RELO SUBSTRUCTURE

The UNIA system screw is used to fasten metal or plastic parts to wood, wood-like materials and aluminum profiles up to a wall thickness of 3 mm.The tip, which is designed as a drilling unit, ensures a reduced splitting effect and less surface tension. Length: 17 - 47 mmDiameter: 4.2 mm and 4.8 mm Head: cylinder head Ø 5.8 mm Drill point: suitable for wood and aluminiumDrilling capacity: Aluminium with approx. 3 mm wall thickness Drive: TX 20Material: hardened stainless steel / stainless steel A4 1.4401with black surface coating DESCRIPTIONUNIA is a stainless steel self-drilling screw with a cylindrical head shape for fastening metal or plastic parts to wood, wood-like materials and aluminum profiles up to a wall thickness of 3.0 mm.The drill tip, which is designed as a drilling unit, ensures a reduced splitting effect and reduces surface tensions e.g. with screw connections on the back in element construction.APPLICATIONFor fastening concealed fastening systems such as TIGA, DILA, SUPRO, PLATA, LIGO and ZONA.The suitability and compatibility of the UNIA system screws with the component to be connected and their substructure may have to be determined by the plank or facade strip manufacturer / supplier.MATERIAL1.4006 / X12Cr13 / AISI 410 hardened stainless steelOptionally with black surface coating [black zinc plated]

The RELO system accessories enable a simple and quick system construction of terrace substructures.RELO E corner composite angles are used for composite connections of terrace substructure rails, support connections for the ventilation profile and connection points for facing.RELO L longitudinal connectors are used for an endless and offset-free extension of the substructure rails. The longitudinal joints should be carried out directly at the point of support.The corner brackets and longitudinal connectors made of solid aluminum enable precise fitting thanks to automatic centering on the lateral guide slots of the substructure rails.RELO A adapter is used for the screwless positioning of the substructure rail on the LIFTO terrace foot and at the same time enables guidance for the longitudinal joint.RELO R railing is used for the parallel alignment of the substructures and results in an automatic center distance of 450 mm.The hard galvanized metal bars can be shortened if necessary.RELO A and R can be quickly and easily combined using a simple plug connection.

The RELO system accessories enable a simple and quick system construction of terrace substructures.RELO E corner composite angles are used for composite connections of terrace substructure rails, support connections for the ventilation profile and connection points for facing.RELO L longitudinal connectors are used for an endless and offset-free extension of the substructure rails. The longitudinal joints should be carried out directly at the point of support.The corner brackets and longitudinal connectors made of solid aluminum enable precise fitting thanks to automatic centering on the lateral guide slots of the substructure rails.RELO A adapter is used for the screwless positioning of the substructure rail on the LIFTO terrace foot and at the same time enables guidance for the longitudinal joint.RELO R railing is used for the parallel alignment of the substructures and results in an automatic center distance of 450 mm.The hard galvanized metal bars can be shortened if necessary.RELO A and R can be quickly and easily combined using a simple plug connection.

The RELO system accessories enable a simple and quick system construction of terrace substructures.RELO E corner composite angles are used for composite connections of terrace substructure rails, support connections for the ventilation profile and connection points for facing.RELO L longitudinal connectors are used for an endless and offset-free extension of the substructure rails. The longitudinal joints should be carried out directly at the point of support.The corner brackets and longitudinal connectors made of solid aluminum enable precise fitting thanks to automatic centering on the lateral guide slots of the substructure rails.RELO A adapter is used for the screwless positioning of the substructure rail on the LIFTO terrace foot and at the same time enables guidance for the longitudinal joint.RELO R railing is used for the parallel alignment of the substructures and results in an automatic center distance of 450 mm.The hard galvanized metal bars can be shortened if necessary.RELO A and R can be quickly and easily combined using a simple plug connection.

RELO N is a system substructure joist for LIGO and PLATA. The integrated screw channel facilitates easy screw fastening in aluminum. In addition, the 9mm recessed screw channel significantly reduces shear forces acting on the fastenings. Two lateral guides automatically align and center the decking clips on the substructure joist, which is completely concealed by the clips.

RELO T is a system substructure joist for the TENI clips. The integrated screw channel enables angled screw installation into aluminium. Two lateral guides auto- matically align and centres the clip on the substructure joist.

RELO C is a compact design suitable for low construction heights. Despite its low construction height, the overall design provides the decking with high structural stability.

RELO W reversible joist can be installed on both sides, either with a flat surface or with the ventilation channel on top depending on the fixing system used. The unique combination of structural design and overall dimensions ensures extremely high stability and load bearing capacity.

The RELO F flat corner bracket is the ideal solution for RELO aluminum substructure joists.The flat corner bracket simplifies the construction of stairs, allowing for quick and effortless assembly. The substructure serves as a stable support surface for attaching treads and risers.OverviewDimensions:L 80 x W 80 x H 1.5 mm | 15 mmMaterial:stainless steel A2 1.4301