming it, and note that prescription spectacles need a proper in-mask kit — see respirators with glasses.

Which of the four 7600 builds should you order?

Two decisions, and the second one is easy to miss. First your size — small or medium/large. Then whether you want the welding build, which adds an integrated welding lens and costs substantially more. The listing title names only the two standard part numbers, so nothing on the surface tells you that half the range is a welding product.

Check the dropdown carefully on this series. On the standard pair the small is currently listed above the medium/large, which is the reverse of what you would expect and the reverse of both the 5400 series and this series' own welding pair. Whatever the reason, it means you cannot assume the smaller size is the cheaper option here — read the actual figures in the variant list before ordering.

If you are not welding, the welding builds are money spent on a lens you will never look through. And if you are, a welding facepiece variant does not settle your arc protection: shade selection depends on process and amperage, and a welding helmet remains a separate decision. For the fume side see the North cartridge guide for welding.

How do the four builds compare?

All four share the same assigned protection factor and the same cartridge connection. Note the standard row ordering above — the small is listed higher than the medium/large, which is the anomaly described in the previous section.

How does the 7600 compare with the North 5400?

Same protection factor, same cartridges, different materials and price. The 5400 uses a thermoplastic elastomer facepiece and is the entry point to full facepiece protection in the North line; the 7600 is the silicone and five-strap upgrade. Neither offers a compliance advantage over the other.

The premium is not uniform across sizes, and that is worth knowing before you generalize from one quote: at medium/large the 7600 sits roughly a third above the 5400, while at small the gap is far wider because of the pricing oddity described above. Compare the specific variants you actually intend to buy rather than the series in the abstract. Our head-to-head is Honeywell North 5400 vs 7600.

Against the main competitors, see 7600 vs 3M 7800S, 3M 6800 vs 7600 and 3M Ultimate FX vs 7600. Those 3M ranges sit in 3M 7800 series and 3M Ultimate FX.

Which cartridges fit the 7600 series?

North's own connector cartridges, mounted on both sides — the same fitting used across the North full facepiece and half mask ranges. That shared connection is the practical argument for standardizing a site on one facepiece brand: a single cartridge inventory covers every tier you own.

The facepiece sets your assigned protection factor; the cartridge decides which contaminants you are actually protected against. Those are independent questions, and a full facepiece with the wrong cartridge is not protection. Match media to the real contaminant using how to choose a respirator cartridge and the Honeywell North cartridge guide, then buy from North filters and cartridges. The North half mask range uses the same bayonet fitting.

How do you size and fit a 7600 series facepiece?

Two sizes — small and medium/large — so most adults land in medium/large and smaller faces take the small. That is a coarser range than a three-size line offers, and it is a real consideration when fitting a crew with varied face shapes.

Size is not a comfort preference on a tight-fitting respirator; it decides whether you have an assigned protection factor at all. Every wearer needs a fit test on the exact make, model and size they will wear, plus a medical evaluation before first use. Facial hair crossing the sealing surface disqualifies the respirator regardless of any earlier fit test — see respirators with a beard. Where a clean seal is not achievable the route is a loose-fitting powered hood, not a full facepiece worn over stubble.

What about the NIOSH approval number?

Check it on the unit. NIOSH certifies respirators under 42 CFR Part 84 and publishes every approval in the Certified Equipment List, which is the authoritative record — the number is printed on the respirator or its packaging and can be looked up directly.

We are not printing an approval number on this page. Copy circulating for this series cites a schedule designation we could not match to any NIOSH schedule we can account for, and the same string appears on the sibling series page with only the facepiece material changed — which suggests templating rather than a verified figure. Substituting our own guess would be no better than repeating it. What we can state independently, from the OSHA table, is the assigned protection factor of 50 that applies to any NIOSH-certified full facepiece air-purifying respirator. For the framework itself see 42 CFR Part 84 certification.

Editor's pick: the standard medium/large 760008A on the 7600 Series listing — it delivers the silicone facepiece and five-strap harness at the lowest figure in the range, and it fits most adult faces. Take the 5400 instead if wear time is short and budget is the binding constraint, and only take a welding build if you are genuinely welding.

Affiliate disclosure: WC Safety is an independent review site. As an Amazon Associate we earn from qualifying purchases made through links on this page, at no extra cost to you. We do not sell products directly, and no brand paid for placement.

Our methodology: what is on this page, and what it cannot do

We counted this collection against the storefront rather than trusting the heading: one product, four builds, so we wrote a variant selection guide instead of pretending to a range. We read the variants before describing them, which is how both the welding builds and the size-price inversion surfaced — neither is visible from the product title. Assigned protection factors are quoted from the OSHA table rather than product copy, and we say plainly that the premium over the sibling series buys comfort rather than protection, because that is what the table shows. We have not printed a NIOSH approval number, because the designation in circulation for this series appears templated across sibling pages and did not match a schedule we could verify. And we route bare model-number searches to the product page rather than competing with it.

Honeywell North 7600 Series FAQ

Is the Honeywell North 7600 better protection than the 5400?

No. Both are assigned a protection factor of 50 under the OSHA table and both take the same North's own connector cartridges. The 7600 buys a silicone facepiece and a five-strap harness — comfort and durability, not protection.

What is the assigned protection factor of the 7600 series?

50, the figure for any NIOSH-certified full facepiece air-purifying respirator. That compares with 10 for a tight-fitting half mask or any disposable, with identical cartridges fitted.

Why is silicone worth paying for on a respirator facepiece?

It stays flexible across a wider temperature range, tolerates repeated cleaning better, and is more comfortable over long wear. The benefit is adherence and durability — people keep it on — rather than filtration.

What sizes does the 7600 series come in?

Two: small and medium/large, each in a standard and a welding build. Most adults fit medium/large. A fit test on the specific size is what determines whether you have protection.

Why is the small 7600 priced above the medium large?

We cannot say why, only that it currently is — which is the reverse of the 5400 series and of this series' own welding pair. Read the actual figures in the variant dropdown rather than assuming the smaller size costs less.

What is the difference between the 760008A and the 760008AW?

The W build adds an integrated welding lens to the same facepiece and costs substantially more. Everything else is shared — same series, same cartridges, same assigned protection factor of 50.

Which cartridges fit the Honeywell North 7600?

North's own connector cartridges on both sides, shared with the North half mask and full facepiece ranges. The facepiece sets your protection factor; the cartridge decides which contaminants you are protected against.

Does a full facepiece replace safety glasses?

It covers the eyes under the same seal that covers the airway, which removes the glasses-versus-seal conflict. Where a specific impact rating is required, confirm the ANSI Z87.1 marking on the unit rather than assuming it.

Do I need a fit test for the 7600?

Yes, on the exact make, model and size you will wear, plus a medical evaluation before first use. Facial hair crossing the sealing surface disqualifies the respirator regardless of any earlier fit test.

When should I move from a half mask to a full facepiece?

When measured airborne concentration exceeds ten times the permissible limit, since a half mask is assigned 10. A full facepiece covers up to fifty times; beyond that you need powered or supplied-air equipment.

What NIOSH approval number does the 7600 carry?

Check the number printed on the respirator against the NIOSH Certified Equipment List. We are not reprinting one here, because the designation circulating for this series appears templated across sibling pages and did not match a schedule we could verify.

How many products are in this collection?

One, with four builds. This page is a variant selection guide — the wider Honeywell North full face range and the general full facepiece category are linked above.

Where the 7600 series full facepiece sits in the range

Searches for honeywell north 7600, north 7600 full face respirator and silicone full face respirator all resolve to the same four builds above. A 7600 series full facepiece is the comfort tier of North's air-purifying line: below it the half masks at an assigned protection factor of 10, beside it the 5400 at the same 50 in a lower-cost material, and above it powered and supplied-air equipment for exposures a cartridge cannot handle. For the whole North full face range see Honeywell North full face mask respirators, for the cross-brand picture full face mask respirators, and for the tier above powered air purifying respirators.

Why trust WC Safety on the Honeywell North 7600?

WC Safety reviews workplace PPE full-time as an independent affiliate site — we do not sell products, hold no inventory, and accept no paid placements. On the more expensive of two near-identical respirators, the commercially convenient page talks up the premium. This one opens by saying the premium buys no protection at all: the 7600 and the cheaper 5400 are both assigned 50 and take the same cartridges, and the difference is silicone and a fifth strap. It also flags that the small standard build is currently listed above the medium/large, which is backwards from every comparable pair we checked, and tells you to read the dropdown rather than assume. And it declines to print a NIOSH approval number, because the one in circulation appears templated across sibling pages and we could not verify it — the assigned protection factor of 50 comes from the OSHA table instead, which we can stand behind. Standards referenced are OSHA 29 CFR 1910.134 and NIOSH 42 CFR Part 84. Reviewed by Steven Eaton, WC Safety editor. Last reviewed: July 2026.