Heavy-duty flat panel screens for precise industrial separation
Engineered stainless steel screen panels built with tensioned wire cloth and rigid border profiles. Designed for vibration resistance, uniform slurry distribution, and consistent micron-level separation across aggressive process lines.
Mesh Ratings
2 µm to 2,000 µm
Frame Alloys
304 / 316L / Hastelloy
Standard Sizes
Up to 1,500 × 3,000 mm
Configurations
Single & Multi-layer
Performance highlights
Custom edge finishesHigh dimensional stability
Rigid welded or bonded frames prevent deflection under high-pressure differential loads.
Accurate aperture control
Precision woven 304, 316L, and alloy mesh provides repeatable particle retention.
Easy washback and maintenance
Smooth planar surfaces reduce cake blinding and speed up chemical CIP cycles.
Flat panel screen technical specifications
Review precise geometric boundaries, wire tolerances, alloy matrix selections, and verified mechanical properties for industrial wire mesh flat panel assemblies.
Engineering matrix & parameter charts
Detailed metrics by aperture rating, metallurgy, and screening class.
| Filtration Grade | Nominal Mesh Count | Aperture Range | Wire Diameter (warp/weft) | Open Area (%) | Pressure Limit | Filtration Efficiency |
|---|---|---|---|---|---|---|
| Ultra-Fine Micron | 200 x 1400 | 10 – 25 µm | 0.070 / 0.040 mm | 28.5% | High (Delta P > 4.5 bar) | 98.2% @ nominal |
| Fine Filtration | 100 x 100 | 140 – 165 µm | 0.100 mm | 36.2% | Medium (Delta P ~ 3.0 bar) | 99.1% @ nominal |
| Medium Process | 60 x 60 | 250 – 280 µm | 0.160 mm | 42.5% | Standard (Delta P ~ 2.0 bar) | 99.6% @ nominal |
| Coarse Screening | 20 x 20 | 850 – 920 µm | 0.450 mm | 51.8% | Heavy Load (< 1.5 bar) | 99.9% @ nominal |
| Heavy Industrial Sizing | 10 x 10 | 1,800 – 2,000 µm | 0.710 mm | 56.4% | Impact Resistant | 99.9% @ nominal |
Screen type technology comparison
Evaluate structural suitability between flat panels, cylindrical elements, and wedge wire screens.
| Engineering Metric | Flat Panel Screens | Cylindrical Filter Elements | Wedge Wire Panels |
|---|---|---|---|
| Primary Construction | Pre-tensioned woven wire mesh with welded perimeter frame | Pleated or seamless rolled woven mesh with core support tube | Resistance-welded continuous profile V-wire on support rods |
| Filtration Retention | 5 µm to 2,500 µm precise absolute sizing | 2 µm to 500 µm deep particle capture | 50 µm to 6,000 µm continuous slot sizing |
| Cleaning & Backwash | Flat planar ultrasonic wash, scraper blade, or reverse air pulse | Backflush spray manifold or fluid backwash cycle | Surface scraper blade and high-pressure jet array |
| Pressure Resistance | Uniform cross-span support up to 6.5 bar with backing mesh | High collapse pressure up to 25 bar with solid core | Extreme differential load tolerance up to 40 bar |
| Typical Application | Vibratory separators, polymer screen changers, water intake panels | Hydraulic circuits, fuel filtration, inline basket strainers | Dewatering screens, sugar mills, starch processing, rotary drums |
Installation & mounting procedures
Follow systematic torque and clamping sequences to maximize screen life and prevent bypass leakage.
Verify frame seating and gasket alignment
Inspect the housing perimeter for particulate debris. Fit high-durometer EPDM, PTFE, or Viton gaskets uniformly along the perimeter recess without stretching.
Apply uniform diagonal tensioning
When securing mechanical clamps or edge hold-down bars, tighten fasteners in an alternating cross pattern to prevent screen bowing or localized stress concentrations.
Measure pre-operational deflection
Verify that center-panel deflection remains within 0.15% of span width under static test load prior to introducing process feed or fluid flow.
Differential pressure calibration
Set initial clean Delta P baselines and configure automated purge/backwash triggers at 1.8x clean differential pressure to prevent wire yield deformation.
Operating limits & compliance notes
Verified operational thresholds and quality assurance compliance documentation.
Submit your technical requirements.
Provide your target mesh count, material grade, and cut dimensions for direct review by our filtration engineers. We analyze pressure drop suitability and deliver comprehensive technical quotations.
1 business day response
Direct evaluation and quote from filtration mesh specialists.
Material test reports
EN 10204 3.1 certs and optical aperture verification on request.
Custom fabrication
Cut-to-size rolls, stamped discs, precision slits, and pleated packs.
Mesh specifications & operational inquiry
Fabricate custom flat panel screens to your exact engineering specs
Send your CAD drawings, mesh counts, or aperture dimensions. Our technical team inspects wire diameters to tight tolerances and provides comprehensive pricing within 24 hours.