Wearer Info Flame Retardant
EN ISO 11611: 2007 CLASS 1 A1,+ A2
EN ISO 11611:2007 Protective Clothing for use in Welding and allied Industries.
This International Standard specifies minimum basic safety requirements and
test methods for protective clothing for use in welding and allied processes
Class 1: Protection against less hazardous welding techniques and situations, causing lower levels of spatter and radiant heat.
Class 2: Protection against more hazardous welding techniques and situations, causing higher levels of spatter and radiant heat.
Tensile strength
Bursting strength
Seam strength
Dimensional change
Flame spread
Impact or spatter
Heat transfer
Electrical resistance
EN ISO 11612:2008 A1+A2, B1, C1, D3, E3, F1
EN ISO 11612:2008 Protective Clothing to protect against heat and flame
This International Standard and test methods covers clothing with limited flame spread properties and where the user can be exposed to radiant or convective or contact heat or molten metal splashes. As a guideline the higher the number/letter following each classification A,B,C,E,F, the higher the level of protection. More information available on request by contacting sales@lcceurotex.com
EN ISO 11612:2008 A1+A2, B1, C1, D3, E3, F1
ISO 11612
Class A1 Limited flame spread
Class B1 Convective Heat
Class C1 Radiant heat
Class D3 Molten Aluminum Splash
Class E3 Molten Iron Splash
Class F1 Contact Heat
Convective Heat
Tensile strength
Bursting strength
Convective heat (B)
Radiant heat (C)
Molten Iron splash (E)
Contact heat (F)
Heat resistance
Seam strength
Dimensional change
Limited Flame spread (A1+A2 )
Please Note:
These garments do not offer high Visibility protection to EN ISO 20471 and where high visibility protection is required garments conforming to EN ISO 20471 should be worn. These garments have been tested and certified after 5 washes in accordance with EN ISO 11611:2015 and EN ISO 11612:2015. The fire retardant properties of these garments are not know to be adversely effected by repeated laundering as the garment is constructed from an inherently fire retardant fabric.
Fabric:
Main body: Marlan 460. Weight:460gms/m
50% Viscose-30% Wool- 20% Polyamide
Trim fabric Marlan 460 SX. Weight 480gms/m
48% Viscose-28% Wool- 18% Polyamide -6%Silice
Instructions for use:
Wear fully fastened.
Always store in clean dry condition.
Do not store in direct strong sunlight.
Clean regularly in accordance with instructions.
Inspect the clothing after cleaning for holes and UV.
Wearer Information:
Garment must be worn fully fastened.
The trouser must be worn with a jacket or shirt offering the same level of protection, which overlaps by 20cm and the user should check that the shirt or jacket will continue to overlap the garment in all work positions. The Jacket must be worn with a trouser that offers the same level of protect as the jacket and the garments should overlap by 20cm when worn and the user should check that the garments remain overlapped in all work positions. In the event of an accidental splash of chemical or flammable liquids on the clothing whilst being worn, the wearer should withdraw and carefully remove the garments, ensuring that no chemical liquid comes into contact with the skin. The clothing shall then be cleaned or removed from service. In the event of a molten metal splash the wearer shall leave the workplace immediately and remove the garment.
In the event of a molten metal splash the garment, if worn next to the skin, may not eliminate all risks of burn. Care should be taken when welding in confined areas. A local increase in oxygen content of air will reduce protection.
Maintenance and repair
Only use fabrics and trims compatible with original components for repairs.
Clean regularly in accordance with instructions.
Inspect garment thoroughly after cleaning for holes and UV damage.
UV test to be carried out on a weekly basis.
Simple test: Hold the garment up to the light of a 100 Watt bulb (approximately 1 metre distance). If the light can be seen through the fabric, UV will penetrate. If you experience sunburn -like symptoms, UVB is penetrating the clothing. If either of the above occur, repair the garment where practicable or replace and give consideration to the use of additional, more resistant protective layers in the future.
Warning
For operational reasons not all welding voltage carrying parts for arc welding installations can be protected against direct contact. Additional partial body protection may be required, e.g. for welding overhead. The garment is only intended to protect against brief, inadvertent contact with live parts on an arc welding circuit. Additional electrical insulation layers will be required where there is an increased risk of electric shock. Garments meeting the mandatory requirements for electrical resistance are designed to provide short term, accidental contact with live electric conductors at voltages of approximately 100V.d.c
Any insulating effect will be reduced by wetness, moisture or sweat.
These garments do not offer high visibility protection to EN ISO 20471 and where high visibility protection is required garments conforming to EN ISO 20471 must be worn L.C.C.EUROTEX
These garments comply to EU Directive 89/686/EEC
For further information contact LCC Eurotex. Unit 1, Syngefield Industrial Estate, Birr, Co Offaly, Ireland. Ph.+353(0)57912 2966 / 912 2951
EC Type examination of garment design and conformity to standards EN ISO 11611:2007 and EN ISO 11612:2008 Carried out by: West Yorkshire Materials Testing Service, P.O. Box 5, Nepshaw Lane South, Morley, Leeds LS27 0QP, UK Notified Body 0120.
Download Complete Wearer Information for Marlan Fabric
EN ISO 11611: 2007 CLASS 1 A1,+ A2
EN ISO 11611:2007 Protective Clothing for use in Welding and allied Industries.
This International Standard specifies minimum basic safety requirements and
test methods for protective clothing for use in welding and allied processes
Class 1: Protection against less hazardous welding techniques and situations, causing lower levels of spatter and radiant heat.
Class 2: Protection against more hazardous welding techniques and situations, causing higher levels of spatter and radiant heat.
Tensile strength
Bursting strength
Seam strength
Dimensional change
Flame spread
Impact or spatter
Heat transfer
Electrical resistance
EN ISO 11612:2008 A1+A2, B1, C1, D3, E3, F1
EN ISO 11612:2008 Protective Clothing to protect against heat and flame
This International Standard and test methods covers clothing with limited flame spread properties and where the user can be exposed to radiant or convective or contact heat or molten metal splashes. As a guideline the higher the number/letter following each classification A,B,C,E,F, the higher the level of protection. More information available on request by contacting sales@lcceurotex.com
EN ISO 11612:2008 A1+A2, B1, C1, D3, E3, F1
ISO 11612
Class A1 Limited flame spread
Class B1 Convective Heat
Class C1 Radiant heat
Class D3 Molten Aluminum Splash
Class E3 Molten Iron Splash
Class F1 Contact Heat
Convective Heat
Tensile strength
Bursting strength
Convective heat (B)
Radiant heat (C)
Molten Iron splash (E)
Contact heat (F)
Heat resistance
Seam strength
Dimensional change
Limited Flame spread (A1+A2 )
Please Note:
These garments do not offer high Visibility protection to EN ISO 20471 and where high visibility protection is required garments conforming to EN ISO 20471 should be worn.
This garment has a PROBAN Flame retardant finish. Do not boil or use soap based products. Use detergents. Do not use Hypochlorite bleach. For further advice on laundering contact Rhodia Operations Owner of the PROBAN Trademark’
This garment has been manufactured from fabrics with a permanent fire retardant finish whose flammability performance is not adversely affected by washing, fabrics have been tested for and comply with flame spread requirements to EN ISO 11611 CL 6.7 & EN ISO 11612 cl 6.3 after 50 washes (ISO1579 prog 8). Garments have been certified after 5 washes in accordance with EN ISO 11611 & EN ISO 11612.
Instructions for use
Wear fully fastened.
Always store in clean dry condition.
Do not store in direct strong sunlight.
Clean regularly in accordance with instructions.
Inspect the clothing after cleaning for holes and UV.
Wearer Information:
Garment must be worn fully fastened.
The trouser must be worn with a jacket or shirt offering the same level of protection, which overlaps by 20cm and the user should check that the shirt or jacket will continue to overlap the garment in all work positions. The Jacket must be worn with a trouser that offers the same level of protect as the jacket and the garments should overlap by 20cm when worn and the user should check that the garments remain overlapped in all work positions. In the event of an accidental splash of chemical or flammable liquids on the clothing whilst being worn, the wearer should withdraw and carefully remove the garments, ensuring that no chemical liquid comes into contact with the skin. The clothing shall then be cleaned or removed from service. In the event of a molten metal splash the wearer shall leave the workplace immediately and remove the garment.
In the event of a molten metal splash the garment, if worn next to the skin, may not eliminate all risks of burn. Care should be taken when welding in confined areas. A local increase in oxygen content of air will reduce protection.
Maintenance and repair
Only use fabrics and trims compatible with original components for repairs.
Clean regularly in accordance with instructions.
Inspect garment thoroughly after cleaning for holes and UV damage.
UV test to be carried out on a weekly basis.
Simple test: Hold the garment up to the light of a 100 Watt bulb (approximately 1 metre distance). If the light can be seen through the fabric, UV will penetrate. If you experience sunburn -like symptoms, UVB is penetrating the clothing. If either of the above occur, repair the garment where practicable or replace and give consideration to the use of additional, more resistant protective layers in the future.
Warning
For operational reasons not all welding voltage carrying parts for arc welding installations can be protected against direct contact. Additional partial body protection may be required, e.g. for welding overhead. The garment is only intended to protect against brief, inadvertent contact with live parts on an arc welding circuit. Additional electrical insulation layers will be required where there is an increased risk of electric shock. Garments meeting the mandatory requirements for electrical resistance are designed to provide short term, accidental contact with live electric conductors at voltages of approximately 100V.d.c
Any insulating effect will be reduced by wetness, moisture or sweat.
These garments do not offer high visibility protection to EN ISO 20471 and where high visibility protection is required garments conforming to EN ISO 20471 must be worn L.C.C.EUROTEX
These garments comply to EU Directive 89/686/EEC
For further information contact LCC Eurotex. Unit 1, Syngefield Industrial Estate, Birr, Co Offaly, Ireland. Ph.+353(0)57912 2966 / 912 2951
EC Type examination of garment design and conformity to standards EN ISO 11611:2007 and EN ISO 11612:2008 Carried out by: West Yorkshire Materials Testing Service, P.O. Box 5, Nepshaw Lane South, Morley, Leeds LS27 0QP, UK Notified Body 0120.