Kaxite Sealing presents the PTFE Micro Porous Filtration Tube, a premium solution for efficient and precise fluid filtration. Utilizing advanced PTFE technology, it offers superior chemical resistance, high flow rates, and exceptional particle retention, ideal for industrial, laboratory, and medical applications. Experience unmatched durability and reliability, ensuring cleaner processes and enhanced user confidence. Choose Kaxite Sealing for innovative filtration that sets the standard in performance and quality.
PTFE micro porous filtration tube is a high-performance filtration component made from 100% virgin PTFE fine powder. Through a proprietary elasticity process, we produce a homogeneous micro-porous structure that delivers consistent pore size distribution and reliable filtration performance. This tube is chemically inert, resistant to nearly all industrial chemicals, and operates effectively across a temperature range of -80 °C to +250 °C. It is suitable for filtering both liquids and gases, including aggressive chemical media where metal or polymer filters would fail.
In our manufacturing and field testing, PTFE micro porous filtration tubes have been installed in chemical water treatment lines, pharmaceutical solvent filtration systems, and corrosive liquid transfer processes. A typical installation in a chemical plant's acidic wastewater line operated continuously for 12 months without measurable degradation in filtration efficiency, maintaining a flow rate above 95% of the initial value.
Features
Manufactured from 100% virgin PTFE fine powder with no additives or fillers
Homogeneous micro-porous structure created by a controlled elasticity process
Chemically inert and anti-corrosive against acids, bases, and organic solvents
Withstands extreme temperatures from -80 °C to +250 °C without structural failure
Effective filtration of both aqueous and gaseous media
Pore size range 0.2–100 μm with 60–80% porosity for high flux
Tensile strength of 10 MPa provides mechanical durability under pressure
Non-stick, low-friction surface resists fouling and simplifies cleaning
Applications
Chemical water filtration in acidic, alkaline, and solvent-based processes
Chemical gas filtration for corrosive vapors and reactive gas streams
Pharmaceutical industry filtration where purity and chemical resistance are critical
Corrosive liquid filtration in electroplating, PCB manufacturing, and metal finishing
Wastewater treatment in mining, semiconductor, and municipal applications
In a PCB manufacturing facility, our PTFE filtration tubes were deployed to handle strong acid wastewater. Compared to the previous filtration method, the PTFE tube reduced filter replacement frequency by approximately 40% over a 6-month evaluation period, significantly lowering maintenance downtime.
Technical Specifications
ITEM
UNIT
RESULT
PORE SIZE
μm
0.2–100
TENSILE STRENGTH
MPa
10
POROSITY
%
60–80
TEMPERATURE
°C
-80–+250
Frequently Asked Questions
What is the maximum operating temperature of a PTFE micro porous filtration tube?
The tube operates continuously at temperatures from -80 °C to +250 °C. At 250 °C, tensile strength remains at 10 MPa with no embrittlement, making it suitable for high-temperature gas filtration and hot chemical liquid processing.
What pore sizes are available and how do I choose?
Available pore sizes range from 0.2 μm to 100 μm. For pharmaceutical and fine chemical filtration, 0.2–1 μm is typical. For general chemical water and gas filtration, 5–20 μm provides a balance of flux and capture efficiency. For pre-filtration or high-solid-load applications, 50–100 μm is recommended.
Is PTFE filtration tube compatible with strong acids and solvents?
Yes. PTFE is chemically inert against virtually all industrial chemicals, including concentrated sulfuric acid, nitric acid, hydrochloric acid, sodium hydroxide, and common organic solvents such as acetone, toluene, and dichloromethane. No measurable swelling or weight change occurs after prolonged exposure.
How does PTFE filtration tube compare to ceramic or stainless steel filters?
Unlike ceramic filters, PTFE tubes resist hydrofluoric acid and strong alkalis. Unlike stainless steel, PTFE does not corrode in chloride environments and is significantly lighter. PTFE also offers a non-stick surface that reduces fouling and extends service intervals, particularly in wastewater and slurry applications.
Why Choose Our PTFE Filtration Tubes
Our PTFE micro porous filtration tubes are produced in a controlled manufacturing environment with full traceability of raw materials. Each production batch undergoes pore size verification, tensile strength testing, and chemical resistance validation. With over 15 years of experience in PTFE processing and filtration component manufacturing, we provide technical support for pore size selection, system integration, and application-specific customization.
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