All New Siniat Plasterboard Wall & Ceiling System Selector Add-In, 64-bit, for Revit versions 2017 or later

All New Siniat Plasterboard Wall & Ceiling System Selector Add-In, 64-bit, for Revit versions 2017 or later

Revit users can now filter and select from over 650,000 Siniat pre-qualified systems and add to a project at the touch of a button, directly from within Autodesk Revit. Whether you are looking for a wall or a ceiling system with a specific acoustic rating, FRL and thermal value or have a project with specific wall and ceiling framing needs, the Siniat Revit API can recommend a system that meets the requirements and is compliant with Australian New Zealand Revit Standards (ANZRS).Users can now view their K-SPEC projects in the API and load the K-SPEC systems in to their Revit Project. Please note only Revit 2017 and later versions are supported.

All New Plasterboard Wall & Ceiling System Selector Add-In, 64-bit, for Revit versions 2017 or later

All New Plasterboard Wall & Ceiling System Selector Add-In, 64-bit, for Revit versions 2017 or later

Revit® users can now filter and select from over 650,000 Knauf pre-qualified systems and add to a project at the touch of a button, directly from within Autodesk Revit®. Whether you are looking for a wall or a ceiling system with a specific acoustic rating, FRL and thermal value or have a project with specific wall and ceiling framing needs, the Knauf Revit® API can recommend a system that meets the requirements and is compliant with Australian New Zealand Revit Standards (ANZRS).

Users can now view their K-SPEC projects in the API and load the K-SPEC systems in to their Revit® Project.

Please note only Revit® 2017 and later versions are supported.

 

Steel Framed Staggered Stud Systems

Steel Framed Staggered Stud Systems

Boral Plasterboard systems accommodate the heights/spans and pressures as listed by utilising appropriate stud depths, sizes/gauges and centres. Plasterboard systems with the appropriate cavity insulation have been tested acoustically to achieve high sound insulation ratings. Fire rated systems of up to -/240/240 and 120/120/120 fi re resistance level (FRL) as defi ned in the Building Code of Australia are readily achievable.

Steel Framed Twin Stud Systems

Steel Framed Twin Stud Systems

Boral Plasterboard systems accommodate the heights/spans and pressures as listed by utilising appropriate stud depths, sizes/gauges and centres. Plasterboard systems with the appropriate cavity insulation have been tested acoustically to achieve high sound insulation ratings. Fire rated systems of up to -/240/240 and 120/120/120 fi re resistance level (FRL) as defi ned in the Building Code of Australia are readily achievable.

Separating Wall Systems - IntRwall

Separating Wall Systems – IntRwall

Boral Plasterboard systems accommodate the heights/spans and pressures as listed by utilising appropriate stud depths, sizes/gauges and centres. Plasterboard systems with the appropriate cavity insulation have been tested acoustically to achieve high sound insulation ratings. Fire rated systems of up to -/240/240 and 120/120/120 fi re resistance level (FRL) as defi ned in the Building Code of Australia are readily achievable.

Shaft Systems - Shaft Wall

Shaft Systems – Shaft Wall

Boral Plasterboard systems accommodate the heights/spans and pressures as listed by utilising appropriate stud depths, sizes/gauges and centres. Plasterboard systems with the appropriate cavity insulation have been tested acoustically to achieve high sound insulation ratings. Fire rated systems of up to -/240/240 and 120/120/120 fi re resistance level (FRL) as defi ned in the Building Code of Australia are readily achievable.

Walls Lined Both Sides - Steel Framed

Walls Lined Both Sides – Steel Framed

Boral Plasterboard systems accommodate the heights/spans and pressures as listed by utilising appropriate stud depths, sizes/gauges and centres. Plasterboard systems with the appropriate cavity insulation have been tested acoustically to achieve high sound insulation ratings. Fire rated systems of up to -/240/240 and 120/120/120 fi re resistance level (FRL) as defi ned in the Building Code of Australia are readily achievable.