SINTERED PE FILTER TUBE 28.9X36.2X42 5MICRON

DALON's sintered pe filter tube 28.9x36.2x42 5micron is engineered from polyethylene (pe) through advanced sintering technology. Designed for reliable filtration in industrial, pharmaceutical, and fluid control systems, this filter element delivers uniform porosity, chemical resistance, and mechanical durability.

This tube filter provides consistent flow characteristics and efficient particulate capture, making it ideal for protecting sensitive equipment, process lines, and analytical instruments. The 5-micron filtration capability is optimized for removing fine contaminants while maintaining stable pressure drop.

The sintered polyethylene structure is formed through controlled thermal fusion of polymer particles, ensuring robust pore integrity and consistent performance. This results in excellent chemical compatibility, low extractables, and reliable service life in demanding applications.

Key Features

Filtration Accuracy: 5 microns (nominal)

Size: 28.9 × 36.2 × 42 mm

Material: Polyethylene (PE)

Structure: Sintered porous tube

Chemical Resistance: Excellent resistance to acids, alkalis, and solvents

Temperature Range: -40°C to +80°C continuous operation (up to 110°C for short periods)

Food-Grade Material: Made from materials suitable for food contact applications

Low Extractables: Minimal leaching for pure fluid systems

Pore Uniformity: Consistent performance and flow control

Applications

Chemical process filtration – removing particulates from reagents and solvents

Pharmaceutical filtration – sterile filtration of APIs and intermediates

Laboratory fluid systems – protecting analytical instruments and pumps

Water treatment – pre-filtration in purification systems

Food and beverage processing – liquid clarification and particle removal

Industrial coolant filtration – protecting machinery from contaminants

Pneumatic systems – air filtration and silencer applications

Why Choose DALON

DALON specializes in precision-engineered sintered polymer filtration solutions for industrial, pharmaceutical, and fluid control applications. Our polyethylene filters are manufactured with strict quality control, offering consistency in pore structure, dimensional accuracy, and filtration performance.

We support:

Custom dimensions – tailored to your specific requirements

Pore sizes ranging from 0.5 to 100 microns – precise filtration grades

Special geometries – discs, sheets, cartridges, caps, and custom shapes

OEM project collaboration – integrated filtration solutions

Lead times:

Standard items: 25 days

Custom designs (first order with new mold): 40-45 days

Repeat orders: within 35 days

Our sintered polyethylene filters are trusted globally by pharmaceutical, chemical processing, laboratory equipment, and water treatment industries.

FAQ – Frequently Asked Questions

Q1: What does a 5-micron sintered polyethylene filter remove?

It captures fine particulate matter such as sediment, precipitates, and suspended solids from liquids and gases while allowing fluid to pass through with minimal resistance.

Q2: Is this filter suitable for chemical applications?

Yes. Polyethylene offers excellent chemical resistance to a wide range of acids, bases, and organic solvents, making it ideal for chemical processing.

Q3: Can the filter be sterilized?

Yes. The filter can be sterilized using gamma radiation, ethylene oxide (EtO), or autoclaving (with temperature limitations).

Q4: What is the maximum operating pressure?

Typically 3-5 bar depending on wall thickness and temperature. Consult DALON for specific pressure ratings.

Q5: Is this filter suitable for food and pharmaceutical applications?

Yes. The filter is made from food-grade materials suitable for food contact applications. For specific regulatory requirements, please consult DALON for current certification status.

Q6: Can this filter be customized in different sizes or pore grades?

Yes. DALON offers full customization—dimensions, pore size (0.5 to 100 microns), and various geometries. For tailored solutions, contact DALON directly.