Top Five CPVC Cost Advantages for Architects

It falls to the Architect to design our future. To shape better, cleaner, safer lives for residents. As the Building Safety Bill continues to drive demand for better building and sustainability standards, Architects ask, what’s the true cost of this impressive future in construction?

It’s not as expensive as you think. BlazeMaster® CPVC (chlorinated polyvinyl chloride) is at the forefront of stepping up building safety standards when it comes to fire. BlazeMaster CPVC pipes and fittings are now the most specified non-metallic fire sprinkler system pipes and fittings  in the world. 

Read on for the top five ways you can step up your game in the future of construction and set the standard on your next project, without compromising on your budget. 

Material Costs

In an independent cost comparison analysis between steel sprinkler systems and BlazeMaster CPVC, direct material costs were calculated resulting in a 24.3% difference. The cost of fitting out a new dwelling with steel sprinklers was £14,663.83 more expensive. 

Despite the major price differences between the two materials, architects around the world are saving money and experiencing all of these benefits at the same time:

• Exceptional flame and smoke characteristics
• Consistent performance in elevated temperatures
• Optimum hydraulic capability and pressure rating
• Superior corrosion resistance  in all water conditions
• Like steel, does not support combustion 

Specifying BlazeMaster CPVC piping is an inexpensive but effective process, compared to steel. 

Installation

Use CPVC pipes and do more, with less. BlazeMaster CPVC pipe requires an installation process which does not require heavy machinery like  steel or copper pipes does, due to its lightweight material and innovative pipe and fitting fusion technology. Solvent cement welding requires only an individual to create permanent joints for long term performance. 

In the cost comparison study, this process contributed towards a major difference in installation costs; using BlazeMaster CPVC piping systems, resulted in a cost saving of over £20,000. 

Sustainability

Levelling up on sustainability is everyone’s responsibility. However, Typically, Architects and system designers are the ones we rely on to set the trend on new buildings, introducing sustainable materials that have low impact on the environment. 

The comparison study identified several additional advantages of installing BlazeMaster CPVC pipe over steel:

• Requires less energy to process, manufacture and install
• Improved sustainability scores (cradle to cradle recyclability)
• Reduction of embodied carbon during production cycle
• Less energy wasted on repairs

These undoubtedly give designers the financial and environmental edge as we move towards a more sustainable future.

Retrofitting

Retrofit without relocation. Move faster on projects than ever before, with a safe, non-hazardous environment that enables installers to work on site while occupants continue life normally in the next room.

Retrofitting is a game changer in itself. As new fire sprinkler legislation takes a stronger hold in the UK, more and more buildings are being considered for sprinklers where previously there were none. It is vital that these buildings are equipped for safety in a timely manner. 

Design

BlazeMaster CPVC’s optimum hydraulic capability is going to be the key element in the Architect’s arsenal, particularly where retrofitting is concerned. 

BlazeMaster CPVC piping can be extruded in smaller sizes, allowing for smarter routing of sprinkler systems around new and old buildings, enabling sprinkler heads to reach more rooms and more people, improving the level of safety in the overall structure. 

The material cost savings as detailed in the report means you’ll never have to choose between savings and safety. The future isn't going to be about who has the biggest budget; it’s going to be about who is building smarter. 

Read BlazeMaster CPVC: A Cost Comparison Study of Fire Suppression Systems to find out more about the study and the next evolution in fire safety design.