• Total coverage for extended assembly lines: The 300 cm length allows for covering an entire work area without interruptions or dangerous joints, allowing the operator to move laterally along the bench while always protected by the elastic support.
• Immediate muscle relief (Anti-fatigue Level 4): The special internal foam acts as an active shock absorber under the feet, distributing body weight evenly and stimulating microcirculation to prevent lower back pain.
• Two-tone visual safety signaling: The black/yellow color combination meets the visual prevention standards in departments, clearly delimiting the safe operational lane and making the runner visible even to passing forklift drivers.
• Active slip prevention (Level 3): The diamond pattern finish of the top layer increases friction under the soles of safety shoes, drastically reducing loss of balance even in the presence of ambient humidity.
• Fire safety with self-extinguishing surface: The upper part of the mat is formulated not to propagate flames in case of accidental contact with ignition sources, increasing the fire safety standards of the production department.
• Safe and barrier-free access with ramped edges: The beveled perimeter profile eliminates the 1.4 cm step, zeroing the trip risk for personnel entering or leaving the packaging line.

This anti-fatigue and non-slip mat measuring 90x300 cm finds its optimal placement in multiple industrial work islands, mechanical or electronic assembly lines, series logistics packaging benches, sliding quality control areas, and connected machine tools not subject to massive spills but exposed to light dripping of lubricants. Its 3-meter longitudinal dimensions make it perfect for all workstations where multiple operators work side by side or where a single worker must manage continuous movement between different monitors, presses, or packaging stations.

The h1043_38 model is the correct choice when setting up a production line requires an ergonomic solution in a long runner format (300 cm) equipped with high visual safety standards (black/yellow color) and fire resistance (self-extinguishing top layer). It represents the ideal answer compared to placing multiple short mats side by side, eliminating the junction points that cause trips and offering an exceptional combination of non-slip diamond texture and internal relief foam (wear level 4). Choosing this 3-meter mat means investing in a professional product specific for the most demanding industrial uses, which protects the worker’s muscular health and reduces corporate accident risks.

What is meant by "self-extinguishing" surface and in which factory contexts is it important?

The self-extinguishing characteristic of the top layer indicates that the material is designed not to fuel combustion. If exposed to an accidental spark (e.g., from light grinding) or a heat source, the mat does not catch fire and stops burning as soon as the heat source is removed. This property is essential for ensuring fire safety within complex workshops and industrial plants.

Can the 3-meter runner be cut or shaped on site to fit a pillar?

The mat is supplied as standard as a single 90x300 cm monobloc piece provided with vulcanized ramped edges around the entire perimeter. Making manual cuts or shaping directly in the department is not recommended, as it would remove the yellow safety beveled edge on that side, creating a sharp 1.4 cm step that would increase the risk of tripping for the operator, in addition to exposing the internal foam to moisture absorption.

How does the internal relief foam behave if the operator takes continuous lateral steps over the 3-meter length?

The mat is accredited with a wear level of 4, specific for the most demanding and dynamic industrial uses. The internal high-density polyurethane foam is designed with an elastic memory effect: it absorbs the pressure of the operator’s foot during walking or standing to offer the maximum anti-fatigue effect (level 4), but returns to its original geometric shape of 1.4 cm as soon as the load shifts, ensuring torsional stability during lateral movements.