Type: Natural Acrylic Stone
Brand: LG Hausys
Material code: …
Location code: …
Natural Acrylic Stone by LG Hausys
HI-MACS® is an exceptional Solid Surface material, composed of a blend of acrylic, minerals and natural pigments, which creates a smooth, non-porous, thermoformable and visually joint-free surface.
The latest generation acrylic stone meets the highest quality standards in every respect: material performance, manufacturing, functionality and hygiene. Thanks to its quality and exceptional flexibility in processing and design, HI-MACS® offers countless advantages over conventional materials.
The ultra-modern manufacturing process of the latest generation HI-MACS® acrylic stone complies with modern quality certification standards.
HI-MACS® is a solid surface that can be moulded into any shape. It is widely used for architectural and interior applications, such as sculptural and high performance wall-cladding or kitchen, bathroom and furniture surfaces, in commercial, residential and public space projects. It is composed of acrylic, natural minerals and pigments that come together to provide a smooth, non-porous and visually seamless surface which meets the highest standards for aesthetics, fabrication, functionality and hygiene.
HI-MACS® provides limitless possibilities for surfacing solutions and inspires creative minds from all over the world. Zaha Hadid, Jean Nouvel, Karim Rashid and David Chipperfield, among others, have completed fabulous projects using HI-MACS®.
LG Hausys’ HI-MACS® uses a simple heating process to give three-dimensional thermoplastic forming capabilities, allows visually seamless designs, offers a virtually limitless range of colours and – for some shades – exhibits a special translucency when exposed to light. Although HI-MACS® is almost as robust as stone, it can be worked in a similar way as wood: it can be sawn, routed, drilled or sanded.
HI-MACS® is manufactured using a new generation technology, the thermal cure. The temperature reached during the manufacturing process sets HI-MACS® apart from other solid surfaces and creates a denser, even more homogeneous, sturdy, durable surface – with a better resistance and superior thermoforming performance.
James Latham Thurrock
Unit 4, Dolphin Way, Purfleet United Kingdom
Telephone: +44 (0)1708 869800