Excellence of SAMHAN C1 Red Clay Brick
Eco-friendly red clay bricks made of harmony of soil, water and fire which are three elements of nature
Only 100% soilis used, industrial wastes and water repellent are never used.
With the state-of-the-art automation facilities of Italian Morando and German Lingle, we produce only the best quality in the world.
Production facilities
Red clay bricks for architectural use
- Excellent insulation performance
- Natural humidity control function and excellent antibacterial property
- Adsorption and decomposition of various odor and carbon dioxide (CO2)
- Far infrared radiation is beneficial to health
- Durability over 500 years
Red clay pavement bricks
- Natural color without bleeching and discoloration
- Prevention of corner breakage by side projection+
- Prevention of flooding with excellent permeability function+
- Creation of an ecological city by increasing the green area of nature+
- Reduction of urban heat-transfer phenomena with low radiation
- Durability over 100 years
Reduction of urban heat-transfer phenomenon by Red Clay Bricks of SAMHAN C1
The red clay bricks of SAMHAN C1 have a high solar radiation reflectance, greatly reducing the urban heat-transfer phenomenon, easing the heat of the pedestrian, and reducing the load on the building's cooling and heating, saving energy.
Reduction of urban heat-transfer phenomenon by Red Clay Bricks of SAMHAN C1
| Test items |
Concrete permeance/
heat-resistant block |
Marble
boundary stone |
SamhanC1 |
Remarks |
| Surface |
45.2℃ |
37.9℃ |
31.4℃ |
Compared to heat-resistant block: -13.8℃ reduction
Compared to marble: -6.5℃ reduction |
Test results of urban heat-transfer
It is a green technology product that can reduce CO2 generation by mitigating urban heat-transfer phenomenon to 13.8℃ difference of surface temperature of a quartz product compared to heat-insulating block and maximizing energy efficiency.
Measurement
- BX1(average)
- 31.4℃
- BX2(average)
- 37.9℃
- BX3(average)
- 45.2℃
Parameter
- Radiation factor
- 0.95
- Reflection temperature
- 20℃
※ Based on the results of 2016 quality test laboratory in Seoul
