Introduction du polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe

Tuyau en polyéthylène haute densité (Tuyau PE) est une solution de tuyauterie thermoplastique durable et flexible largement utilisée dans l'industrie, municipal, agricole, et applications minières. Connu pour son excellente résistance chimique, haute résistance aux chocs, et longue durée de vie, Les tuyaux en PE sont idéaux pour le transport de l'eau, gaz, et d'autres fluides dans des conditions de pression variables.

Principales caractéristiques du polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe

Corrosion & Résistance chimique

Résistant à la rouille, échelle, et la plupart des produits chimiques, ce qui le rend adapté aux environnements agressifs.

Léger & Flexible

Facile à transporter et à installer grâce à son faible poids; la flexibilité permet une flexion sans joints dans certaines applications.

Résistance élevée aux chocs

Résiste aux conditions climatiques extrêmes et au stress physique, réduire les risques de casse.

Joints sans fuite

Les joints thermofusionnés créent des connexions transparentes, minimiser les risques de fuite.

Longue durée de vie

Résistant aux UV et à l'abrasion, avec une durée de vie dépassant 50 ans dans de bonnes conditions.

Surface intérieure lisse

Réduit la perte de friction, améliorer l’efficacité des flux et réduire les coûts énergétiques.

Respectueux de l'environnement

Non toxique, recyclable, et conforme aux normes de sécurité de l’eau potable.

Rentable

Coûts d’installation et de maintenance réduits par rapport aux matériaux traditionnels (par ex., métal, béton).

(Polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe)

Spécifications du polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe

Polyéthylène haute densité (PEHD) pipe is a top selection for water systems. It is difficult and flexible. HDPE resists corrosion and chemicals found in soil. This makes it best for hidden water lines. It deals with moving ground well. Leakages are rare with correct installation. HDPE pipelines last a very long time, commonly over 50 années.

The pipe’s toughness connects to its SDR number. SDR suggests Common Dimension Proportion. It’s the pipeline’s outdoors diameter divided by its wall thickness. A reduced SDR number means a thicker wall. A thicker wall surface deals with greater stress. Usual SDR ratings for supply of water are SDR9, DTS11, DTS13.6, DTS17, et DTS21.

SDR9 pipeline has the thickest wall surfaces amongst these. It manages the highest possible stress. SDR9 is good for major lines requiring optimal toughness. SDR11 pipeline additionally deals with high pressure well. It’s a common choice for demanding water projects. SDR13.6 pipeline provides a balance. It supplies excellent pressure capability and utilizes less product. It functions well for lots of municipal water lines.

SDR17 pipe has thinner wall surfaces. It handles reduced stress scores. SDR17 is often used for circulation lines within neighborhoods. SDR21 pipeline has the thinnest walls below. It deals with the most affordable stress. SDR21 appropriates for low-pressure solution links or watering. Always check the pressure score for the specific pipeline size and material quality. Temperature affects the stress ranking as well.

Employees join HDPE pipeline sections using warm blend. This thaws the pipeline ends together. Warmth blend produces a solid, watertight, liaison permanente. The joint is as solid as the pipe itself. HDPE pipe comes in long coils or straight lengths. Long coils mean fewer joints for trenchless installments. Criterion diameters range from tiny service lines (like 20mm) up to huge keys (over 200mm). HDPE pipeline fulfills rigorous safety and security criteria like NSF/ANSI 61 for potable water.

(Polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe)

Applications du polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe

High Thickness Polyethylene (PEHD) pipelines come in different SDR ratings. SDR indicates Common Dimension Ratio. It informs you the pipe’s wall thickness relative to its outside size. Un nombre SDR inférieur signifie un mur plus épais. A higher SDR number implies a thinner wall surface. Wall thickness straight affects the pipe’s stress ranking and where you use it for water.

HDPE pipelines with SDR9 have extremely thick walls. They take care of the highest possible pressures. Use SDR9 pipelines for primary water transmission lines. They work well under deep ground or high operating pressure. They are tough.

SDR11 pipelines likewise have thick walls. They manage high stress also. SDR11 is common for major circulation mains in city water networks. They supply solid, reputable solution. They resist damage well.

SDR13.6 pipelines offer a good balance. They deal with moderate stress well. They are frequently used for smaller sized distribution lines feeding areas. They are affordable for these medium-pressure jobs. Le versement est simple.

Les tuyaux SDR17 ont des parois plus fines. They are for lower stress systems. Consider smaller branch lines or solution links to buildings. They are lighter and simpler to take care of than thicker pipes. They conserve cash where high stress isn’t needed.

SDR21 pipes have the thinnest wall surfaces among these. They are for really reduced stress applications. Examples include farming irrigation laterals or specific non-potable water uses. They are one of the most economical selection for low-pressure requirements. They still provide HDPE’s core advantages.

All these SDR pipes share HDPE advantages. They won’t corrosion or corrode. Les produits chimiques présents dans le sol ou dans l’eau ne leur font pas de mal. They last a very long time, often over half a century. They are much lighter than metal or concrete pipes. This makes them much easier and more affordable to deliver and install. Their smooth inside surface keeps water streaming efficiently. This decreases pumping costs. They are flexible. They can flex somewhat around obstacles. This can imply less fittings needed. They additionally manage ground activity better than inflexible pipelines. Joints are integrated together with heat. This produces an irreversible, leak-free seal stronger than the pipeline itself. This leak-free efficiency conserves water.

Emballage et expédition

Cela dépend des produits et de la quantité,nous pourrions faire l'emballage du bobinage,rouleaux,emballage en paquet,caisses ou boîtes,etc..

Expédition:Par la mer,chemin de fer,par avion ou comme demande du client.

Profil de l'entreprise

Luoyang Datang Energy Tech Co., Ltée. est un fabricant chinois leader spécialisé dans les tuyaux et raccords en plastique de haute qualité. Equipé de lignes de production automatisées de pointe et soutenu par une équipe de 200 professionnels, nous proposons une vaste gamme de produits comprenant plus de 150 types de tuyaux et raccords en plastique conçus pour les systèmes d'approvisionnement en eau et de drainage, transport de gaz, et systèmes de chauffage au sol. Nos principaux produits comprennent des tuyaux et raccords en PVC, PE (PEHD) Tuyaux et raccords, Tuyaux et raccords PPR, et tuyaux de chauffage au sol PEX.

Si vous avez des questions concernant les raccords de tuyaux en PEHD, n'hésitez pas à nous contacter!

Tél.:0086-183 3790 0677

Wechat: 0086-183 3790 0677

WhatsApp: 0086-183 3790 0677

E-mail: sales@pipesandfittings.net

Conditions de paiement

T/T,L/C à vue,Western union & Paypal,etc..

5 FAQ sur le polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe

Polyéthylène haute densité (PEHD) Pipe for Water Supply: DTS9, DTS11, DTS13.6, DTS17, SDR21 FAQs

What does SDR mean on HDPE pipe?
SDR signifie Rapport de dimension standard. It shows the pipe thickness relative to its outside diameter. Un nombre SDR inférieur signifie une paroi de tuyau plus épaisse. Higher SDR numbers mean thinner walls. Common SDRs for water supply are SDR9, DTS11, DTS13.6, DTS17, et DTS21.

How does SDR affect water pressure?
The SDR rating directly controls pressure capacity. Lower SDR pipes handle higher water pressure. SDR9 pipe withstands the highest pressure. SDR11 pipe handles high pressure too. SDR13.6 and SDR17 pipes manage medium pressure. SDR21 pipe is for lower pressure applications. Always check the pressure rating for your specific SDR and pipe size.

Are all pipe sizes available in every SDR?
Non, pipe sizes are not all available in every SDR. Common sizes range from small diameters like 1/2 inch up to very large diameters like 65 pouces ou plus. But manufacturers produce specific SDRs for specific size ranges. Check supplier catalogs for exact sizes available in SDR9, DTS11, DTS13.6, DTS17, et DTS21.

Why use HDPE pipe for water?
HDPE pipe offers major benefits for water supply. It resists corrosion completely, unlike metal pipes. It doesn’t rust or corrode from water or soil chemicals. HDPE is very tough and flexible. Il gère bien les mouvements du sol. It has a long service life, often over 50 années. HDPE joints are heat-fused, creating permanent, leak-free seals stronger than the pipe itself. It also resists tuberculation and biological growth inside.

How is HDPE pipe installed underground?
Install HDPE pipe in a prepared trench. The trench bottom must be smooth and free of sharp rocks. Use proper bedding material like sand if needed. Lay the pipe carefully. Connect pipe sections using butt fusion or electrofusion techniques. Cela fait fondre les extrémités du tuyau ensemble, forming a solid, monolithic joint. Remblayer soigneusement la tranchée, compacting the soil in layers. Avoid dropping rocks directly on the pipe. HDPE can also be installed above ground using supports, but protect it from long-term UV exposure.

(Polyéthylène haute densité Sdr9 Sdr11 Sdr 13.6 Alimentation en eau par tuyau Sdr17 Sdr21Hdpe)