Qualities & Benefits
Reinforced weave polyester/cotton fabric with strong wear resistance.
Elastic 4-Way Stretch fabric in the back excellent mobility, comfort and breathability.
Removable Cordura® reinforced hanging pockets with great volume.
Functional pockets: two hanging pockets, front pockets, two back pockets, two leg pockets.
Hammer loop.
Ruller pocket.
Mobile zipped pocket.
Pre-shaped knees for a better fit and flexibility, back with 4-Way Stretch fabric for maximum comfort.
Reinforced kneepad pockets in Cordura® for better mobility and durability.
Hem can be lengthened by 5 cm.
Reflective piping on the legs.
Material:
Main fabric 60% cotton, 40% polyester,
Weight: 300g/m2
100% Cordura® fabric details
4-Way Stretch fabric details - 91,50% / Nylon 8,5% Spandex
Main fabric weight: 320 g/m2
Color: Beige / Black
Sizes: C46-C62
CVC fabrics are the result of a mixture of polyester and cotton in a certain proportion. These interwoven fabrics are characterized by the highest percentage of cotton yarn, which gives them better hygienic properties compared to TC fabrics, as well as better strength characteristics compared to 100% cotton fabrics. Also, these fabrics guarantee low shrinkage percentage, high color resistance, and perfect durability. CVC fabrics have good hygienic properties, are very comfortable in use, and are durable due to the combination of polyester and cotton threads.
Twill Weave is strong and hard-wearing, used for fashion and furnishing fabrics. In plain weave, the warp and weft are aligned so that they form a simple criss-cross pattern.
Cordura® it is a high technology fabric engineered to guarantee the maximum resistance to abrasions, lacerations, teras, and perforations, moreover, it is light and easy to maintain. The fabric Cordura® lasts from 2 to 7 times compared to nylon, polyester, and cotton.
4-way Stretch durable material in 91,50% / Nylon 8,5% Spandex. The elasticity of Spandex gives optimal comfort when wearing.
Main Fabric features reinforced weave polyester/cotton fabric with strong wear resistance.
