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Best PPR Pipes and Fittings For Industrial Cooling System

NA PALAPALA HUA

ʻO nā paipu PPR a me nā mea pono (Paipu Polypropylene Random Copolymers and fittings) are revolutionising modern plumbing systems with their versatility, ka lōʻihi, and high performance. Depending on the application, there are many different types of PPR pipe. The most common types are PPR Cold Water Pipes, PPR Hot Water Pipes, and PPR Composite Pipes. It is recommended to determine the appropriate specifications and models according to the specific use scenarios and needs.
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Introduction of PPR pipes and fittings

ʻO nā paipu PPR a me nā mea pono (Paipu Polypropylene Random Copolymers and fittings) are revolutionising modern plumbing systems with their versatility, ka lōʻihi, and high performance. Depending on the application, there are many different types of PPR pipe. The most common types are PPR Cold Water Pipes, PPR Hot Water Pipes, and PPR Composite Pipes. It is recommended to determine the appropriate specifications and models according to the specific use scenarios and needs.

Nā kikoʻī o PPR Paipu a me na lako

PPR Paipu a me na lako can fully meet with all requirements on GB/T18742 standards & I ISO 15874 nā kūlana:

WaiwaiMaʻamau Waiwai
Kaumaha Kūikawā,g/cm³(20℃)0.89~0.91
Ikaika U'i,MPa≥20
Modulus o Elasticity,N/mm²(20℃)800
ʻO ka hoʻoili wela,w/(m · k)(20℃)0.23~0.24
Coefficient o ka Hoonui Linear,mm/(m · k)0.14~0.16
Hoʻihoʻi lōʻihi,%(135℃,2h)≤2
Ho'āʻo hoʻoemi Hydraulic20℃,1h,ʻO ka Hoop Stress ʻo 16MPaʻAʻohe hāʻule
95℃,1000h,ʻO ka Hoop Stress ʻo 3.5MPaʻAʻohe hāʻule
110℃,8760h,ʻO ka Hoop Stress ʻo 1.90MPaʻAʻohe hāʻule
Nānā:Pono e hoʻopaʻa ʻia nā mea palaki i hoʻopaʻa ʻia i nā mea metala metala me ka pale ʻana i ka corrosion i ka wā i manaʻo ʻia e hoʻopili me ka paipu metala a me ka mea lawe wai..

High Temperature Resistance: the maximum sustained working temperature is up to 70°C, the maximum transient temperature is up to 95°C.

Heat Preservation: low thermal conductivity which is only 1/1500 of brass pipe, a 1/250 of steel pipe.

ʻAʻohe mea ʻawaʻawa: no heavy metal additives, would not be covered with dirt or contaminated by bacterium.

 Pale ʻino: resist chemical matters and electron chemical corrosion.

High Flow Capacity: smooth interior walls and low friction result in low flow resistance and high volume.

 Excellent Flexibility: can be supplied in coil.

Low Installation Costs: light weight and ease of installation can reduce installation costs

Longevity: more than 50 years under proper use © Recycled and Environment-friendly

Specifations of PPR Paipu a me na lako

PPR Paipu a me na lako which produced by our factory are made from high quality material with excellent performance and the pipes are made into GB/T18742 standards and sanitary requirements. I ka manawa like, it can also conforms to EN ISO 15874 maʻamau & DIN8077/8078 standard.

Our products are regularly provided in colors of WHITE, ʻŌMAʻOMAʻO & HINAHINA, a i ʻole e like me ke noi a nā mea kūʻai aku.

Paipu PPR Kūlana: GB/T 18742 , MAI 8077/8078, EN ISO 15874
S5/ PN10barsS4/ PN12.5barsS3.2/ PN16barsS2.5/ PN20bars
20×2.020×2.320×2.820×3.4
25×2.325×2.825×3.525×4.2
32×2.932×3.632×4.432×5.4
40×3.740×4.540×5.540×6.7
50×4.650×5.650×6.950×8.3
63×5.863×7.163×8.663×10.5
75×6.875×8.475×10.375×12.5
90×8.290×10.190×12.390×15.0
110×10.0110×12.3110×15.1110×18.3

Nā noi o PPR Paipu a me na lako

Cold and hot water supply

PP-R pipes are commonly used in both hot and cold water supply systems in homes, apartments, a me na hale kalepa. They are highly resistant to scaling and corrosion, making them an ideal choice for water distribution.

Heating system including flooring heating, wall heating and radiant system

PP-R pipes has the advantage low energy consumption,It is an excellent choice for energy-saving residential and commercial heating solutions.

Central air conditioning system

PP-R pipes are used in certain compressed air applications, especially in low- to medium-pressure systems. The smooth interior of the pipes reduces the risk of blockages, making them effective for air distribution.

Swimming Pools

PPR Pipes and Fittings are commonly used in pool water circulation and filtration systems, as they are resistant to chemicals like chlorine, which are frequently used in pool maintenance.

Hoʻopili a hoʻouna

Pili i nā huahana a me ka helu,hiki iā mākou ke hana i ka hoʻopili ʻana o ka wili,nā ʻōwili,pūʻolo pūʻolo,pahu a pahu paha,etc.

Hoʻouna:Ma ke kai,alahao,ma ka lewa a i ʻole e like me ke noi a ka mea kūʻai aku.

ʻIkepili Hui

ʻO Luoyang Datang Energy Tech Co., Ltd. ʻO ia ka mea hana Kina alakaʻi kūikawā i nā paipu plastik kiʻekiʻe a me nā mea pono. Hoʻolako ʻia me nā laina hana ʻenehana hou a kākoʻo ʻia e kahi hui o 200 ʻoihana, hāʻawi mākou i kahi laina huahana nui e pili ana ma luna 150 types of plastic pipes and fittings designed for water supply and drainage systems, lawe kinoea, a me nā ʻōnaehana hoʻomehana papahele. ʻO kā mākou huahana nui ʻO nā paipu PVC a me nā mea pono, PE (HDPE) Paipu a me na lako, PPR Paipu a me na lako, a me nā paipu wela papahele PEX. 

Inā he nīnau kāu e pili ana i kā mākou PPR Paipu a me na lako, mai hoʻokaʻulua e hoʻokaʻaʻike mai iā mākou!

Tel.:0086-183 3790 0677

Wechat: 0086-183 3790 0677

Whatsapp: 0086-183 3790 0677

leka uila: sales@pipesandfittings.net

Kūkākūkā uku

T/T,L/C ma ka ʻike,Hui Komohana & Paypal,etc.

FAQ o PPR Paipu a me na lako

Q1,How many structure of PPR pipe have?

1. Single layer structure

The single-layer structure is the basic structure of PPR pipes, which is made of one layer of polypropylene material. The structure has the advantages of simplicity, beautiful appearance and moderate price.

Fiber reinforced structure

The fiber-reinforced structure is a PPR pipe with a relatively complex structure. It consists of a multi-layer structure, in which the fiber-reinforced layer is directly connected to the inner and outer layers by heat welding. The advantages of this structure are high strength, impermeability and long service life.

Q2,How to choose PPR paipu?

1. Select materials according to usage scenarios:

Different use scenarios have different requirements for PPR pipes. ʻo kahi laʻana, the water supply field requires relatively high material and strength requirements for PPR pipes, while the drainage field requires pipes with good toughness.

2. Select according to the pipe diameter:

The diameter of the PPR pipe usually has multiple specifications such as 20mm, 25mm, 32mm, 40mm, 50mm, etc., and the appropriate diameter can be selected according to the needs.

3. Select according to the pressure and temperature used:

The choice of PPR pipe should also be selected according to the pressure and temperature to be borne. ʻo kahi laʻana, in some high-temperature scenes, high-temperature PPR pipe materials should be selected.

Q3,How many types of PPR pipes?

1. Ordinary PPR pipe

Ordinary PPR pipes refer to ordinary pipe materials that are normally used, and are usually used in water supply, hoʻokahe wai, and gas fields. The pipe is characterized by high density, ikaika kiʻekiʻe, aging resistance, pale ʻino, kū'ē hopena, safety and environmental protection.

2. PPR reinforced tube

PPR reinforced pipe is a pipe made of specially added reinforcing materials, which is more excellent than ordinary pipes in terms of strength and pressure resistance, and is widely used in industries, construction and agriculture.

3. PPR fiber reinforced pipe

PPR fiber reinforced pipe is a new type of PPR pipe, which adds fiber materials on the basis of raw materials. The biggest feature of this pipe is its high strength, while maintaining the advantages of PPR pipes, it is widely used in high-rise buildings, water supply, heating and floor heating and other fields.

Q4,What are the PPR fittings accessories?

The most common PPR fittings include:

Kuʻekuʻe lima: Used to change the direction of the pipe.

Tees: For branching off the pipe into two or more directions.

Couplings: To connect two pipes of the same diameter.

Adapters: Used to connect PPR pipes to pipes of different materials, such as metal or PVC.

Nā mea hōʻemi: To reduce the pipe size when connecting to smaller pipes.

End Caps: To close the end of a piping system.

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