Portwest Euro Work Coverall - Blue - 34 UK

It is made from Kingsmill fabric, which is a durable blend of 65% Polyester and 35% Cotton, weighing 210g.

Yes, the fabric is 50+ UPF rated, meaning it blocks over 98% of harmful UV rays, providing excellent sun protection for outdoor work.

The coverall features a total of six pockets: two chest pockets with flaps, two side access pockets, one rule pocket, and one back patch pocket.

Yes, it is designed to be lightweight and features an elasticated back waist, which contributes to maximum wearer comfort and flexibility throughout extended shifts.

It is WRAP certified, Oeko-Tex certified, Reach certified, and SEDEX certified, indicating adherence to ethical production and material safety standards.

This specific variant is a 34 UK waist size. For optimal fit, it's recommended to choose your standard waist size. If a detailed size chart is available, consult it for chest and inseam measurements as well.

While listed as 'Male' gender in attributes, many workwear items are functionally unisex. However, the sizing (e.g., 34 UK men's waist) and cut are designed according to male measurements. Women may find a more tailored fit in dedicated women's workwear or by carefully checking men's size charts.

Ensure you have the correct waist size. The elasticated back should provide flexibility; if it's still too tight, a larger size might be necessary. Check if any undergarments are adding bulk.

Ensure the fabric around the studs is flat and aligned. New studs can sometimes be stiff; gentle, firm pressure should secure or release them. Avoid pulling forcefully, which could damage the fabric.

This can sometimes occur with polycotton blends. Using fabric softener during the wash cycle can help. Tumble drying on a low setting or air drying might also influence fabric feel.

While the pockets offer ample storage, avoid overloading them with excessively heavy or sharp items. Distribute weight evenly across multiple pockets if possible. Regular washing can help the fabric regain some structure.