Technology

Prefabrication
technology

The future of construction available today!

Prefabrication technology allows to obtain high-quality and precise constructions where manufacture errors are easily eliminated, and the construction time is significantly reduced.

Prefabricated partitions contain structural elements, thermal insulation and sheathing panels as well as often window frames. The designed structure ensures open diffusivity and a high standard of energy efficiency. The durability of prefabricated buildings is identical to that of conventional brick-built architecture - thanks to the automation of the production process and the availability of a quality control laboratory.

Prefabrication technology - The future of construction available today! Prefabrication technology allows to obtain high-quality and precise constructions where manufacture errors are easily eliminated, and the construction time is significantly reduced. Prefabricated partitions contain structural elements, thermal insulation and sheathing panels as well as often window frames. The designed structure ensures open diffusivity and a high standard of energy efficiency. The durability of prefabricated buildings is identical to that of conventional brick-built architecture - thanks to the automation of the production process and the availability of a quality control laboratory. The technology is environmentally friendly - in the developed constructions Hauswerk also consults and installs the renewable energy sources, such as a heat pumps or photovoltaic cells.

prefabricated
wooden structures

HausWerk's prefabricated wooden hauses

Wood is the only building material that as a fully renewable product leaves zero waste at the end of its life cycle. Houses built from specialized KVH structural timber are solid, durable, fire resistant, airtight and of low acoustics. Wooden house construction leaves no carbon footprint.

The main advantages of the prefabrication technology include:

  • high quality and precision of building constructions
  • durability higher than in brick-built architecture
  • fast production and assembly
  • high standard of energy efficiency – low operating costs – PLN 2,000 per year
  • natural aesthetic design
  • innovative solutions, tested in real conditions, adapted to the investment requirements

Well thought-out designs, advanced partition technology and high-quality construction and insulation materials ensure comfort and excellent performance characteristics – including low energy consumption, air tightness and optimal air circulation. Thanks to the unique ability of wood to self-regulate humidity, there is a friendly microclimate in homes. The houses are great for allergy sufferers or asthmatics.

house parameters

Key parameters of HausWerk hauses

  • The highest quality of materials used and components from renowned manufacturers,
  • Durable, natural and aesthetic construction,
  • Fast production and assembly,
  • An option to implement modern Smart Home automation integrating the operation of all installations,
  • Partitions that meet stringent thermal insulation standards for buildings in force since 2021,
  • Parameter of thermal insulation of partitions for external walls U = 0.10 – 0.14 W / m2K
  • Energy demand 15 kWh / m2 / year to 40 kWh / m2 / year
  • Low cost of house maintenance
  • REI30 and NRO fire resistance class
  • Phase shift 14h
  • Diffusion-open partitions

EXTERNAL WALL:

  • Silicon plaster, white
  • Reinforcing layer with primer (adhesive mesh)
  • Thermal insulation – foamed polystyrene λD = 0.037 W / (mK) – 120mm or stone wool (charged extra)
  • Gypsum and fiber board – 12.5mm
  • KVH structural timber 60x160mm chamber dried, planed from four sides and bevelled on the edges
  • Thermal insulation – mineral wool λD = 0.037 W / (mK) – 160mm
  • Vapor barrier foil
  • Gypsum and fiber board – 12.5mm

PITCHED ROOF:

  • Roof tile or BRAAS Celtic concrete tile from the basic color set (extra charge) or ceramic tile (extra charge)
  • Full formwork – 20mm OSB / MFP board
  • KVH structural wood 60x240mm cross-section dried, planed on four sides and bevelled on the edges
  • Counter batten / ventilation gap 30mm thick
  • Highly vapor permeable membrane
  • Supporting structure height 240mm / – 240mm mineral wool
  • Vapor barrier membrane
  • Wooden grate 80mm high / thermal insulation – 80mm mineral wool
  • Fermacell gypsum fiberboard 15mm thick

EXTERNAL WALL – PREMIUM:

  • Thermal insulation – stone wool λD = 0.037 W / (mK ) – 120mm
  • Thermal insulation – mineral wool λD = 0.037 W / (mK) – 160mm

INTERNAL LOAD-BEARING WALL:

  • Fermacell gypsum fiberboard 15mm thick
  • Load-bearing structure 60x160mm
  • Sound insulation – mineral wool λD = 0.037 W / (mK) – 75mm
  • Fermacell gypsum fiberboard 15mm thick

INTERNAL PARTITION WALL:

  • KVH structural wood with 60x120mm cross-section, chamber dried, planed on four sides and bevelled on edges
  • Sound insulation mineral wool – λD = 0.037 W / (mK) 75 mm

INTER-STORY CEILING:

  • Sound insulation mineral wool 100 mm
  • KVH structural wood 60x240mm cross-section dried, planed on four sides and bevelled on the edges