Ritmo TIMBA 91294-04L
S1P SRC- Size
- 35-42 Lady
- Weight
- 415 gr.
- Working Environment
- Logistics and Light Industry Components and Automotive ESD Areas Multipurpose
Features
- Upper
-
Drummed Suede Leather Hydro 1,6-1,8 mmMesh H.T. no ladder3D Air circulation 320 gr.
- Lining
-
3D Air circulation 320 gr.
- Insole
-
Five 4 Fit
- Toe Cap
-
Alu SXT 2.0 Toe cap
- Resistance to Perforation
-
KX Antiperforation PS
Sole PU / PU ESD-plus SRC Double density PU sole, Outer- and in-between sole with ESD compound. For use in contact with sensitive electronic equipment. Light and comfortable, very versatile, highly non-slip SRC Antislip standard.
Technologies
Removable Insole Five 4 Fit Highly breathable and absorbent anatomic insole.Multilayer structure to take advantage of the peculiarities of each component. Dry and with a comfortable memory foam “pillow” Details >
Protection elements Alu Sxt 2.0 with Resistance to perforation A new aluminium multi-thicknesses toecap, which delivers a highly performing protection where needed. Resistant to impact of over 200J. Non Metallic anti-perforation insert. Resistant to over 1100 N with zero perforation. Details >
Lateral stability Dynamic HC Control Ergonomic rigid internal structure. It houses the heel into the right seat, adjusting the foot support and control of the ankle sideways movements. It keeps the foot tight to the shoe, allowing the perfect fit. Details >
Torsional stability StabilActive Support made of rigid plastic material. It stabilizes the heel bone, the instep and tarsal joints, without altering energy absorption. A support for the natural movement of the foot; it provides comfort and greater stability. Details >
Electrical features ESD ESD footwear discharge static electricity and avoid damaging surrounding objects; they are designed in compliance with the following standards: IEC EN 61340-5-1:2016 - IEC EN 61340-4-3:2018 - IEC EN 61340-4-5:2018. Details >
Other W.E.D. Strip with 4 filaments of carbon fiber, ensuring proven anti-static properties of the footwear over time. Details >