ppr pipe for hot and cold water 1.25Mpa 1.6Mpa 2.0Mpa 2.5Mpa

Specifications

ppr pipe for hot and cold water 1.25Mpa 1.6Mpa 2.0Mpa 2.5Mpa
1. OEM/ODM
2. Pressure:1.25/1.6/2.0/2.5Mpa
3.Cold and hot water

ppr pipe for hot and cold water 1.25Mpa 1.6Mpa 2.0Mpa 2.5Mpa    

 

 

GENERAL INFORMATION 

 

PP-R Pipes which are made of polypropylene Random Copolymer (type 3) and resistant to chemical substances , are used in sanitary installations in hot and cold fluid transfers.

 

PP-R Pipes and Fittings are manufactured in accordance with the standards of TS EN ISO 15874 - TS 11451 - DIN 8077 - DIN 8078 have long lifetime. They are the best choice for cold-hot fluid transfer and radiator installations as they have high resistance to high temperature and pressure.

 

 

 

 

PPR Pipe(tube) Specifications

  

PPR Pipe(tube) Features:

l Material: 99.9% Korea RP2400 and brass inserts.

l Pressure Rating: 1.0Mpa,1.25MPa, 1.6MPa, 2.0MPa ,2.5MPa

l Standard: ISO 15874: 2003, GB/T 18742.1-2002

l Production temperature: -40°C----+95°C

l Certification: ISO9001, ISO14001

l Color: Green, White, Grey etc

l Size: 16-160 mm

 

PPR Pipe(tube) Applications:

Hot &cold sanitary water systems

 

Heating water systems( including flooring heating )

 

Pressurized air systems

 

Air conditioning systems

 

Industrial piping systems

 

 

PPR Pipe(tube) Advantages:

l Manufacturing: Founded in 1996,experienced The oscillation of the global financial crisis, With the most professional product research and development, training, after-sales troubleshooting guide service team, etc.

 

l High temperature resistance: the maximum sustained working temperature is up to 70 degrees, the maximum transient temperature is up to 95 degrees

 

l Heat preservation: low thermal conductivity result in preserving heat

 

l Non-toxic: no heavy metal additives, would not be covered with dirt or contaminated by bacterium

 

l Lower installation costs: light weight and ease of installation can reduce installation costs

 

l Higher flow capacity: smooth interior walls result in low pressure loss and high volume