Plastic pipes are pipes with diverse functions, rich classifications and uses. The appropriate material pipeline can be selected according to different uses and scenarios.
Product Specifications: DN15 (D20), DN20 (D25), DN25 (D32), DN32 (D40), DN40 (D5...
Product Specifications: DN15 (D20), DN20 (D25), DN25 (D32), DN32 (D40), DN40 (D5...
Product Specifications: DN65 (D75), DN80 (D90), DN100 (D110), DN100 (D125), DN15...
Product Specifications: DN15 (D20), DN20 (D25), DN25 (D32), DN32 (D40), DN40 (D5...
Product Specifications: DN65 (D75), DN80 (D90), DN100 (D110), DN100 (D125), DN15...
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 MoreWhich industries can the Plastic Pipe Series provide reliable solutions for?
1. Photovoltaics and Semiconductors: Highly corrosion-resistant and high-temperature-resistant plastic pipes maintain long-term stability in cooling systems for photovoltaic modules and clean water transportation in semiconductor production.
2. Chemical and Metallurgical Industries: Pipes made with special acid and alkali-resistant materials can withstand strong acids, strong alkalis, and high-pressure media, ensuring production safety.
3. Environmental Protection and Biochemistry: Non-toxic and aging-resistant plastic pipes are suitable for wastewater treatment, sewage recycling, and fluid transportation in biochemical reaction tanks.
4. Aquarium/Marine and Pharmaceutical Industries: Transparent and hygienic pipes meet the cleanliness requirements of aquarium circulation systems and pharmaceutical production.
How to select the appropriate plastic pipe material based on the application scenario?
1. Temperature Resistance Requirements: If the operating temperature exceeds 80℃, PP-R three-layer co-extruded composite pipes or PE-RT are recommended, as they possess excellent heat resistance.
2. Corrosion Resistance Requirements: In acidic, alkaline, or strongly oxidizing environments, PVC-U and PVDF pipes perform excellently, effectively preventing media corrosion.
3. High-pressure transmission: Systems with strict pressure requirements (such as chemical and metallurgical industries) should use HDPE or PE-X high-pressure pipes with good compressive strength.
4. Hygiene and safety: The food, pharmaceutical, or aquarium industries must use non-toxic, low-permeability PE-I or PP-R pipes to ensure fluid purity.
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