BlazeMaster® Fire Protection Systems Blog
Installation best practices, design considerations, safety information and more from the experts behind the most specified nonmetallic fire sprinkler system in the world.
Codes, Standards & Approvals | Installation
When we think about the harmful effects of UV light, we typically think about using sunscreen, wearing a hat, and staying in the shade. For those of us in the fire protection industry, we also think about the impact of UV light on CPVC pipe and fittings – and, unfortunately, the topic is plagued by misconceptions.
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Codes, Standards & Approvals | Installation
Here’s a question we hear often, especially outside of North America: “How do I make sure we’re installing genuine BlazeMaster pipe?”
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Discover how to save time and money with the right fire sprinkler system.
When installing a fire sprinkler system, it’s common practice to use hard pipe for armovers and drops to connect branch lines to the sprinkler head – a time-consuming process that is prone to errors causing costly rework and delays.
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BlazeMaster® pipe and fittings are scientifically designed to be strong and durable, and hangers are critical components in making sure fire protection systems operate optimally, don't sag and maintain a sightly appearance.
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BlazeMaster vs. Steel | Commercial | Installation
Contrary to popular misconceptions, BlazeMaster® Fire Protection Systems is not just for residential applications – it’s the right choice for any light hazard project. For instance, BlazeMaster fire sprinkler systems are playing an important role in helping school districts save money while ensuring the highest protection for students and staff. Fire safety in schools is important because every year, fires in K-12 schools in the U.S. cause $37 million in property damage, at least one death and 39 injuries, according to data from the National Fire Protection Association. Fire extinguishers are important to school fire safety – but only if someone discovers the fire in time. Fire sprinkler systems work to suppress a fire before it can spread, even if no one is present. Here are key considerations for choosing BlazeMaster pipe and fitting systems over steel pipe for your next school project.
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Chemical Compatibility | Installation
Spray Polyurethane Foam (SPUF) has been used successfully with BlazeMaster® pipe and fitting systems for more than 20 years, primarily in the attics and walls of single-family homes that have fire sprinklers. SPUF is an increasingly popular insulation that enhances energy efficiency and improves comfort in the home. When installing SPUF around CPVC pipe and fittings, it’s important to use proper installation techniques to prevent issues related to chemical compatibility and heat generated during application. Here are best practices to ensure your project is a success.
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BlazeMaster vs. Steel | Commercial | Installation | Residential
When planning to add or replace a fire sprinkler system to an existing building, your upfront decisions in choosing materials will have a big impact on the cost, timeframe, impact on tenants, and long-term success of the project. BlazeMaster® Fire Protection Systems offers many advantages that can ensure you keep your customer happy.
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BlazeMaster vs. Steel | Commercial | Installation
With more than 5,700 fires in U.S. healthcare facilities each year, the choice of materials for fire sprinkler systems in hospitals and other settings is an important consideration. While steel pipe has been the traditional choice, there has been growing adoption of BlazeMaster® Fire Protection Systems to meet the unique fire protection challenges experienced in the healthcare industry. BlazeMaster is UL listed and FM approved for all light hazard applications as defined by NFPA 13, which includes a vast range of healthcare facilities like hospitals, medical offices, nursing facilities, outpatient surgical centers, imaging and radiology centers, care homes, and many more.
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Blazemaster CPVC | CPVC | Installation | blazemaster fire protection systems | cpvc freezing point | cpvc in cold weather | fire sprinkler systems | gluing cold cpvc in cold weather | how to use solvent cement
You know how to use solvent cement, but are your solvent cement skills ready for the cold weather in the months ahead? BlazeMaster solvent cement is tested and listed for use down to 0°F (-17°C), but it’s important to follow best practices when solvent welding in colder temperatures. Remember, you aren’t “gluing” CPVC. Solvent cement welding is a fast, easy installation process that uses solvents and CPVC resin to chemically fuse the pipe and fittings together at the molecular level. Unlike glue, solvent cement doesn’t just adhere two pieces together – it creates one continuous piece of plastic that becomes the strongest part of a piping system.
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Blazemaster CPVC | CPVC | CPVC Solvent Cement | Installation | blazemaster fire protection systems | cpvc fire sprinkler systems | cpvc installation | fire sprinkler systems
Safety is always the first priority when installing BlazeMaster® Fire Protection Systems. We sometimes get questions about the best safety practices for using solvent cement, which joins pipe with fittings to create durable bonds that ensure the fire sprinklers work as planned. Solvent cement is safe to use, and that’s based on our 60 years of experience in working with CPVC and solvent cements. It’s a low-VOC material, which means it emits relatively low amounts of volatile organic compounds. We work closely with our partner manufacturers to support extensive safety testing, beyond what is required by law. The U.S. Environmental Protection Agency, which evaluates health effects of long-term exposure to products, placed solvent cement in its second-lowest category.
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