BS EN IEC61482-1-1
Work clothes - protective clothing to prevent arc heat hazards
Using open arc to measure the arc of clothing materials and protective clothing
Level (EL IM, ATPV, and/or EBT)
Pre treatment conditions: temperature between 18 ° C and 28 ° C, relative humidity between 45% and 75%, for at least 24 hours.
Washing temperature: 8.2 Pre treatment ISO 6330, method 2A, and drying through E program (drum drying) or other methods required on the label
Sample preparation: Fabric: 20 rectangular samples, Clothing: 3 sets
ISO/IEC 61482-1-1, Determine arc level through open arc testing
ELIM: The incident energy limit, usually, once the ATPV is determined, there is no need to further test the sample to determine ELIM
ATPV(Arc Thermal Protection Value) : Arc thermal performance value
EBT(Energy Breakopen Threshold): The highest thermal energy density (also measured in cal/cm ² or J/cm ²) before the material begins to fracture or crack in an open arc test
Test sample: Sample of program A (dual sensor panel test): The sample in the form of a flat material or flat material component should be cut from the clothing or constructed to represent the clothing or clothing component.
Sample size:
Length: 600mm+/-10mm
Width: 300mm+/-5mm
Sample quantity: At least 20.
The sample size after water washing pretreatment according to 8.2 should be at least 100mm higher than the actual panel length, width, and height, and should not exceed 130mm longer and wider than the panel length and width. At least 20 rectangular specimens should be prepared.
The sample should be sheared in the longitudinal or latitudinal direction of the material.
Comparison of ATPV&EBT
ATPV focuses on the maximum energy that materials can withstand without causing severe burns, therefore it pays more attention to protective performance.
EBT focuses on the ability of materials to maintain structural integrity at high energy levels, thus placing greater emphasis on the physical durability of materials.
In arc protection standards, it is usually necessary to consider both values simultaneously to comprehensively evaluate the performance of materials.
FRCOTTON® 100% Cotton Flame Retardant Fabric
FRCOTTON® is weaved by 100% pure nature cotton,and treated by DROTEX or PYROVATEX FR technology which is one of themost innovative FR finish technology and makes the textiles not noly with excellent fire retardant feature but alsomuch more eco-friendly and harmless for both human body and production environment.Protective clothing made of this fabric is comfortable to wear.breathable and safe to skin.FRCOTTON® fabric is no doubt the best choice for those who emphasize the eco-friendly property of safety products.
CFR420 |
100% cotton, 4/1 satin, 420gsm |
Flame retardant: EN 11611; EN 11612
Electric Arc: EN 61482-1-1; EN 61482-1-2 |
CFR350AS |
98%cotton 2%anti-static , 4/1 satin, 350gsm |
Flame retardant: EN 11611; EN 11612
Antistatic: EN 1149
Chemical splash: EN 13034 type6
Electric Arc: EN 61482-1-1; EN 61482-1-2 |
CFR320AS |
98%cotton 2%anti-static , 3/1 twill, 320gsm |
Flame retardant: EN 11611; EN 11612
Antistatic: EN 1149
Electric Arc: EN 61482-1-1; EN 61482-1-2 |
CFR300AS |
98%cotton,2% anti-static,4/1 satin, 300gsm |
Flame retardant: EN 11611; EN 11612
Antistatic:EN 1149
Chemical splash: EN 13034 type6
Electric Arc: EN 61482-1-1; EN 61482-1-2 |
DROTEX-CFR7.5 |
100%cotton,3/1 twill, 270gsm |
Flame retardant: NFPA 2112,CGSB 155.20
EN 11611,EN 11612 Electric Arc: ASTM F 1959 |
CFR260AS |
98%cotton 2%anti-static , 3/1 twill, 260gsm |
Flame retardant: EN 11611; EN 11612
Antistatic: EN 1149
Chemical splash: EN 13034 type6
Electric Arc: EN 61482-1-1; EN 61482-1-2 |
CFR220AS-Pyrovatex |
98%cotton 2%anti-static , 3/1 twill, 220gsm |
Flame retardant: EN 11611; EN 11612
Antistatic: EN 1149
Electric Arc: EN 61482-1-2 |
CFR170AS |
98%cotton 2%anti-static , 2/1 twill, 170gsm |
Flame retardant: EN 11611;EN 11612 ;
NFPA 2112; CAN/CGSB 155.20
Electric Arc: EN 61482-1-2 ; ASTM F 1959 |
CFR170 |
100%cotton plain lining, 170gsm |
Flame retardant: EN 11611; EN 11612 |
CD280AS |
98%cotton,2% anti-static,1/1 canvas, 280gsm |
Flame retardant: EN 11611; EN 11612
Antistatic: EN 1149
Electric Arc: EN 61482-1-1; EN 61482-1-2 |
CFR12oz Fleece |
100% cotton Fleece,400gsm |
Flame retardant: NFPA 2112,EN 11611;EN 11612 Electric Arc: ASTM F 1959; EN 61482-1-1; EN 61482-1-2 |
CM12OZ |
100%cotton Denim, 3/1 twill, 400gsm |
Flame retardant: NFPA2112; EN11611 ; EN11612 Electric Arc: ASTM F 1959; EN 61482-1-1; EN 61482-1-2 |
High quality flame retardant clothing is designed to protect the wearer from flames and thermal injury. It is made from specialized fabrics that are designed to resist ignition and self-extinguish once the source of flames is removed. In order to meet industry standards, fire resistant clothing must be able to withstand exposure to heat or flames without combusting or breaking open, and should not melt when exposed to heat. The quality of flame retardant clothing can depend on a variety of factors, including the type of fabric used, the level of comfort it provides, and the specific standards or regulations it meets.
For a long time, flame retardant means bulky and ugly. Fortunately, FR clothing has become more fashionable in the past few years. You can now find FR jeans, shirts, polo shirts, T-shirts and hoodies. Their designs are both beautiful and protective.
Most of these lighter garments provide a lower degree of protection. However, it is a good way to add key fire resistance to clothing by stacking them in jackets or work clothes with high radian grade. If the coat is burned or damaged, this type of layering can help protect the wearer, prevent burns and reduce the severity of the injury.
Flame retardant clothing should always be slightly loose. Tight clothing is easier to transfer heat to the skin, which will lead to more serious burns and injuries. Loose clothes form a layer of air between the clothes and the skin, which helps to insulate the heat and improve the protective performance of the clothes.
Workwear as a whole doesn’t need to have a protective quality other than to be durable and protect the wearer from day to day work based activities. However you can get Workwear which has a specific protection quality such as work trousers, these tend to be more durable to reduce hazards such as sharp objects from the cutting the skin.
Whereas other products such as flame resistant t-shirts are commonly mistaken as Workwear, however, are actually classed as PPE, as these products are designed to protect the wearer from more than daily use. All items of PPE are regulated by EN ISO ratings such as EN20471 / EN471 for high visibility.
Workwear shirts are made from high quality materials which are intended to last longer against the wear and tear of the working environment. Usually made from materials such as cotton, polyester and specialty fabrics. The specialty fabric tends to place the Workwear shirt into the PPE category as these will have special protective properties.
Workwear offers the wearer a standard level of protection which would not be covered under Health and Safety EN regulations. Whereas PPE is the types of products which are covered under these EN regulations, regulations such as EN471 / EN20471 are for high visibility clothing. Products which are covered under the EN471 / EN20471 regulations tend to be made of a specially designed reflective material, these can be all manner of items from work trousers to gloves.
Most uniforms consist of a range of items from boots to t-shirts. Starting at the feet, many companies require their employees to wear some form of protective footwear depending on the environment, steel or composite toe cap boots/shoes are usually worn. Next would be a pair of work trousers, shorts or a skirt, with anything from a formal shirt to a t-shirt for the upper body. Although each workplace is different the overall uniform design is relatively the same, excluding PPE based items such as hard hats, safety footwear and gloves, these items really depend on the environment.
Uniforms do not need to be provided by the employer, however, items that are considered PPE must be provided at no cost to the employee. This can be found in Section 9 of Health and Safety at Work etc Act 1974, "No employer shall levy or permit to be levied on any employee of his any charge in respect of anything done or provided in pursuance of any specific requirement of the relevant statutory provisions". – Source HSE.