Product Specifications: DN15 (D20), DN20 (D25), DN25 (D32), DN32 (D40), DN40 (D5...
Product Specifications: DN15 (D20), DN20 (D25), DN25 (D32), DN32 (D40), DN40 (D5...
1. Rapid Assembly: Socket Fusion Fittings utilize a hot-melt socket welding process. Welding is completed simply by inserting the pipe into the sleeve and heating for tens of seconds. The overall operation time is significantly shorter than the minutes or even hours required for traditional arc or gas welding. 2. Low O...
View More1. High Temperature Resistance Taking fluoroplastics (PTFE, FEP, PVDF, ETFE, PFA) as an example, their maximum operating temperature can reach 260℃, with a low temperature limit above -18℃. Conventional plastic piping (such as PPR and PVC) can be used stably for a long time below 90℃, but softening or even failure will...
View More1. Determine the Media Characteristics First, determine whether the medium being transported by the plastic pipe is water, oil, chemical solvents, or gas. Select materials based on its corrosiveness, viscosity, and temperature range. PPR is suitable for hot water, PVC for acid and alkali media, and PE-RT for low-temper...
View MoreWhat are the main application scenarios for β-PPH Pipes?
1. Photovoltaic and Semiconductor Ultrapure Water Systems – Suitable for ultrapure water transportation in photovoltaic module cleaning and semiconductor production. It can operate long-term at resistivity above 18 MΩ·cm, preventing metal ion contamination.
2. Chemical and Acid/Alkali Media Transportation – Exhibits excellent corrosion resistance in the transportation of highly corrosive media such as steel pickling, waste acid recovery, concentrated sulfuric acid, and sodium hydroxide, significantly reducing the risk of pitting corrosion.
3. Pharmaceutical and Food Pure Water Piping – Meets food-grade and pharmaceutical-grade hygiene standards. The smooth pipe walls are easy to clean, ensuring the safety and purity of the transported liquids.
4. Environmental Protection and Wastewater Treatment – Used for pipelines transporting wastewater, waste acid, and ecological restoration projects, combining chemical stability with low energy consumption.
5. High-Temperature Hot Water and Geothermal Systems – Operates within a wide temperature range of -20℃ to +110℃, meeting the transportation needs of high-temperature fluids such as hot water and geothermal energy.
How are the recyclability and environmental performance of β-PPH Pipes?
1. Recyclable Material – β-PPH belongs to the polypropylene series. Its production process is energy-efficient, and after use, it can be reprocessed through conventional plastic recycling systems, meeting green building material requirements.
2. Low Emissions During Production and Use – Utilizing the β-modification process, the pipes have low maintenance costs throughout their service life, reducing repair and replacement frequency and thus lowering the overall carbon footprint.
3. Non-toxic and Odorless, Meets Food/Pharmaceutical Safety Standards – The material meets food-grade standards, contains no harmful additives, and does not release harmful substances during use, making it suitable for industries with extremely high hygiene requirements.
4. Advantages in Ecological Restoration – In groundwater and soil pollution remediation projects, β-PPH pipes, due to their chemical inertness and durability, can safely transport remediation media for extended periods, improving remediation efficiency and preventing secondary pollution.
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