Plafotherm® GK HEKDA

Heated and Chilled Plasterboard Ceilings, heat conducting profile as secondary grid

Plafotherm® GK HEKDA
Plafotherm® GK HEKDA
Plafotherm® GK HEKDA
Plafotherm® GK HEKDA

Listed by applicability

Applications

Workplace: Offices, Assembly Rooms, Common Rooms, Facilities for Meetings, Conventions and Conferences, Broadcasting Rooms, Television Studios, Stage and Studio Rooms
Recreation and Culture: Shopping Centres, Cinemas and Theatres, Museums, Places of Assembly, Concert Halls
Education: Library Rooms, Teaching, Class and Educational Rooms, Research Rooms
Healthcare: Clinics and Hospitals, Laboratories, Pharmacies (Production)
Hotels and Gastronomy: Hotels and Resorts, Restaurants and Canteens
Public Areas: Entrance Areas
Industry: Laboratories and Research Facilities, Production Facilities
Transport: Airports
Public Institutions
Residential

Requirements

Design: Bespoke Plaster, Gypsum, Perforation
Climatic Regulation: Heating and Cooling
Corrosion Protection: Interiors
Fire Protection: Fire Behaviour / Building Material Class
Sustainability: Environmental Product Declaration
Acoustics: Room Acoustics

Technical Data

Acoustics

Fire Protection

Climatic Regulation

Corrosion Protection

Sustainability

Additional Equipment

Contact

Downloads

Product description

This cost-effective system enables jointless surfaces – a multitude of plain or perforated panellings are available. All components of Plafotherm® GK HEKDA are tested as complete system and provide for best comfort and a pleasant room climate. The profile fuses with the substructure as constructive element and is screwed to the plasterboard panel. This plasterboard ceiling can achieve a high occupancy rate up to 100 %, even in case of rooms with several ceiling fixtures. Height differences and flexible shapes can be realised.

  • heating/cooling by means of radiation creates a pleasant room climate
  • jointless surface can be freely designed in plain or perforated version
  • high occupancy rate up to 100 % is possible
  • flexible shapes and height differences can easily be realised
  • all single components are tested as complete system
  • cost-effective chilled ceiling system as economic solution