Supplier for KaramThe FFP2S step up from the FFP1S range, in the same five fittings: ear loops (RF02) or headbands (RFH02), each with or without a valve, and an adjustable headband version (RFH20). ISI marked to IS 9473:2002 under licence CM/L-8300137209.
Standards and approvals: ISI 9473:2002, ISI, CDSCO, IS 9473:2002
| Specification | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) RF02 | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) RF02+ | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) RFH02+ | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) RFH20 | Breathing Resistance (Clause 5.11 of IS 9473:2002) RF02 | Breathing Resistance (Clause 5.11 of IS 9473:2002) RF02+ | Breathing Resistance (Clause 5.11 of IS 9473:2002) RFH02 | Breathing Resistance (Clause 5.11 of IS 9473:2002) RFH02+ | Breathing Resistance (Clause 5.11 of IS 9473:2002) RFH20 | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) RF02 | Tota L Inward Leakage (Clause 5.4.1 of IS 9473:2002) RF02 | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) RF02+ | Tota L Inward Leakage (Clause 5.4.1 of IS 9473:2002) RF02+ | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) RFH02 | Tota L Inward Leakage (Clause 5.4.1 of IS 9473:2002) RFH02 | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) RFH02+ | Tota L Inward Leakage (Clause 5.4.1 of IS 9473:2002) RFH02+ | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) RFH20 | Tota L Inward Leakage (Clause 5.4.1 of IS 9473:2002) RFH20 | Flammability (Clause 5.6 of IS 9473:2002) RF02 | Flammability (Clause 5.6 of IS 9473:2002) RF02+ | Flammability (Clause 5.6 of IS 9473:2002) RFH02 | Flammability (Clause 5.6 of IS 9473:2002) RFH02+ | Flammability (Clause 5.6 of IS 9473:2002) RFH20 | Bacteria L Filtering Efficiency RF02 | Bacteria L Filtering Efficiency RF02+ | Bacteria L Filtering Efficiency RFH02 | Bacteria L Filtering Efficiency RFH02+ | Bacteria L Filtering Efficiency RFH20 | Performance Requirements Tested as Per Various Clauses Of IS 9473:2002 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Vital Test | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) | CO2 Content of Inhalation Air (Clause 5.7 of IS 9473:2002) | Breathing Resistance (Clause 5.11 of IS 9473:2002) | Breathing Resistance (Clause 5.11 of IS 9473:2002) | Breathing Resistance (Clause 5.11 of IS 9473:2002) | Breathing Resistance (Clause 5.11 of IS 9473:2002) | Breathing Resistance (Clause 5.11 of IS 9473:2002) | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) | Total Inward Leakage (Clause 5.4.1 of IS 9473:2002) | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) | Total Inward Leakage (Clause 5.4.1 of IS 9473:2002) | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) | Total Inward Leakage (Clause 5.4.1 of IS 9473:2002) | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) | Total Inward Leakage (Clause 5.4.1 of IS 9473:2002) | Particulate Filtering Efficiency (Clause 5.4.2 of IS 9473:2002) | Total Inward Leakage (Clause 5.4.1 of IS 9473:2002) | Flammability (Clause 5.6 of IS 9473:2002) | Flammability (Clause 5.6 of IS 9473:2002) | Flammability (Clause 5.6 of IS 9473:2002) | Flammability (Clause 5.6 of IS 9473:2002) | Flammability (Clause 5.6 of IS 9473:2002) | Bacterial Filtering Efficiency | Bacterial Filtering Efficiency | Bacterial Filtering Efficiency | Bacterial Filtering Efficiency | Bacterial Filtering Efficiency | Performance Requirements Tested as Per Various Clauses Of IS 9473:2002 |
| Requirement as per Standard | Carbon dioxide content of the inhalation air (dead space) should not exceed an average of 1% (by vol.) | Carbon dioxide content of the inhalation air (dead space) should not exceed an average of 1% (by vol.) | Carbon dioxide content of the inhalation air (dead space) should not exceed an average of 1% (by vol.) | Carbon dioxide content of the inhalation air (dead space) should not exceed an average of 1% (by vol.) | Inhalation Flow- 30 l/min: Should be less than 0.7 mbar Inhalation Flow- 95 l/min: Should be less than 2.4 mbar Exhalation Flow- 160 l/min: Should be less than 3.0 mbar | Inhalation Flow- 30 l/min: Should be less than 0.7 mbar Inhalation Flow- 95 l/min: Should be less than 2.4 mbar Exhalation Flow- 160 l/min: Should be less than 3.0 mbar | Inhalation Flow- 30 l/min: Should be less than 0.7 mbar Inhalation Flow- 95 l/min: Should be less than 2.4 mbar Exhalation Flow- 160 l/min: Should be less than 3.0 mbar | Inhalation Flow- 30 l/min: Should be less than 0.7 mbar Inhalation Flow- 95 l/min: Should be less than 2.4 mbar Exhalation Flow- 160 l/min: Should be less than 3.0 mbar | Inhalation Flow- 30 l/min: Should be less than 0.7 mbar Inhalation Flow- 95 l/min: Should be less than 2.4 mbar Exhalation Flow- 160 l/min: Should be less than 3.0 mbar | Requirement as per Standard- 94% | The arithmetic mean of the total inward leakage of at least 8 out of 10 subjects should not be greater than 8% The arithmetic mean of the total inward leakage of at least 46 subjects should not be greater than 11% | Requirement as per standard- 94% | The arithmetic mean of the total inward leakage of at least 8 out of 10 subjects should not be greater than 8% The arithmetic mean of the total inward leakage of at least 46 subjects should not be greater than 11% | Requirement as per standard- 94% | The arithmetic mean of the total inward leakage of at least 8 out of 10 subjects should not be greater than 8% The arithmetic mean of the total inward leakage of at least 46 subjects should not be greater than 11% | Requirement as per standard- 94% | The arithmetic mean of the total inward leakage of at least 8 out of 10 subjects should not be greater than 8% The arithmetic mean of the total inward leakage of at least 46 subjects should not be greater than 11% | Requirement as per standard- 94% | The arithmetic mean of the total inward leakage of at least 8 out of 10 subjects should not be greater than 8% The arithmetic mean of the total inward leakage of at least 46 subjects should not be greater than 11% | The face mask when subject to pass the flame once at the specified speed should not continue to burn after removal of flame | The face mask when subject to pass the flame once at the specified speed should not continue to burn after removal of flame | The face mask when subject to pass the flame once at the specified speed should not continue to burn after removal of flame | The face mask when subject to pass the flame once at the specified speed should not continue to burn after removal of flame | The face mask when subject to pass the flame once at the specified speed should not continue to burn after removal of flame | Bacterial filtering efficiency should be >90% | Bacterial filtering efficiency should be >90% | Bacterial filtering efficiency should be >90% | Bacterial filtering efficiency should be >90% | Bacterial filtering efficiency should be >90% | Carbon dioxide content of the inhalation air (dead space) should not exceed an average of 1% (by vol.) |
| KARAM Respirator | < 0.6% | < 0.4% | < 0.5% | < 0.6% | 0.4 mbar 1.6 mbar 2.1 mbar | 0.3 mbar 1.3 mbar 1.2 mbar | 0.3 mbar 1.5 mbar 1.8 mbar | 0.3 mbar 1.4 mbar 1.2 mbar | 0.3 mbar 1.5 mbar 1.8 mbar | Exceeds 97% | 2.05% 6.31% | Exceeds 97% | 2.56% 7.26% | Exceeds 97% | 2.04% 6.31% | Exceeds 97% | 2.76% 3.28% | Exceeds 97% | 2.04% 6.31% | KARAM Respirator does not continue to burn after removal of flame | KARAM Respirator does not continue to burn after removal of flame | KARAM Respirator does not continue to burn after removal of flame | KARAM Respirator does not continue to burn after removal of flame | KARAM Respirator does not continue to burn after removal of flame | > 99% | > 99% | > 99% | > 99% | > 99% | < 0.6% |
Specifications as published by Karam. Please confirm the exact model with us before ordering.
Karam's FFP1S dust respirator in five fittings: ear loops (RF01) or headbands (RFH01), each with or without an exhalation valve, and a headband version with adjuster (RFH10). ISI marked to IS 9473:2002 under licence CM/L-8300137209.
An FFP1 respirator for solid and liquid particles with a cushioned nose pad and a headband adjuster, with or without an exhalation valve (RFH11 and RFH11+). Karam states it to EN 149:2001+A1:2009 and it is ISI marked to IS 9473:2002.
The FFP2 version of Karam's padded headband respirator, for solid and liquid particles, with or without an exhalation valve (RFH12 and RFH12+). Stated to EN 149:2001+A1:2009 and ISI marked to IS 9473:2002.
Karam's highest class in the padded headband series: an FFP3 respirator with exhalation valve, listed for welding, metal working and construction. Stated to EN 149:2001+A1:2009 and ISI marked to IS 9473:2002.
A three layer disposable surgical mask with ear loops (RFM50) or tie-back straps (RFM51) for medical, food processing and clean areas. ISI marked to IS 16289:2014, Class 3, under licence CM/L-8300142210.
A vertical fold-flat FFP1 respirator from the Frontier range with a two strap textile headband, easy to carry in a pocket. Karam lists it as ISI certified to IS 9473:2002.
A silicone full face mask with the patented ROTOR adjustment, which tightens with one hand even in gloves, a wide 210° polycarbonate screen and an inner half mask that reduces misting. It is stated to EN 136 Class 3 and takes EN 148-1 threaded M9000 cartridges, sold separately.
A silicone full face mask with silicone strap adjustment, a 210° polycarbonate screen, an inner half mask and a shoulder strap to carry it when not in use. Stated to EN 136 Class 3, it takes EN 148-1 threaded M9000 cartridges, sold separately.
Try "landing valve", "Apollo call point", "9 kg ABC" or a model code.
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