FR605 Bizflame Rain+ Hi-Vis Light Arc Jacket APC 2 (25 ELIM)
Bizflame Rain+ Hi-Vis Light Arc Jacket has excellent FR properties, protection against rain and chemicals, and a high ARC rating making it the ideal choice when versatile protection is required. Its ergonomically shape hood is perfect for protecting the wearer from adverse weather conditions and its cotton lining offers comfort and warmth. Ideal in combination with FR410 trousers.
Features
Flame resistant treated waterproof fabric prevents water penetration
Protection against radiant, convective and contact heat
FR cotton lined for added warmth and comfort
Internal chest pocket
Anti-static
Contrast colouring for added style
Sew on flame resistant industrial wash tape
Ergonomically shaped hood for a perfect fit
Radio loops for easy clipping of a radio
Breathable fabric to draw moisture away from the body keeping the wearer cool, dry and comfortable
Taped seams to provide additional protection
Print access for corporate branding
Concealed phone pocket
CE certified
CE-CAT III
40+ UPF rated fabric to block 98% of UV rays
Shell Fabric : BIZFLAME RAIN+ HV: 60% Polyester, 21% Modacrylic, 18% Cotton, 1% Carbon Fibre, HV 7mm Ripstop Breathable PU coated 250g
Lining Fabric : 100% Cotton Flame Resistant Lining 170g
Standards:
EN ISO 11612 A1+A2, B1, C1, F1
EN ISO 11611 Class 1 A1+A2
EN 1149 -5
IEC 61482-2 IEC 61482-1-1 ELIM 25 CAL/CM²
IEC 61482-2 IEC 61482-1-2 APC 1
EN 13034 Type PB [6]
EN ISO 20471 Class 3
Jacket with lining: EN 343:2019 Class 4:1:X
Jacket without lining: EN 343:2019 Class 4:3:X
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For over 117 years we’ve possessed an unrelenting ambition to produce the world’s most trusted and requested protective wear. Through the decades, we have continuously proven our dedication to quality, producing world beating safety garments, foot protection, hand protection and PPE, while pushing the boundaries in protection technologies. Technologies that make the workplace a safer place.
EN ISO 20471 Hi-Vis Class 3
EN ISO 20471 is divided into three classes, the requirement for the area consisting of reflectors and fluorescent materials – that determines which class you need to choose. Minimum areas of visible material in m². Class 3: Reflective Tape = 0.20m², Fluorescent material = 0.80m². Class 2: Reflective Tape = 0.13m², Fluorescent material = 0.50m². Class 1: Reflective Tape = 0.10m², Fluorescent material = 0.14m². The highest class is class 3. There are two ways to attain class 3. Either choose an EN ISO 20471 product that is rated class 3 on its own (e.g. a jacket) or choose two products that together are class 3 certified.Details
EN ISO 11612 Heat & Flame
Letter A (EN 15025) This test consists of applying a flame to a fabric sample for 10 seconds. To pass the test, the after flame & smoulder times and formation of holes must be within the tolerances within the standard. The application of a flame can take place in two ways: Code Letter A1 Surface Ignition, ISO15025 A Procedure A (leads to Class A1), the flame is applied horizontally to the face of the fabric No specimen shall permit any part of the lowest boundary of any flame to reach the upper or either vertical edges No specimen shall give hole formation of 5mm or greater in any direction, except for an inter-lining that is used for specific protection other than heat and flame protection. No specimen shall give flaming or molten debris The mean value of after flame time shall be ≤ 2s The mean value of afterglow time shall be ≤ 2s Code Letter A1 Edge Ignition, ISO15025 B Procedure B (leads to Class A2), the flame is applied to the bottom edge of the fabric sample. No specimen shall permit any part of the lowest boundary of any flame to reach the upper or either vertical edges No specimen shall give flaming or molten debris The mean value of after flame time shall be ≤ 2s The mean value of afterglow time shall be ≤ 2s Letter B (ISO 9151) Convective Heat: determination of the heat transmission when exposed to flames. The sample is held above the flame and the rise in temperature on the topside of the sample is measured with a calorimeter. The length of time the sample can remain exposed before its temperature rises by 24 °C is determined. B1: 4 < 10 seconds, B2: 10 < 20 seconds, B3: 21 seconds and longer Letter C (ISO 6942) Exposure to Radiant Heat. In this test, a fabric sample is exposed to radiant heat (infrared rays). The temperature on the reverse (unexposed) side of the sample is registered using a calorimeter. Subsequently, the length of time the sample the sample can remain exposed before its temperature rises by 24°C is measured. The test procedure is the same as ISO 11611, but the classification is different: C1: 7 < 20 seconds, C2: 20 < 50 seconds, C3: 50 < 95 seconds, C4: 95 seconds and longer Letter D and E (ISO 9185) D = Aluminium E = Molten Iron Determining the level of protection against spatters of molten metal. A membrane (with similar properties to human skin) is attached to the reverse of the fabric sample sequentially rising quantities of molten metal (Aluminium or Iron as applicable) are splashed on the sample. The quantity of molten metal which deforms the membrane is determined. The classification for molten aluminium is: D1: 100 < 200 grams, D2: 200 <350 grams, D3: 350 grams and more The classification for molten iron is: E1: 60 < 120 grams, E2: 120 < 200 grams, E3: 200 grams and more Letter F (ISO 12127) This is a new test to establish a value for contact heat. The classification in this respect: F1: 5 < 10 seconds, F2: 10 < 15 seconds, F3: 15 seconds and longerDetails
EN ISO 11611 Welding & Allied
Standard specifies two classes with specific performance requirements. Class 1: is protection against less hazardous welding techniques and situations causing lower levels of spatter and radiant heat. Class 2: is protection against more hazardous welding techniques and situations causing higher levels of spatter and radiant heat.Details
IEC 61482-2 Protective Clothing Thermal Arc Hazards
Standard for protective clothing against the thermal effects of an electric arc event. Two different test methods: Open Arc IEC 61482-1-1 and Box test EN 61482-1-2. OPEN ARC - IEC 61842-1-1 (USA). The first result, ELIM - The maximum incident energy (cal/cm²) the garment can withstand before the wearer would have a 0% probability of a second degree burn. The second result is either: ATPV (Arc Thermal Performance Value, cal/cm²) The maximum incident energy the garment can withstand before the wearer would have 50% probability of a second degree burn or EBT (Energy Break Open Threshold, cal/cm²) The incident energy at which a 50% probability of a breakopen occurs resulting in a second degree burn. Since ELIM indicates an energy value at 0% probability of a second degree burn and ATPV/EBT at 50% probability, the ELIM value is usually lower than ATPV/EBT. Large differences between the ELIM and ATPV/EBT results highlight the importance of wearing several layers of garments to ensure you are properly protected. EN 61482-1-2 (Europe) is evaluated in two classes in the same test: APC1 protects against electric arc of 4kA (arc energy 168 kJ), APC2 protects against electric arc of 7kA (arc energy 320 kJ). Unlike the American standard, there is not a result scale in this garment tests, only two levels where the garment either passes or fails. A garment with one layer of Flame Retardant fabric usually passes APC 1 - even thin shirt fabrics. To pass APC 2, a system with two or three fabric layers or a lined garment is normally required. This makes it more difficult to adapt the protection to the risk, without compromising on comfort. As APC 1 is a relatively low level of protection, we always recommend a basic protection of at least 8 cal/cm².Details
EN 1149 Anti-Static (ATEX)
This standard specifies PPE Clothing used in explosive environments (i.e. ATEX) where there is a risk that the garments could create sparks (source of ignition), which in turn could ignite explosive materials. Anti-Static garments marked EN 1149-5 are intended to be worn in Atex zones 1, 2, 20, 21 and 22. In oxygen enriched atmospheres or in zone 0, the Anti-Static garments should not be used without first being approved by a qualified Safety Engineer, as wear and tear can affect the protection of the garment and it is crucial that they are worn the correct way in these environments.Details
EN 13034 Liquid Chemicals
Standard for protection of a potential exposure to a light spray, liquid aerosols or low pressure, low volume splashes when complete liquid permeation barrier (at a molecular level) is not required. The following chemical groups/chemicals can be tested: H2SO4 30% (Sulphuric acid), NaOH 10% (Sodium hydroxide also called lye and caustic soda), O-xylene, Butanol. The result is given in scale 1-3 where the maximum value is 3. To pass the test and be able to use the EN 13034 symbol in the CE-marking, at least one chemical shall obtain level 3 for liquid repellency and at least one chemical shall obtain level 2 for resistance to penetration.Details
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