Product description
The ECORASTER E50 universal angle is a specially designed accessory for the ECORASTER ground grid system that enables the secure installation of ECORASTER elements on sloped or inclined surfaces. This adjustable connector is designed to maintain a seamless surface connection—even on embankments, slopes, or transitions where conventional grids would be difficult to adapt.
Made from durable, recyclable LD-PE, the universal angle is weather- and UV-resistant and is constructed from the same high-quality material as ECORASTER ground reinforcement grids. Its easily adjustable angle, which can be set up to 180°, allows for the secure and form-fit connection of sections with different slopes without compromising the stability of the surface.
From a technical standpoint, the universal angle element is the ideal solution for changes in terrain where flat modules alone are insufficient—whether on slopes in gardening and landscaping, along embankments, or on sloped driveways. Thanks to its successful combination of functionality and system compatibility, the universal angle can be seamlessly integrated into existing ECORASTER surfaces and ensures continuous, secure ground reinforcement.
Wide range of potential applications
Equestrian sports: For sloped access roads or hillside areas where even ground compaction is important.
Forestry and agriculture: On uneven terrain or sloped dirt roads, where modules must be adjusted to the slope.
Home & Garden: For driveways, patio edges, or garden paths on sloped surfaces.
Access roads and paths: Smooth transition from flat to sloped sections without interrupting the continuity of the landscape.
Erosion control: On slopes or embankments where the grids must be adapted to the incline.
Logistics, parking, and storage areas: Especially on ramps or sloped traffic areas, to ensure continuous fastening.
Areas for the fire department: For sloped access roads where continuous stability is required.
Parking spaces: Level parking spaces adjacent to a sloped area.
The ECORASTER Universal angle thus offers a flexible, functional, and system-integrated solution for securely and permanently securing even difficult topographies or slopes—without compromising the surface integrity or stability of the ground grid.
