Píopaí PPN 0.6 MPa
Sonraíochtaí Táirge: DN65 (D75), DN80 (D90), DN100 (D110), DN100 (D125), DN15...
Sonraíochtaí Táirge: DN65 (D75), DN80 (D90), DN100 (D110), DN100 (D125), DN15...
Ní theipeann riamh ar phíblíne plaisteach táthaithe ag an táthú; theipeann air áit a raibh rud éigin snáithithe isteach ann. Athraítear an patrún sin trasna gléasraí ceimiceacha, sciorrthaí cóireála uisce agus binsí fliucha leathsheoltóra: ritheann an líne β-PPH nó PVDF go ciúin ar feadh na mblianta, ansin tosaío...
Féach TuilleadhRinne innealtóir líne plating cur síos ar an bhfadhb go néata: ritheann an príomh-cheannteideal dáileadh ar feadh an bhalla, agus is gá ceithre thiteann spraeála a bheathú ón láthair céanna, dhá cheann ar chlé agus dhá cheann ar dheis, ag an ingearchló comhionann. Is féidir leat an nód sin a thógáil ó dhá theas a...
Féach TuilleadhFéadfaidh cúpláil snáithe píobáin baineann 3/4-orlach breathnú cosúil le gnáth-snáithe píopa, ach níl sé. Nuair a d'inis an t-innealtóir cothabhála ag stáisiún dáileog ceimiceach dúinn gur lean a líne PPH ag gol ag an nasc píobáin, fuarthas an chúis go tapa: bhí sclóine FHT snáithithe ag duine éigin ar nippl...
Féach TuilleadhWhat are the main materials of PPN pipes?
1. Modified Polypropylene (PP): PPN pipes use polypropylene (PP) as the matrix, which is β-modified or copolymerized to give it higher temperature resistance, chemical corrosion resistance, and aging resistance.
2. High Transparency and Low Water Absorption: PPN material has an extremely low water absorption rate (≈0.01%), and hardly expands in aquatic environments, making it suitable for industries highly sensitive to moisture, such as cleanrooms, pharmaceuticals, and semiconductors.
3. Excellent Mechanical Strength: The modified PPN pipe wall is dense, significantly improving impact strength and pressure resistance, and can operate stably in a wide temperature range of -10℃ to +100℃.
What are the differences between PPN pipes and ordinary PP pipes (PPH)?
1. Compositional Differences: PPN pipes use polypropylene raw materials directly, while PPH pipes are β-modified from ordinary PP to form a more uniform and delicate β-crystalline structure.
2. Performance Comparison:
Chemical Resistance: PPN performs better in strong acid and alkali environments, exhibiting stronger corrosion resistance; while PPH also possesses good chemical resistance, it is slightly inferior.
High Temperature Resistance: PPN can be used continuously at temperatures above 100℃, suitable for high-temperature process pipelines; the maximum operating temperature of PPH is generally around 90℃.
Abrasion and Aging Resistance: PPN pipes exhibit superior abrasion resistance and anti-aging properties, resulting in a longer service life, making them particularly suitable for harsh conditions such as chemical and pharmaceutical industries.
3. Application Scenarios: PPN is more inclined towards high-end photovoltaic, semiconductor, chemical, and pharmaceutical fields where extremely high material purity and temperature resistance are required; PPH is commonly used in general industrial pipelines, water supply and drainage, and medium- and low-pressure transmission systems.