SINTERED PE FILTER SHEET 500X500X30 35MICRON

DALON’s 35µm porous filter sheet, crafted from high-thickness sintered polyethylene (PE), offers exceptional structural strength and deep filtration capability for demanding industrial environments. With dimensions of 500 mm × 500 mm × 30 mm, this robust sheet is designed for use in air, gas, and fluid filtration systems that require durability, high dirt-holding capacity, and the ability to be machined into custom components.

The uniform 35-micron nominal pore size ensures consistent filtration performance throughout the entire volume of the material. Its sintered structure forms a rigid and porous medium that supports smooth flow while effectively removing particulates such as dust, process residues, and fine debris.

Engineers and OEMs benefit from the sheet’s ability to be CNC-milled, drilled, or cut into complex shapes like blocks, plugs, or filter panels. This makes it ideal for integration into equipment like fluid dosing systems, ventilation panels, or chemical filtration housings. Sintered PE is also known for its chemical resistance, UV stability, and moisture tolerance, allowing this product to perform reliably in outdoor, humid, or chemically aggressive conditions.

Key Features

• Filtration Rating: 35 microns (nominal)

• Sheet Dimensions: 500 mm × 500 mm × 30 mm

• Material: Sintered polyethylene (PE)

• Rigid and high-thickness construction for mechanical stability

• Supports air, gas, and fluid filtration

• Moisture-, UV-, and chemical-resistant properties

• Easy to machine or cut to size for custom designs

• Long service life and reusable with proper cleaning

Applications

• Custom machined filter blocks, inserts, or cartridges

• Structural filter layers in high-volume process systems

• Gas or liquid filter panels in automation and production lines

• Airflow regulation panels in dust-laden industrial environments

• Protective filtration in lab, medical, or chemical dosing equipment

• Pressure-equalizing vents in enclosures or outdoor sensor stations

Why Choose DALON

DALON delivers precision sintered plastic filter solutions under ISO 9001:2015-certified processes, ensuring repeatable quality, uniform pore structure, and material reliability across all production runs. Our high-thickness 30 mm porous PE sheets offer unmatched flexibility for OEMs seeking robust filter media that can be custom-machined to exact tolerances.

We support customization in pore size (5–100 µm), sheet thickness (1–50 mm), surface treatment (hydrophilic or hydrophobic), and custom cut sizes or patterns. Whether for prototyping or volume manufacturing, DALON helps you develop filter components tailored to your exact technical specifications.

We also offer:

• Lead time of 30 days for in-stock mold formats

• 35–40 days delivery for fully customized products including mold creation

• Low MOQ and flexible production scheduling—contact DALON for tailored solutions

FAQ – Frequently Asked Questions

Q1: What does a 35µm porous filter sheet block?
It effectively removes medium-sized particles such as dust, debris, and residue from both gas and fluid systems.

Q2: Can I machine or customize this filter sheet?
Yes. The 30 mm thick sheet can be CNC-machined, lathed, or cut into discs, filter blocks, cartridges, or precision inserts.

Q3: Is this sheet reusable?
Yes. It can be cleaned using compressed air, water rinsing, or mild solvents depending on the application environment.

Q4: Can it filter both gases and liquids?
Absolutely. The sheet supports air, gas, and non-aggressive liquid filtration, ideal for low-pressure or static applications.

Q5: Is it suitable for outdoor or industrial environments?
Yes. Sintered PE is UV-stable, chemically inert, and water-resistant—ideal for harsh or outdoor installations.

Q6: What’s the lead time for custom filter sheets?
DALON typically delivers custom-designed sheets within 35–40 days, including mold development. For standard dimensions, we ship in around 30 days.

Q7: What industries use this filter type?
Common across industrial automation, chemical processing, air treatment systems, water filtration, lab sampling devices, and smart sensing platforms.