Soft nose plate

is resistant to many bendings and does not exert pressure on the nose bridge during the long-term usage

2

Low breathing resistance

is provided by high performance ‘ELEFLEN’ material

1

Low breathing resistance is provided by high performance ‘ELEFLEN’ material

Soft nose plate is resistant to many bendings and does not exert pressure on the nose bridge during the long-term usage

Ultrasonic bonding of all components

1

The optimal design

of the spacer provides a half-mask form in the assembled condition

2

Ultrasonic bonding of all components

The optimal design of the spacer provides a half-mask form in the assembled condition

Soft nose plate

is resistant to many bendings and does not exert pressure on the nose bridge during the long-term usage

2

Low breathing resistance

is provided by high performance ‘ELEFLEN’ material

1

The exhalation valve

removes hot and moist exhaled air from inside the half-masks, prevents the formation of condensation, and reduces the temperature level inside the half-mask space

3

Low breathing resistance is provided by high performance ‘ELEFLEN’ material

Soft nose plate is resistant to many bendings and does not exert pressure on the nose bridge during the long-term usage

The exhalation valve removes hot and moist exhaled air from inside the half-masks, prevents the formation of condensation, and reduces the temperature level inside the half-mask space

Ultrasonic bonding of seams

1

The optimal design

of the spacer provides a half-mask form in the assembled condition

2

Ultrasonic bonding of seams

The optimal design of the spacer provides a half-mask form in the assembled condition

Application and Instructions

Without exhalation valve

Lepestok 101 Protection factor 4

Lepestok 201 Protection factor 12

Lepestok 301 Protection factor 50

With exhalation valve

Lepestok 111 Protection factor 4

Lepestok 211 Protection factor 12

Lepestok 311 Protection factor 50

The ‘LEPESTOK’ respirators are intended for the individual respiratory protection from harmful polydisperse aerosols (dust, fumes, mist) indoors and outdoors, provided that the volume of oxygen in the working area is at least 17%.

The ‘LEPESTOK’ respirators provide respiratory protection from the following polydisperse aerosols:
  • Mineral dust (coal, emery, cement, glass, lime, pigments and fertilizers, etc.)
  • Metallic dust (iron, cast-iron, steel, copper, lead, etc.)
  • Fumes and mist: oil mist, welding fume; metal fumes
  • Radioactive dust
  • Vegetable dust (hemp, cotton, wood, tobacco, flour, sugar, etc.)
  • Animal dust (wool, horn, bone, leather, floccus, etc.)
Product designation Lepestok 101 Lepestok 111 Lepestok 201 Lepestok 211 Lepestok 301 Lepestok 311
Presence of exhalation valve No Yes No Yes No Yes
Efficiency class

FFP 1

FFP 2

FFP 3

Nominal Protection Factor 4 12 50
Purpose Protection against solid particles of organic (animal and vegetable) and inorganic (mineral, metallic) dust. Protection against solid and liquid aerosols (oil mist, welding fume, metal fumes). Protection against the extra-hazardous solid and liquid aerosols (radioactive, biological, toxic).
Area of application Mining, wood- and metal-working, cement production, coke production, pharmaceutics Use of gas and electric welding, production of ferrous and non-ferrous metals, processing of glass and mineral fibre materials, dust material, pesticides and toxic chemicals handling Nuclear power plants, biochemical laboratories, radio-chemical production, power units maintenance (replacement of filters)

Certification

Conclusion of National sanitary-epidemiological expertise at Ministry of Health Care in Ukraine.

‘LEPESTOK’ filtering half masks comply with ‘Technical Regulations for Personal Protective Equipment’, approved by the Decree No. 761 of the Cabinet of Ministers of Ukraine, August 27, 2008.

Certification in the UkrSEPRO system.