uvex banwear+ trousers
banwear+ technology – custom fit for every movement
uvex banwear+ is a highly developed, permanently flame-retardant protective fabric consisting of 50% cotton with 49% polyester and 1% antistatic fibres. Due to the balanced proportion of cotton and synthetic components, the banwear+ clothing stands out with its dimensional stability, abrasion resistance and colour fastness, as well as its high wearer comfort. The fabric is breathable and hydrophilic (sweat-absorbent). The satin weave ensures a soft touch and low stiffness. The use of a continuous finishing process facilitates careful handling of the cotton fibres. The Nega-Stat® thread consists of a carbon core coated with polyester and prevents the development of flammable discharge sparks by reducing the build-up of static electricity.
- Construction
Sustainability
- Carbon footprint: 8.93 kg CO₂ eq
- Carbon footprint of production: 2.080 kg CO₂ eq
- Carbon footprint of materials: 6.150 kg CO₂ eq
- Carbon footprint of transportation: 0.280 kg CO₂ eq
- Carbon footprint of packaging: 0.420 kg CO₂ eq
- Legal notice regarding carbon footprint: Calculation method: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.4.0.2 Database ecoinvent 3.8. Scope: cradle to customer. The CO₂ values stated apply to the calculation period and may be subject to permanent changes.
| Attribute | Value |
|---|---|
| Brand | uvex |
| Product category | Protective clothing |
| Product category: subtypes | Multi-functional protective clothing |
| Product type | Trousers |
| Product type: subtypes | Work trousers |
| Product name | H-Arbeitshose |
| Product family designation | uvex multifunction |
| Size | 42 |
| Equipment | stretch inserts, adjustable elasticated waist, numerous pockets, some with flaps |
| Standard | EN ISO 11612:2015/EN ISO 11611:2015/EN 1149-5:2018/IEC 61482-2 Ed.2:2018 |
| Flame-retardant features | Permanently flame retardant |
| Welding protection class | Class 1 |
| Gender | Men |
| Fit | Regular fit |
| Search colour (filter) | blue, grey |
| Marketing colour | Cornflower blue |
| Fastening | Button fastening, Zipper |
| Fastening material | Plastic |
| Outer fabric material 1 | Antistatic fibres, Cotton, Polyester |
| Outer fabric material 1 incl. content | 50 % Baumwolle, 49 % Polyester, 1 % antistatische Fasern |
| Outer fabric surface weight 1 | 345 |
| Care instructions | Iron with a maximum soleplate temperature of 150°C, Use colour detergent, Do not bleach, 60°C normal wash cycle, Professional dry cleaning with tetrachloroethylene and/or hydrocarbons, standard process, Can be tumble dried, low temperature of 60°C, gentle drying process |
| Suitability for industrial work environments | explosive, dusty, dry |
CE Declaration of Conformity
banwear+ technology – custom fit for every movement
uvex banwear+ is a highly developed, permanently flame-retardant protective fabric consisting of 50% cotton with 49% polyester and 1% antistatic fibres. Due to the balanced proportion of cotton and synthetic components, the banwear+ clothing stands out with its dimensional stability, abrasion resistance and colour fastness, as well as its high wearer comfort. The fabric is breathable and hydrophilic (sweat-absorbent). The satin weave ensures a soft touch and low stiffness. The use of a continuous finishing process facilitates careful handling of the cotton fibres. The Nega-Stat® thread consists of a carbon core coated with polyester and prevents the development of flammable discharge sparks by reducing the build-up of static electricity.
- Construction
Sustainability
- Carbon footprint: 8.93 kg CO₂ eq
- Carbon footprint of production: 2.080 kg CO₂ eq
- Carbon footprint of materials: 6.150 kg CO₂ eq
- Carbon footprint of transportation: 0.280 kg CO₂ eq
- Carbon footprint of packaging: 0.420 kg CO₂ eq
- Legal notice regarding carbon footprint: Calculation method: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.4.0.2 Database ecoinvent 3.8. Scope: cradle to customer. The CO₂ values stated apply to the calculation period and may be subject to permanent changes.