LIGHT TRANSMITTING CUSTOM CONCRETE

by KING KONG

With CONCORUS you can express yourself to

the smallest detail.

Natural light or LED makes its way through solid concrete,

in custom 3D printed sustainable light transmitting plastic

creating unique effects in interior, exterior spaces

and objects. In every form, in every size.

Sustainable, cost-effective, unique and attention-getting,

focussing on the source of all life: light.

The fusion of a cold, solid material and subtle lighting effects

becomes the latest inspiring challenge for creative minds.

Innovation, Craftsmanship,

Uniqueness, Sustainability.

KING KONG’s light transmitting concrete, CONCORUS, is based on the fusion of three main components - concrete, 3D printed sustainable plastic and light. When artificial or natural light hits the sustainable plastic, light is transmitted through the concrete’s surface, making it glow to life.

This is achieved thanks to a combination of high technology and craftsmanship in the semi-manual production process. The 3D printed sustainable forms are inserted into the concrete carefully by hand, depending on the project’s design.External factors such as temperature, flow velocity and distribution make every project subtly different from one another, making the light transmitting concrete, CONCORUS, truly unique.

HOW IT IS BUILD

SUSTAINABILITY

CONCORUS is a precast concrete product. In a special process 3D printed sustainable plastics are inserted in a fine-grain concrete. Due to the relatively low portion of 3D printed plastic, the solidity and consistency of the light transmitting concrete is almost equivalent to high-strength concretes.

- 3D printed sustainable plastic

- Eco-friendly

- Natural light maximization

- Low energy consumption LED

We do not just build and create innovative projects and products, we contribute to a safer

environment on a daily basis.

After all to feel truly confident we must start by a safe environment.

The future is sustainable.

KING KONG

@

EXPO DUBAI 2020

VISIT US

OCT 2021- MAR 2022

INNOVATION

SUSTAINABILITY