What is Semi-Flexible 3D Mat?
©System Krismer
The semiflexible 3D-Steel Grid /Mat is made from galvanized steel sheet. The depth of this mat is 8 cm and is available in 1.15- 1.2 m wide panels having 3 m in length. These panels are used as facing elements with soil nailing for the protection of landslides and soil erosion since last thirty years. The system of soil nailing with semi-flexible 3D panel is also called Krismer System in Europe which is named after the company J. Krismer Handelsgesellschaft m.b.H, Austria. In Nepal we can name it "semi-flexible 3D mat" or simply as "Pahiro Jali".
WHY CHOOSE US
For more than 30 years, our innovative, proven systems of 3D mat, wire nets, cables, nails and anchors have been offering solutions for a wide range of tasks in the areas of slope stabilization, embankment protection, river training works and river bank protection works, slope drainage, rockfall and avalanche protection, and earth retaining structures.
We work closely with manufacturers, research institutes and planners to be able to offer you the optimal product for your requirements. Our systems meet high standards of safety, execution and environmental compatibility. To make the implementation of your construction project easier for you, we can provide you with expert support from site visit, planning, design to completion as per your wish.
Get an overview of our VERSATILE RANGE OF SERVICES!
Get in touch with us, we appreciate your interest!
WHAT PEOPLE SAY
"The system of soil/rock nailing with semi-flexible 3D mat facing is really innovative and sustainable solutions for all kinds of cut slopes. It is equally applicable for embankments protection and on river banks. "
"It is very interesting to use semi-flexible 3d mat to make all types of slopes green and stable. It secures the slopes and protect the slopes from erosion and landslides. It saves our fertile soil, natural landscape and environment."
"The soil nailing with use of semi-flexible 3d mat may be very useful for high cut slopes in Nepal, because it will not be possible to support the slope with the use of retaining walls due to its height, and where bio-engineering is not adequate"
