SIR Polytech Flame Retardant Work Jacket
SIR Polytech Flame Retardant Work Jacket Product Features:
- Flame-retardant Polytech material – a special fabric that combines resistance to flame, high temperature and chemicals, ensuring safety when working in demanding conditions.
- Antistatic properties – antistatic fiber limits the accumulation of electrostatic charges, which increases work safety in environments at risk of electrostatic discharges.
- Protection against electric arc – the jacket meets the standards for protection against the effects of electric arc, which allows it to be used in electrical and energy work.
- Stand-up collar with Velcro fastening – adjustable Chinese collar provides additional neck protection against heat and sparks.
- Concealed zipper and snap fastening – the zipper is covered with a flap with metal snaps for increased protection against heat and sparks.
- Chest pockets with flaps – two pockets with Velcro closures allow for safe storage of small items and tools.
- Elastic cuffs – elastic sleeve ends improve fit and prevent dirt from entering the sleeve.
- Reflective elements – reflective piping on the chest improves the wearer’s visibility in low light conditions.
- Breathable and durable material – 280 g/m² fabric ensures durability, wearing comfort and adequate air circulation.
- Compliance with protection standards – the jacket meets the EN 1149-5, EN ISO 11611, EN ISO 11612, EN 13034 and IEC 61482-2 standards, confirming protection against many hazards.
FAQ – SIR Polytech Flame Retardant Work Jacket
Is the SIR Polytech jacket flame retardant?
Yes, the jacket is made of flame-retardant material and protects against flames and high temperatures.
What types of work is the Polytech SIR jacket suitable for?
The jacket is designed for welding, energy, industrial work and wherever flame-retardant and antistatic clothing is required.
Does the SIR Polytech work jacket protect against electric arc?
Yes, it complies with the IEC 61482-2 standard for protection against the effects of electric arc.
What material is the SIR Polytech jacket made of?
The jacket is made of a mixture of cotton, polyester and antistatic fiber with increased resistance to temperature and damage.
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Details
EN 11611 - Protection during welding and allied processes
EN11612 - Clothing for protection against heat and flame
EN 13034 - Chemical protective clothing
EN 61482 - Protective clothing against the thermal hazards of an electric arc
Comments
Manufacturer: Sir Safety

EU responsible person:
Sir Safety System S.p.A.
Via dei Fornaciai 9
Assisi 06081
sir@sirsafety.com
Download - General safety instructions for upper clothing
Safety warnings:
- The product is not intended for children – protective and work clothing is designed exclusively for adults, in sizes and construction tailored to the needs of employees.
- Packaging suffocation or choking hazard – foil or plastic packaging should be stored and disposed of out of reach of children.
- No protection against hazards other than those specified in the product documentation – clothing does not provide protection against fire, chemicals, electricity or radiation unless it is designed and certified for this purpose.
- Reflective clothing:
- Reflective elements lose their effectiveness when they become dirty, wet, discolored or mechanically worn.
- Use in conditions of limited visibility requires adequate lighting and a contrasting background.
- Reflective elements must not be covered with other clothing or accessories.
- Clothing to protect against cold:
- Provides protection only within the range specified in the EN 342 or EN 14058 standards – it does not guarantee safety at extremely low temperatures, below the manufacturer's parameters.
- Layer your clothing as recommended to avoid the risk of hypothermia.
- Getting winter clothing wet can significantly reduce its insulating properties.
- Rainwear:
- Maintaining waterproofness depends on the correct fastening of all elements (zippers, Velcro, buttons, protective strips).
- Mechanical damage, prolonged use or washing at high temperatures may reduce the level of water resistance.
- Intense physical activity can cause moisture to accumulate inside clothing, requiring the use of breathable clothing or intermediate layers.
- Thermal underwear:
- Does not provide protection against direct contact with chemical, thermal or mechanical factors.
- The effectiveness of moisture wicking depends on the proper fit to the body.
- Excessive stretching or damage to the material may reduce its performance properties.
- Maintenance and cleaning:
- Failure to follow washing, drying or storage instructions may result in loss of protective properties.
- The use of chemicals not recommended by the manufacturer (e.g. bleach, solvents) may permanently damage fabrics and protective elements.
- Clothing exchange:
- Clothing that is worn, frayed, mechanically damaged or has visibly deteriorated reflective elements should be replaced immediately.
- Regularly checking the condition of clothing is crucial to maintaining the user's safety.
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