TEXI-FLEXXPrintversion (Pdf, 120 kB)



Mat: shingle-type netting
prepared in modules, combinable to all user-defined faces, can be taken off and are reusable more than hundreds of times

Function

• The mat will be hung up on rockfall endangered slopes. Loose rocks slip slowly down between mat and wall,
decelerated by the friction of the mat.
• The mat fstened on rockfall endangered slopes in several levels catches rubble and avalanches and prevents
the formation of avalanches.

Deployment areas of rockfall protection mats TEXI-Flexx

• temporary rockfall protection
o building sites beneath slopes endangered  by rockfall
o quarry
o mountain protection

• permanent avalanche- and rockfall protection
o shelters
o collection grids

User of TEXI-Flexx-mats

For the deployment of the nets we approach to all companies and users, primarily in the sector of
construction and environment.

o all types of construction firms, civil engineering, hydraulic engineering, track construction
o earth-moving, landscaping
o civil protection, fire brigades, explosion protection
o municipal and public institutions
o forestry and agriculture, gardening and landscaping
o engineering consultants and planning agencies

Technical data

• Modules offered:
- breadth (prefabricated module) 10,0 / 20,0 / 30,0 meters
- length (prefabricated module) 4,0 meters (delivery in rolls)
• modules of other dimensions will be produced according to customer’s instructions
• thickness  0,2 meters
• modules will be hung over rockfall endangered walls and can be connected to the walls by steel ropes
• repair of mats without any difficulties is possible on-site
• Kind of nets: shingle-type netting ca. 25 rings/m²
  (without additional connecting elements)
• weight: (ca. 25 kg/m²)
- ca. 1,0 tons/mat (10 x 4 m²)
- ca. 2,0 tons/mat (20 x 4 m²)
- ca. 3,0 tons/mat (30 x 4 m²)
• weatherproof, extreme stability
• disintegrate, resistant to microorganisms, brines, acids and bases
• resistant to excreta
• tearproof, tensile strength: minimum 10,5 t/m
• maximal inner shearing strength