Moldex Classic+ FFP Series Technical Data Sheet

T h e C l a s s i c S e r i e s o f F F P ' s .
FFP1D
·
+
2360 (non valved)
·
2365 + with Ventex -Valve
®

Characteristics

The "Classic Series of FFP's" from Moldex first introduced the
+
patented DuraMesh -Design and the Ventex
®
The DuraMesh shell ensures optimum shape retention and durability,
®
and therefore protection, far superior to that of unsupported filtering
facepieces.
The Ventex -Valve uses low pressure valve technology to optimise air
®
flow, reducing the temperature, moisture vapour and exhaled carbon
dioxide inside the mask.

Areas of use:

LEVEL OEL HAZARD TYPE
(MASK) (EXAMPLE)
FINE DUSTS, FUMES, WATER AND OIL BASED
FFP1D 4 x
MISTS/AEROSOLS
(Against non-toxic dusts, e.g. Aluminium Oxide,
(2360 )
+
Bauxite, Borax, Brick Dust, Cellulose, Cement, Coal
(2365 )
+
Dust, Gypsum, Limestone, Plaster of Paris, Pollen,
Portland Cement, Sucrose, Sugar)
FINE TOXIC DUSTS, FUMES, WATER AND OIL
FFP2D 10 x
BASED MISTS/AEROSOLS
(e.g. As for FFP1 but at higher concentrations, plus:
(2400 )
+
Brake Dust, Calcium Oxide, China Clay, Concrete Dust,
(2405 )
+
Cotton Dust, Granite, Hay, Lead Dust and Fume,
Particulate Welding Fumes, Silica, Sodium Hydroxide,
Wood Dust, Zinc Oxide Fume)
(OEL = Occupational exposure limit)

Certification

The Moldex Classic Series of FFP's meet the requirements of
+
EN149: 2001 and are CE-Marked in accordance with the requirements
of European Directive 89/686/EEC. The Berufsgenossenschaftliche
Institut für Arbeitssicherheit (BGIA) in St. Augustin in Germany is the
body responsible for both type examination (Article 10) and
monitoring of production (Article 11).
The products are manufactured in an ISO 9001 certified plant.
+
FFP2 D
·
·

Construction / Materials

The Moldex Classic
-Valve. the DuraMesh
®
The respirator is made of:
Weight:

Testing

The Moldex Classic
EN149: 2001 and fulfill all requirements of the relevant categories.
·
Ten test subjects wearing respirators perform a variety of exercises on a
tread mill. During the exercises the amount of test aerosol that
penetrates the filter, face seal and valve (if provided) are sampled. In
the different categories the total inward leakage of 8 out of 10 test
subjects shall not exceed the following levels:
·
The filter efficiency of 12 respirators is tested. In EN149: 2001 both
Sodium Chloride and Paraffin Oil aerosols are tested. The following
filter penetration shall not be exceeded.
This masks fulfil the additional 120 mg oil loading test.
+
2400 (non valved)
2405 + with Ventex -Valve
®
Series of FFP's have a common design based on
+
technologies.
®
- Filter Layer = Polypropylene
- Inner Shell = Polypropylene
- DuraMesh Shell = Polypropylene
®
- Head Strap = Natural Rubber
- Ventex -Valve = Natural Rubber
®
2360 = 12 g 2400
+
2365 = 16 g 2405
+
Series of FFP respirators have been tested to
+
Total inward leakage
CATEGORY MAX. TOTAL INWARD LEAKAGE
FFP1D
FFP2D
Filter Penetration
CATEGORY TEST AEROSOL
FFP1D Sodium Chloride / Paraffin Oil
FFP2D Sodium Chloride / Paraffin Oil
= 12 g
+
= 16 g
+
22 %
8 %
MAX. FILTER
PENETRATION
20 %
6 %