HI-MACS® ORANGE

HI-MACS® ORANGE

The classic in terms of solid surfaces – a wide range of attractive shades of white lies at the heart of this collection. Complemented by colourful, dynamic uni-shade accents such as HI-MACS® ORANGE, the timeless collection offers the perfect colour for every design.

• 3-Dimensional design – HI-MACS® boasts a simple heating process and three-dimensional thermoplastic forming capabilities. This allows for greater forming flexibility compared with other conventional materials so that spectacular ideas can quickly take on a concrete shape.

• Strong – Stronger surface with durability similar to that of natural stone – HI-MACS® stands up to everyday scratches. Should you accidentally inflict a deeper scratch or surface impression, a trained professional can easily resurface your HI-MACS® ORANGE worktop thanks to its sealant-free consistency.

• Hygienic – Thanks to its impermeability to dirt, bacteria, viruses and countless chemicals, HI-MACS® ORANGE is the ideal material for the hospital, medical practice or laboratory. And for all other areas where hygiene really counts.

• Water resistant – Thanks to its non-porous surface HI-MACS® is suitable for humid areas where moisture can form such as wet rooms and bathrooms.

• Most advanced fabrication technology – The material is heated in a progressive tempering process (Thermal Cure). which sets HI-MACS® ORANGE apart from other mineral materials and produces a new and stronger compound in which any structural defects are perfectly evened out. This improved structure automatically affects the quality of the material.

• Seamless perfection – allows for visually seamless fabrication. Smooth integration creates large areas without visible joints or edges as well as the flush mounting of bowls. This results in extremely hygienic, easy-to-clean installations, ideally suited for a range of applications where hygiene is important.

Visit the HI-MACS® virtual Showroom HERE.

If you would like more information on HI-MACS® ORANGE and their applications click here.