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• About NZ Wood
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  • The NZ Wood Programme
    • Components of the programme
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• Why Wood
  • Canterbury Rebuild
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  • Case studies
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  • Forests and wood
    • Bioenergy and timber
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    • Wood structure and features
  • Sustainability
    • Carbon Footprint: Nelson Forests Ltd
    • Climate change
    • Commercial Multi-Story Building Carbon Footprint Model
    • Disposal of treated wood
    • Farm Buildings Carbon Footprint Model
    • Forest certification schemes
    • Gymnasium Carbon Footprint Model
    • Health Building Carbon Footprint Model
    • House Materials Life Cycle Analysis
    • Industrial Warehouse Building Carbon Footprint Model
    • Sustainable forest management of native tree species in New Zealand
    • The Environmental and Cost Benefits of Structural Wood
    • Wood: a carbon neutral material
• What Wood
  • Log Quality, Conversion and Grading
    • Conversion
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  • Structural materials
    • Cross Laminated Timber
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    • Panel products
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    • Timber I Beams and Parallel Chord Trusses
  • Timber species
• How Wood
  • Exterior Finishes
    • Application of Coating
    • Design and Construction
    • Factors Affecting Performance
    • Finish Types: Paints and Coatings
    • Light Reflectance Values (LRV) Colours and Heat Generation
    • Paint coating recommendations for film-forming finishes
    • Painting/staining recommendations for natural, semi transparent stains, opaque and clear finishes
    • Specifications to a contractor
    • Substrates
    • Surface Preparation
  • How to build guides
  • The New Zealand Building Code
  • Training, Education and Certification
  • Treatment and durability
    • Building legislation and regulations
    • Compatibility with other materials
    • Drying
    • Fasteners and treated wood
    • Flammability
    • Gluing of treated wood
    • Hazards that effect the durability of wood
    • Health & Safety
    • Limitations of Use
    • Moisture measurement
    • Natural Durability
    • Painting of treated wood
    • The 4Ds of Durabilty
    • Warranties, Guarantees & Service Life
    • Wood Preservation
• Case studies
• Performance
  • Acoustic performance
    • Acoustic design in New Zealand
    • Considerations
    • Design Requirements
    • Floors
    • Fundamentals of noise control
    • Optimising wall performance
  • Fire performance
    • Fire resistance
    • Fire safety regulations and codes
    • Reaction to fire
  • Thermal performance
    • Heat flow in a building structure
    • Humidity Buffering
    • NZ Building Code - Energy Efficiency
    • R-value
    • Thermal Mass
• Design
  • Design aids
  • Floor dynamics
  • Seismic design
    • Ductility
    • Lateral force resisting systems
    • Lessons learnt from Kobe
    • Seismic Design procedure
    • Seismic Design Theory
  • Structural connections
    • Adhesives
    • Bolts, coach bolts, coach screws and dowels
    • Epoxy grouted steel rods
    • Metal plate fixings
    • Nails
    • Other Structural Connectors
    • Screws
  • Structural design
    • Beam design
    • Characteristic Value for Stiffness
    • Characteristic values for stress
    • Code Methodology
    • Column design
    • Design Strength
    • LVL Research Building
    • Multi-storey wooden building research
    • Serviceability design

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Building Calc

Work out the carbon footprint of your building project.

House Calc

Estimate the carbon footprint of your house given your choice of materials.

NZ Wood

A pan industry brand promoting a ‘Wood First’ approach for all residential and commercial construction.

NZ Wood Resene Timber Design Awards

Entry form for the Timber Design Awards