BLÅKLÄDER Trousers 15661811 Cotton, PL (Polyester) Red , Black Size 30R

Certified high-visibility protection for regulated environments

Meets EN ISO 20471, Class 2, with Combination Certification Y to provide the visibility levels required on many busy sites. Class 2 and 3 garments in orange colourways comply with RIS‑3279‑TOM issue 2, and EN 14404:2004+A1:2010 compatibility with knee protection models 4027, 4057, 4058 and 4032 allows for certified knee inserts to be used where rules demand. Clear certification supports specification checks and site compliance without ambiguity.

Robust cotton–polyester blend with wash resilience

Constructed from a cotton and polyester mix that balances comfort and durability. The fabric composition is machine washable at 70 °C, making routine decontamination possible while maintaining colourfastness and shape. The garment weight is 850 g, reflecting a substantial build that endures frequent laundering and heavy use.

Practical colours and sizing for professional wear

Presented in red and black with a black base colour that combines visibility with a work-ready aesthetic. Available in size 30R and cut for male wearers, the trousers suit teams requiring consistent sizing and identifiable high‑visibility garments. Colour contrast supports role differentiation where multiple work groups operate in close proximity.

Designed for work demands and accessory compatibility

Integration with certified knee protection enables maintenance of protective functions without compromising fit. The trousers support common on-the-job requirements such as durable fabric performance and easy maintenance, reducing downtime for repairs and laundering. Simple, direct design keeps focus on functionality rather than unnecessary extras.

BLÅKLÄDER quality for professional settings

Produced by BLÅKLÄDER, the trousers reflect a focus on standards compliance and practical durability expected in professional workwear. Reliable construction and clear technical specifications make the item suitable where consistent performance and adherence to safety norms are essential.