Experience the Superiority of Five-Layer Oxygen Barrier PB Pipe
Like a superhero for your pipes, our five-layer oxygen barrier PB pipe utilizes quality EVOH from Japan. This champion effortlessly beats oxygen permeability, breezes through DIN4726 tests, and is perfect for water supply systems, underfloor heating, and snow melting systems.
Five-Layer Oxygen Barrier PB Pipe: CE, ISO and DIN4726 Proven Exceptional
Step aside, ordinary pipes – here comes our superhero, the five-layer oxygen barrier PB pipe! With its secret weapon, top-quality EVOH from Japan, it’s an unstoppable force against oxygen permeability. This dynamo doesn’t just meet DIN4726 tests, it breezes through them! Whether it’s a water supply showdown, an underfloor heating hurdle, or a snow-melting mission, this pipe has got you covered. So why settle for the mundane when you can have the extraordinary? Choose our PB pipe, and let the piping adventures begin!
The PB Pipes is a standout product in pipeline technology. Made with Polybutene (PB), an advanced polymer material renowned for its durability, this tube features an impressive five-layer structure. This includes an EVOH oxygen barrier, skillfully placed at the center of the tube, to prevent surface wear from affecting its oxygen resistance.
Featured Products
Meet the PB(A) Tube, your ultimate solution to pipe woes! Imagine a pipe so versatile that it moonlights in water supply, heating, and snow melting systems while still finding time to crush oxidation and microbial growth. This swanky pipe is the perfect blend of flexibility and durability, it’s like the yoga instructor of pipe-world. Whether it’s enduring freezing winters or tackling blazing summers, this champ doesn’t break a sweat. PB(A) Tube – putting the ‘fun’ back in ‘functionality’.
Say hello to the PB Internal Oxygen Resistance(A) Pipe, the “James Bond” of the pipe world! Crafted with a potent five-layer blend, this wonder tube is sturdy yet supple, expert at running water supply, heating systems and winning hearts. It not only laughs at microbe growth, but it also promises a future free from oxidation nightmares. Bid goodbye to wear and tear; this pipe is in for the long haul. Embrace PB(A) Pipe – where durability meets cutting-edge technology in a union of pure plumbing brilliance!
Our PB heating pipes use a tri-extrusion technology, painting a picture that’s far from ordinary. Coating the external surface of a regular PB pipe, a layer of hot melt adhesive and EVOH (oxygen barrier) joins the party, forming an effective blockade against oxygen’s attempts to infiltrate the heat cycle system. This masterstroke reduces equipment corrosion impressively. The structure of the oxygen barrier pipe, as illustrated in the diagram on the right, doesn’t just meet but also satisfies the stringent German DIN 4726 standard for oxygen barrier properties in plastic pipes used for heating.
Super Pipe-Unleash the Power of Heat and Durability
The Pipes are ripe for lightweight and easy to handle, it’s also flexible for convenient installation. It’s durable due to its high-density polymer composition with a stable molecular structure, promising a lifespan of over 50 years.
The pipe is non-toxic and harmless and does not react chemically with its medium. It exhibits excellent resistance to freezing and heat, maintaining normal use under temperature conditions ranging from -20°C to 110°C.
With its smooth pipe wall preventing scaling, water flow can be increased by 30% compared to ordinary galvanized pipes. Its excellent thermal expansion properties and integrated hot-melt connection make for a reliable connection method.
when used for low-temperature floor radiant heating, it can save 30% of energy compared to copper pipes. It’s easy to maintain and modify, excellent heat resistance and creep properties, enabling long-term use at 95°C to 110°C.
Polybutene Pipes: The Unseen Superheroes of Modern Plumbing Systems
Dubbed the “gold of plastics,” Polybutene (PB) pipes are a superhero born in the 1970s. They’re crafted from a high polymer inert compound – a smarty pants of chemical materials! Showcasing robust armor against cold, heat, pressure, rust, and corrosion, these pipes promise to stick around for a long time. They’re such hotshots that they’ve swooped in and replaced copper pipes as the favorite in Europe and America’s cold and hot water supply systems. What a glow-up!
Meet the Polybutene PB(A) Tube, your ultimate solution to pipe woes! Imagine a pipe so versatile that it moonlights in water supply, heating, and snow melting systems while still finding time to crush oxidation and microbial growth. This swanky pipe is the perfect blend of flexibility and durability, it’s like the yoga instructor of pipe-world. Whether it’s enduring freezing winters or tackling blazing summers, this champ doesn’t break a sweat.
Non-oxygen Barrier Pipes Benefits
Thanks to the oxygen barrier layer (EVOH), the five-layer oxygen barrier PB pipe ensures an exceptionally high level of safety and smooth operation of the piping system.
Non-oxygen barrier pipes can lead to the extensive proliferation of microorganisms. After 3-5 years of use, a layer of biological slime can adhere to the inner walls of the pipe, causing blockages. This can lower the pipe’s heat conductivity, reducing the temperature partially or entirely in floor heating, and can eventually result in the loss of heating effectiveness. The five-layer oxygen barrier PB pipe, however, inhibits the proliferation of microorganisms, completely solving the problems caused by oxygen permeation, such as oxidative corrosion, thereby extending the lifespan of the heating pipeline equipment.
Why Choose Our PB Pipes
The five-layer oxygen barrier PB pipe boasts an oxygen permeability as low as 0.007g/m3.d, far less than the stringent requirements of the German DIN4726 standard tests, with test results meeting all requirements.
The pipe uses a high-strength professional adhesive imported from Japan, ensuring the PB material and the oxygen barrier layer never delaminate.
The oxygen barrier layer (EVOH) is placed within one-third of the pipe wall thickness. This means that the oxygen barrier layer on the pipe surface does not need to be stripped during fusion welding, facilitating construction and ensuring the quality of thermal fusion.
Win the Battle Against Oxygen Permeability with Our Five-Layer Oxygen Barrier PB Pipe
The PB oxygen barrier (A) pipe uses a five-layer composite co-extrusion technology of “PB/hot-melt adhesive/EVOH oxygen barrier layer/hot-melt adhesive/PB”. The main raw material is high-quality domestic mixed material, ensuring the product maintains excellent flexibility and bendability. The oxygen barrier layer is located in the middle of the pipe, which not only avoids the issue of surface wear affecting the oxygen barrier effect during the construction of the external oxygen barrier pipe, but also allows the pipe to be heat-welded directly with the pipe fittings without peeling, making the construction more convenient. • The five-layer oxygen barrier PB pipe uses high-quality imported Japanese EVOH oxygen barrier material to enhance the oxygen barrier performance and thoroughly solve the problem of oxygen permeability.
Unleash the Power of China Finance PB Pipes: Your Superhero Against Pipe Woes
It’s perfect for direct drinking water pipes, seamlessly handles hot and cold water transport, and proves essential in other water supply systems. Its versatility is further showcased in heating pipeline systems designed to defeat the snowy conditions of highways and parking lots. On top of that, it’s an expert in floor and wall-hung boiler radiant heating and HVAC pipeline systems. To top it all off, it proudly leads the charge in the realm of radiator heating systems and underfloor heating systems, marking it as a piping champion.
Tired of dealing with pipe blockages and underfloor heating gone chilly? Say hello to China Finance’s five-layer oxygen barrier PB pipes, the superhero of piping! Non-barrier pipes are notorious for hosting microbial parties, causing chaos and headaches. But fret not! Our superhero pipes come to the rescue, inhibiting microorganisms and solving oxygen infiltration issues, including pesky corrosion! With excellent heat resistance, durability, and a stable molecular structure, these pipes will stick around for over 50 years!
English 
Русский 
Español 
Français 
Português 
Tiếng Việt