rp hermetic 70FP-60

Thermally insulated fire and smoke protection door system and partition walls of steel or stainless steel with a profile depth of 70 mm in compliance with classifications E90/EW90. This well-thought-out modular system features spot-on protective functions and a uniform appearance across all elements of a project. This is accomplished by equipping the basic profile of the rp hermetic 70 series as required for compliance with different fire and smoke protection standards.

Planning advantages

• Steel profile system for fire and smoke protection doors and partition walls
• Made of steel or stainless steel
• Identical face width for doors and partition walls
• Depending on the requirements, infill thicknesses of up to 54 mm for doors are possible.
• Design freedom due to optionally screwed square and rectangular profiles as well as elbows as glazing bead.
• Compared to other materials, steel offers the advantage of a planar, elegant mitre due to seamless transitions at the profile joints
• Compatible with other RP Technik window, door and curtain wall systems

Performance characteristics

• Sound insulation : < 43 dB (0/-1) for Doors
• Continuous performance test : 200.000; 1 Mio.
• Continuous performance test: mechanical stress : C5; C8
• Fire protection E (partition walls) : E90
• Fire protection EW (doors) : EW90
• Fire protection EI (doors) : EI260
• Ability to release : fulfilled
• Mechanical performance : fulfilled
• Mechanical strength : 4 (Doors)

Processing advantages

• Modular system for fire and smoke protection – one profile for various fire resistance classes
• Prefabricated insulators for the lock region
• Profiles can be delivered in a filled or unfilled condition
• Better cost-effectiveness due to great ease of processing, e.g. thanks to clip-on glazing beads
• Precise and quick processing through the use of system-optimised tools and auxiliary means
• Cross-series accessories
• Better weldability and effective anti-corrosion protection due to continuously hot-dip coated zinc-magnesium surface