Material	Random Polypropylene
Size	full 20mm through 160mm available
Pressure Rating	1.25MPa, 1.6MPa, 2.0MPa, 2.5MPa
Standard	GB/T 18742-2, EN ISO 15874-2
Color	white, green, gray, or customized color
Package	4 meters straight length (all sizes) 50 or 100 meters coil length (16mm-32mm) or customized length
Delivery time	15 days

 

 

We've explored the benefits of PPR hot water pipes and why they represent the future of water delivery systems.

 

One of the prime advantages of PPR piping is its durability and longevity. Properly installed, PPR pipes can last 50 years or more, even when transporting hot water up to 95°C. The material is highly resistant to corrosion and mineral deposits that can degrade other pipe types. Even after decades of use, PPR pipes maintain their integrity and performance. This exceptional longevity means building owners spend less on repairs and replacements over the lifetime of the plumbing system.

 

PPR holds up exceptionally well to hot water flow for potable water delivery. PPR hot water pipes can withstand constant circulation of water up to 95°C without any effect on the integrity of the pipe. PPR retains its strength and corrosion resistance even after exposure to such high temperatures over long periods of time. This makes it an ideal piping solution for hot water delivery in residential, commercial and industrial settings. The ability to withstand extreme heat allows PPR to be used in applications like boiler supply and return lines, radiant heating manifolds, and low-pressure steam lines.

 

 

PPR pipe is lightweight, flexible and easy to install compared to metal alternatives. PPR weighs only a fraction of what copper, steel or iron pipes weigh per linear foot. This light weight allows for easier handling and installation. PPR's flexibility also allows it to maneuver around corners and bends more easily during installation. Joining PPR segments is a simple and quick process using heat fusion rather than soldering or welding. And no special tools are required to insert PPR pipes into fittings. Overall, installation productivity can be increased by up to 50% versus traditional pipe types. This makes PPR an economical option for new construction and re-piping applications.

 

 

 

PPR pipes contain no metals and are inert to a wide range of chemicals. This means they won't corrode when exposed to acids, bases, salts and other compounds that can degrade metal pipes. PPR is also resistant to scale build-up and biological fouling - two major causes of corrosion and flow restriction. By eliminating internal and external corrosion, PPR pipes enjoy long service lives without losing pressure capacity or needing frequent replacements. Facility managers can count on reliable hot water delivery for decades without corrosion problems.

 

 

PPR is one of the most ecologically friendly piping materials. It is recyclable and produced from non-toxic raw materials. No heavy metals or hazardous chemicals are used in PPR manufacture or disposal. PPR contains no VOCs and doesn't contribute to ozone depletion during production or use. The light weight of PPR also means lower transportation-related emissions compared to metal alternatives. And PPR requires no painting, coating or synthetic wrapping that can negatively impact the environment. With its green profile, PPR aligns well with corporate and municipal sustainability goals.

 

 

The total installed cost of a PPR hot water system is competitive with copper and superior to steel or iron. The lower material expense, faster installation times and reduced lifetime maintenance requirements all contribute to a lower total cost of ownership. By conservative estimates, PPR piping systems can save 15-20% over the lifespan of a plumbing system versus metal counterparts. The enhanced longevity also means fewer disruptive and expensive replacements. Specifying PPR is a smart fiscal decision for new construction and renovations focused on long-term value.

http://www.primypipe.com/