Drainage - construction work - Import export

Extra lightweight, pressure-resistant drainage material under intensive green roofs with or without water accumulation, for 0° - 5° roof pitch. Particularly suitable for terrain modelling with very high layer structure heights and severely restricted load reserves for the ceiling construction.

Extra lightweight, pressure-resistant drainage material under intensive green roofs with or without water accumulation, for 0° - 5° roof pitch. Particularly suitable for terrain modelling with very high layer structure heights and severely restricted load reserves for the ceiling construction.

Optigrun Drainage Material Perl 8-16 LA is used as a drainage layer beneath intensive green roofs without water accumulation and as pressure resistant drainage and equalization layer beneath paving.

Optigrun Drainage Material Perl 2-10 LA is used as a drainage layer beneath intensive green roofs without water accumulation, for pressure resistant filling of Drainage Boards and as pressure resistant drainage and equalization layer beneath paving.

Optigrun Drainage Material Perl 2/10 BT is used as an especially lightweight drainage layer beneath extensive and intensive green roofs and for pressure resistant filling of Drainage Boards on roof structures with low load reserves.

Optigrun Drainage Material Perl 2-10 BS is used as a drainage layer beneath extensive and intensive green roofs without water accumulation, for pressure resistant filling of Drainage Boards and as pressure resistant drainage and equalization layer beneath pathways.

drenotube® is a geocomposite tube that offers a pre-fabricated solution for soil drainage. It consists of a double wall slotted corrugated pipe surrounded by a geosynthetic aggregate enclosed in a high strength polyethylene netting that is clamped to both ends of the pipe. Includes a fabric geotextile filter in between the netting and aggregate. drenotube® can be applied to all types of longitudinal drainage, in agriculture, landscaping, public works, sports fields, golf courses, gardens. Also for the drainage of retaining walls, support structures covering tunnels, abutments or building foundations.

350-500 tph basalt crushing and screening plants have been introduced in special place, thanks to its ability to process the basalt and produce the required aggregate for making various kinds of construction work and meets an operating capacity of 350-500 tons per hour. It is associated with machinery and equipment that are in operation for basalt, one of the toughest durable volcanic stones. These plants are mainly designed to crush large basalt stones into smaller fragments and then screen them in a way to prepare good quality aggregates that are extremely versatile and suitable for a wide range of construction, infrastructure, and industrial projects. By helping to produce robust materials efficiently for the crushing of basalt, these plants correspond to construction projects requiring strong, dependable aggregates to survive heavy loads and harsh environmental conditions.