• Active circulatory stimulation (Anti-fatigue Level 4): The special ergonomic surface with raised bubbles induces continuous imperceptible micro-movements of the calf and foot muscles, reactivating blood circulation and drastically reducing the feeling of heaviness and lower back pain.
• Maximum longevity in harsh environments (Wear Level 5): The one-piece polyurethane structure offers the highest mechanical resistance in its category, withstanding continuous walking, intensive shifts, and abrasions without deforming or losing elasticity over time.
• DIN 4102 (B1) certified fire protection: The flame retardant compound meets the German B1 classification for hardly flammable materials, allowing the safe use of the mat even near workstations with a risk of sparks or heat sources.
• Elimination of tripping risk: The beveled perimeter edges eliminate the sharp 1.5 cm step, creating a smooth transition ramp to the floor that secures personnel transit and prevents accidental falls.
• Absence of annoying reflections in departments: The matte surface finish prevents glare from industrial artificial lights or overhead neon lights, ensuring optimal visual comfort for the operator focused on the workstation.
• Stable grip on the flooring (Slip Resistance Level 3): The natural grip of the polyurethane combined with the mat’s own weight ensures a firm positioning on the ground, preventing dangerous slips or shifts during worker movements.

This 60x90 cm anti-fatigue mat is perfectly suited for static workstations within mechanical workshops, electronic assembly benches, shipping and packaging departments, receptions, and offices with standing desks. Thanks to DIN 4102 (B1) fire compliance and the high resistance of polyurethane, it is ideal for setting up individual industrial workstations where the operator works in front of machinery or automated production lines, needing effective thermal and mechanical insulation from the rigid concrete floor.

The h1043_35 model is the correct choice when the operational space requires a single and compact workstation (60x90 cm) that demands the maximum level of wear protection (level 5) and excellent fatigue-relief support (level 4). It represents the ideal solution compared to flat or generic rubber mats because its polyurethane bubble texture acts as an anatomical spring that preserves workers’ joints in the long term. Choosing this product means investing in a compliant safety device, supported by the DIN 4102 (B1) fire resistance certification, which eliminates future replacement costs thanks to the material’s intrinsic durability.

What specifically does the DIN 4102 (B1) certification indicated for this mat certify?

The German DIN 4102 (B1) certification is a rigorous European standard that classifies materials as "hardly flammable" (fire retardant). This means that, in case of accidental contact with a heat source or a flame, the polyurethane mat does not fuel combustion and self-extinguishes quickly once the ignition source is removed, ensuring the maximum safety standards required in industrial departments.

Can the raised bubble surface be unstable or uncomfortable if wearing heavy safety shoes?

No, the bubble texture is specifically designed to work in combination with work footwear, including safety shoes with rigid soles or steel toes. The bubbles do not create instability, but act as geometric shock absorbers that distribute body weight evenly over the entire sole of the foot, maximizing postural comfort (anti-fatigue level 4) without altering the operator’s balance.

How should the daily cleaning of the polyurethane be performed to maintain the matte effect of the surface?

Being made of extremely resistant polyurethane (wear level 5), the mat can be cleaned simply by passing a broom or vacuum cleaner to remove dust and solid residues. For more stubborn dirt, it is sufficient to use a damp cloth or wash the surface with water and a mild neutral detergent. It is recommended to avoid the use of aggressive solvents or concentrated acids to preserve the opacity and elasticity of the texture over time.