The rp hermetic 70D thermally insulated steel door profile system for 1-leaf and 2-leaf doors, optionally also for finger trap protection and folding sliding doors. rp hermetic 70 window and door systems can be configured in a way as to ensure a uniform appearance. Seamless transitions at profile joints, with planar mitres, further enhance the elegant impression.
Steel & glass system for doors (1-leaf and 2-leaf)
Finger trap protection and folding sliding doors as possible options
Optionally also available in a highly insulating variant
Uniform appearance of all rp hermetic 70 door, window and partition wall systems
The glass surfaces of windows and partition walls are in the same surface plane
Compared to other materials, steel offers the advantage of a planar, elegant mitre due to seamless transitions at the profile joints
Can be produced in continuously hot-dip coated steel and high-grade stainless steel
Depending on the requirements, infill thicknesses of up to 69 mm are possible
No weather bar for the sake of a homogeneous appearance
Optimum tightness thanks to three sealing levels
Compatible with other RP Technik window, door and curtain wall systems
Resistance under wind load : up to C4
Air permeability : up to class 4
Watertightness : 7A (300Pa)
Impact strength : up to E5/I5
Bullet resistance : up to FB4NS (with armouring)
Burglar resistance : up to RC3
Thermal transmittance : ≥ 1,2 W/(m²K)
Sound insulation : ≤ 36 dB (-2/-4)
Finger trap protection : yes
Continuous performance test : 200.000; 1 Mio.
Ability to release : fulfilled
Mechanical performance : fulfilled
Mechanical strength : up to class 4
Better cost-effectiveness due to great ease of processing, e.g. thanks to clip-on glazing beads and moulded gasket parts
Tool-free glazing bead installation without screw connections
Precise and quick processing through the use of system-optimised tools and auxiliary means
Dry glazing with vapour pressure equalization and drainage system
Cross-series accessories
Better weldability and effective anti-corrosion protection due to continuously hot-dip coated zinc-magnesium surface
