The Scarpa Scarpa Diadora MDS Matryx Low S1P HRO SRC ESD for spring and summer with aluminum toe cap.
- Spring/summer
- Upper in multi-zone Matryx technical fabric
- Anti-perforation insole in fabric
- Matryx Glove line
- Security level S1P HRO SRC ESD
The Diadora Glove MDS Matryx Low S1P HRO SRC ESD safety shoes become part of the Diadora Utility collection, Glove Matryx line, to best meet the needs of workers during the warmer seasons. This model is characterized by a refined design that has made these shoes cutting-edge and rich in innovative technologies such as the upper in multi-zone Matryx technical fabric, a material composed of high tenacity aramid fibers capable of guaranteeing abrasion resistance, lateral support and flexibility, allowing you to work without compromising on comfort.
The shoes are equipped with a midsole characterized by the revolutionary Mass Dumper technology which manages to combine cushioning and energy return, while ensuring protection, versatility and long-lasting performance. The TPU coating provides an external protective shell that increases the sole's resistance to abrasion, tearing and hydrolysis.
The technical properties don't stop here, let's see the others:
- Air Mesh lining with anti-slip microfibre
- Resistant 200J aluminum tip with excellent resistance to corrosion and chemical agents
- TPU toe cover that protects the tip from direct stress
- Removable PU foam insole with antistatic and micro-perforated active carbons
- K Sole textile anti-perforation insole, light and flexible made with overlapping layers of special fabrics
- Non-slip HRO nitrile rubber outsole, resistant to contact heat and hydrocarbons, with Weave technology which allows the use of a smaller quantity of rubber and therefore reduces weight by 20%
- Comfort 11 fit with a size range from 35 to 48 to adapt perfectly to a female audience
The Diadora Glove MDS Matryx Low S1P HRO SRC ESD safety shoes are also equipped with ESD certification, ideal for all sectors in which it is necessary to contain the accumulation of static energy, and DGUV 112/191 certification which allows the addition of orthopedic insoles, maintaining the safety properties unaltered.