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Product catalogue 2011/2012 Air and liquid fi ltration

Product catalogue 2011/2012 Air and liquid filtration - Freudenberg ...

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Respirator <strong>fi</strong> lters<br />

Filter media for respirators | Fine dust<br />

Key data<br />

Filter medium<br />

FA types: PP <strong>fi</strong> bers, thermally bonded; Separet types: PP / PAN <strong>fi</strong> bers, mechanically bonded<br />

Special features<br />

Separet <strong>fi</strong> lter media for respirators provide high arrestance ef<strong>fi</strong> ciency coupled<br />

with low breath resistance. The extremely low breath resistance means the<br />

<strong>fi</strong> ltering area can be kept small.<br />

Other advantages of the Separet <strong>fi</strong> lter media for respirators:<br />

• Low production costs for masks thanks to easy h<strong>and</strong>ling of the single-layered<br />

material<br />

• Low production costs for masks, since by reason of the low breath resistance<br />

no exhalation valve is required<br />

• Higher consumer acceptance levels, thanks to the masks’ extremely low<br />

breath resistance<br />

Applications-engineering information<br />

Welding <strong>and</strong> forming conditions<br />

Heat / pressure<br />

• Temperature: Approx. 170–180 °C<br />

• Pressure: Approx. 4–5 bar<br />

• Time: Approx. 4–5 s<br />

• Weldable types: All Separet types<br />

Ultrasonics<br />

• Time: Approx. 0.5 s<br />

• Energy: Approx. 1 kW<br />

• Pressure: Approx. 3–5 bar<br />

• Weldable types: All Separet types<br />

Delivery notes<br />

Customized dimensions are available on request.<br />

Article<br />

number<br />

Article Filter class* Filter medium Mask type<br />

Weight<br />

per unit<br />

area<br />

[ g / m² ]<br />

<strong>Air</strong>-permeability<br />

at 200 Pa<br />

[ l / s x m² ]<br />

<strong>Air</strong>permeability<br />

at 8 cm / s<br />

[ Pa ]<br />

NaCl<br />

penetration<br />

at 8 cm / s<br />

[ % ]<br />

Thickness<br />

[ mm ]<br />

53258196 FA 2356 150 / 200 70 A – PP <strong>fi</strong> bers Disposable mask 170 2200 < 6 – 4.0<br />

53262080 FA 2374 40 / 333 70 A – PP <strong>fi</strong> bers Disposable mask 150 2200 < 5 – 10.0<br />

53349381 SEPARET 2402 100 / 900 70 A FFP1 / 2 / 3 <strong>fi</strong> xed PP- + PAN <strong>fi</strong> bers Disposable mask 210 – < 20 < 0.9 2.4<br />

53250702 SEPARET 2396 80 / 1900 70 A FFP1 <strong>fi</strong> xed PP- + PAN <strong>fi</strong> bers Disposable mask 160 – < 8 < 6 2.5<br />

53255581 SEPARET 2397 60 / 1900 70 A FFP1 / 2 <strong>fi</strong> xed PP- + PAN <strong>fi</strong> bers Disposable mask 250 – < 13 < 2.5 3.0<br />

53393092 FA30WEI-1050-800P76-V – PP-jetSpin Disposable mask 30 > 350 < 45 < 1 0.4<br />

53395326 FA50WEI-210-1200-P76-V – PP-jetSpin Disposable mask 50 > 240 < 75 < 0.8 0.5<br />

53392802 FA2040WEI-215-1200P76 – PP-jetSpin Disposable mask 60 > 260 < 75 < 0.4 0.6<br />

53398644 FA4050WEI-170-830P76 – PP-jetSpin Disposable mask 90 > 200 < 90 < 0.3 0.8<br />

53398299 FA20WEI 1200 / 1050 76 – PP-jetSpin Disposable mask 20 > 420 < 42 < 1.5 0.25<br />

53425044 FA 760 20 / 1500 –<br />

Polyurethane foam with activatedcarbon<br />

modi<strong>fi</strong> ed for acidic gases<br />

– 240 3100 < 1.5 – 2.6<br />

53359934 FA 2372 300 / 650 A 70 – PES <strong>fi</strong> bers – 50 2350 – – 0.23<br />

53287035 FA 2371 RO (186) – Cellulose <strong>fi</strong> bers – 120 1000 at 0.5 mbar – – 1.0<br />

53263528 FA 2370 RO (163) – 100 % Viscose – 50 > 850 at 0.5 mbar – – 0.4<br />

53428980 FA 2689 RO (185) – 25 % Cellulose / 75 % Synthetic – 130 > 550 at 0.5 mbar – – 0.9<br />

Subject to technical changes.<br />

* In accordance with EN 149.<br />

96

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