璞熙新材料
新闻动态
您现在的位置是:
   
PF245 脱气管 对标AF2400管
来源: | 作者:佚名 | 发布时间: 20天前 | 18 次浏览 | 🔊 点击朗读正文 ❚❚ ▶ | 分享到:

                                                                                                     PF245 脱气管|对标Teflon AF2400 管

   高透光、高透气、耐腐蚀|色谱脱气/光学传感/微反应器专用。

突破性国产替代,性能比肩进口!

          PF245 全氟聚合物管,专为替代美国科慕(杜邦)Teflon AF2400 管设计,全面覆盖其核心性能指标,PF245管原材料使用的是我司开发生产的PF245 非定型全氟树脂(可替代teflonAF2400),从原材料到生产加工全部国产化,价格相比进口产品具有巨大优势,供货周期缩短60%以上,是科研、工业领域的高性价比之选!

PF245 核心优势


         1. 光学性能对标AF2400


- 折射率低于水:可替代AF2400 的国产材料,实现液芯波导(LCW)全内反射,显著提升光谱检测灵敏度(如拉曼、紫外-可见光谱)。



- 高透光率(>95%):支持深紫外至近红外波段应用,适配光学传感器、微流控芯片。


         2. 超高气体渗透性


- 氧气、氢气、二氧化碳渗透率领先:媲美AF2400,适用于真空脱气机、气液微反应器、变压器油溶解气体监测。



- 液气分离神器:通过“管中管”设计实现气体均匀溶解,提升化学反应效率(如加氢、氧化反应)。


        3. 极致耐化学腐蚀


- 耐受强酸、强碱及有机溶剂。


        4. 定制化服务


- 内径范围:76 微米起(对标AF2400 最小规格),支持按需切割。



- 壁厚灵活:从25 微米起,满足不同场景的机械强度需求。


- 形式多样:提供粉末、溶液、薄膜、管材全系产品,满足科研与工业化需求。

典型应用场景


| 色谱分析| 高效液相色谱(HPLC)脱气装置、离子色谱仪脱气膜|


| 光学传感| 液芯波导(LCW)拉曼检测池、荧光光谱增强、紫外吸收光谱分析|| 微反应器| 气液连续流动反应(氢化、氧化)、光催化反应器|


| 环境监测| 海洋/湖泊溶解气体(O₂、N₂)原位监测,变压器油溶解气体在线分析|| 半导体与电子|157nm 深紫外光刻抗蚀剂涂层、高频电子器件绝缘材料|


| 生物医疗| 体外诊断设备流路、药物输送系统微流控芯片|


PF245 Degassing Tube | Comparable to Teflon AF2400 Tube
High light transmittance, high gas permeability and corrosion resistance | Specially used for chromatographic degassing, optical sensing and microreactors.
Groundbreaking domestic alternative with performance comparable to imported products!
PF245 perfluoropolymer tube is specially designed to replace Chemours (DuPont) Teflon AF2400 tube from the United States, fully meeting its core performance indicators. The raw material of PF245 tube is PF245 amorphous perfluororesin developed and produced by our company (a substitute for teflon AF2400). The whole process from raw materials to production and processing is domestically manufactured. It has a huge price advantage over imported products, with the delivery cycle shortened by more than 60%, making it a cost-effective choice for scientific research and industrial fields!
Core Advantages of PF245
  1. Optical Performance Comparable to AF2400

  • Refractive index lower than water: A domestic alternative material to AF2400 that enables total internal reflection of liquid-core waveguides (LCW), significantly improving the sensitivity of spectral detection (such as Raman and UV-Vis spectra).

  • High light transmittance (>95%): Supports applications from deep ultraviolet to near-infrared bands, compatible with optical sensors and microfluidic chips.

  1. Ultra-high Gas Permeability

  • Leading permeability of oxygen, hydrogen and carbon dioxide: Comparable to AF2400, suitable for vacuum degassers, gas-liquid microreactors, and dissolved gas monitoring of transformer oil.

  • Excellent liquid-gas separation: The "tube-in-tube" design achieves uniform gas dissolution and improves chemical reaction efficiency (e.g., hydrogenation and oxidation reactions).

  1. Exceptional Chemical Corrosion Resistance

  • Resistant to strong acids, strong alkalis and organic solvents.

  1. Customized Services

  • Inner diameter: Starting from 76 microns (matching the minimum specification of AF2400), cutting available on demand.

  • Flexible wall thickness: Starting from 25 microns to meet mechanical strength requirements of different scenarios.

  • Diverse product forms: Full range of products including powder, solution, film and tubing to satisfy scientific research and industrialization needs.

Typical Application Scenarios
Chromatographic AnalysisDegassing devices for High Performance Liquid Chromatography (HPLC), degassing membranes for ion chromatographs
Optical SensingLiquid-core waveguide (LCW) Raman detection cells, fluorescence spectrum enhancement, UV absorption spectrum analysis
MicroreactorsContinuous gas-liquid flow reactions (hydrogenation, oxidation), photocatalytic reactors
Environmental MonitoringIn-situ monitoring of dissolved gases (O₂, N₂) in oceans/lakes, online analysis of dissolved gases in transformer oil
Semiconductors and Electronics157nm deep ultraviolet photoresist coatings, insulating materials for high-frequency electronic devices
BiomedicineFlow paths of in vitro diagnostic equipment, microfluidic chips for drug delivery systems