HEATSTRIP® Max Black – 2400 WATTS

A strong visual signature and refined integration

The HEATSTRIP® Max Black immediately stands out with its technical aesthetic and matte black finish. Its protective grille gives it a bold visual presence while maintaining a compact profile that integrates easily into contemporary pergolas, restaurant terraces, hotels and professional spaces with distinctive architecture.

This matte black finish, combined with a streamlined silhouette, allows the heater to blend in as a genuine design feature within modern environments. It does more than simply provide warmth: it also contributes to the visual coherence of the space, with an elegant, understated and distinctly premium presence.

Incoloy 840: Technology designed to last

At the heart of the unit, Incoloy 840 heating elements give the Max Black 2400 remarkable durability. This high-performance alloy is recognised for its resilience in demanding environments and its ability to withstand repeated thermal variations with excellent stability.

Soft-Glow technology: Powerful heat, discreet light

Soft-Glow technology is perfectly suited to projects where the lighting atmosphere must remain controlled. The radiation delivers strong, comfortable warmth accompanied by reduced light output, remaining far more discreet than highly luminous heaters.

It is an ideal solution for restaurant terraces, outdoor lounges or reception areas where efficient warmth is required without disturbing the atmosphere of the setting. Thermal comfort is clearly present, while the lighting design of the space retains its full importance.

Spatial Performance: Remarkable reach

Thanks to the emission density of Incoloy 840, the Max Black 2400 W offers particularly impressive reach. Its comfort zone extends according to exposure:

• Up to 14 m² indoors: generous coverage for workshops, halls or enclosed spaces.
• Around 11 m² in sheltered outdoor areas: perfect for pergolas and covered terraces.
• Up to 9 m² in exposed outdoor areas: targeted and effective warmth against draughts.

Detailed Technical Specification