GuardianSocks is promoted by Barcelcom Têxteis S.A., under project nº 14367, with the operation code NORTE2030-FEDER-00568100.
Considering the growing need for individual protective equipment in the workwear sector, this project aims to develop multifunctional multilayer socks that combine protection against fire and puncture with comfort.
Summary:
This project aims to develop multifunctional technical socks with fire resistance and puncture protection properties, combined with high levels of comfort, durability, and ergonomics. The sock will be designed based on a multilayer architecture with differentiated functional zones distributed throughout its structure, tailored to the specific needs of each area of the foot and leg.
The outer layer will ensure puncture resistance and will be made from high-tenacity and high-rigidity fibers, such as aramids or other technical fibers, arranged in textile patterns that enhance mechanical protection. The inner layer will be developed using intrinsically flame-resistant fibers capable of slowing down flame propagation and reducing the risk of burns, such as modacrylic fibers or blends with natural fibers like merino wool.
In addition to protection, the sock will also incorporate functionalities aimed at user comfort in both layers. The use of fibers with low friction coefficients and high breathability will help reduce the risk of friction, blisters, and moisture accumulation. Graduated compression zones will be integrated along the shaft to promote blood circulation and reduce muscle fatigue, as well as cushioned reinforcements at high-impact and friction points, arch supports, and ventilated areas to enhance breathability and moisture control.
The specific objectives include:
- Development of a sock using flame-retardant fibers and/or functionalized with additives providing flame resistance;
- Integration of a layer capable of protecting the user against mechanical threats such as puncture;
- Development of an inner layer using low-friction fibers and compressive patterns to ensure high levels of user comfort.
