Anglais
Allemand
Arabe
FrançaisCurrent
Indonésien
Japonais
Coréen
Le malais
Le portugais
russe
espagnol
Thaïlandais
Le turc
Le vietnamien
Instruments d'essai et de validation de salle blanche
Système de test de fuite de filtre
A modular test station for applying controlled airflow and aerosol challenge while manually or automatically scanning complete HEPA and ULPA filter elements for local leakage.
- Coordinated aerosol, airflow and full-face leak scanning.
- Adaptable fixture for varied HEPA and ULPA formats.
- Traceable local penetration and pressure-drop results.
Introduction de produit
This filter leak test system integrates a sealed filter holder, adjustable airflow circuit, upstream aerosol conditioning and downstream scan measurement into a coordinated test station. Interchangeable adapters accommodate different filter formats, while the control software records pressure drop, challenge stability and local penetration across the media and frame. Manual and automated scan configurations support production quality control, filter development and independent laboratory verification.
Key Features
Controlled test airflow maintains the selected face velocity.
Upstream aerosol generation and dilution stabilize the challenge concentration.
Coordinate-guided scanning covers media, frame and seal regions.
Differential-pressure measurement links leakage results with filter resistance.
Configurable adapters accommodate multiple filter dimensions and constructions.
Préoccupations du client produit
Production filter testing must control fixture bypass, challenge uniformity and scan coverage while preserving a clear record of the actual test airflow.
Different filter sizes can create bypass around the test fixture.Interchangeable gasketed adapters and controlled clamping seal the test element around its full perimeter.
An unstable challenge concentration can distort local penetration results.Upstream conditioning, dilution and reference sampling monitor aerosol stability throughout the scan.
Manual probe movement may leave gaps in surface coverage.Coordinate guidance or an automated traverse maintains defined scan spacing and speed.
Leak results without airflow and pressure context are difficult to compare.Synchronized airflow and differential-pressure channels store operating conditions with each test.
Les applications typiques
HEPA and ULPA production leak testingFilter development and design verificationLocal efficiency scanningIntegral separation-efficiency measurementIndependent filter laboratory quality control
Paramètres techniques
Typical modular test-station construction is summarized below; fixture size, airflow capacity and detector arrangement are selected for the target filter range.
| Matériaux de base | Powder-coated steel test frame, stainless airflow duct, sealed filter holder, aerosol-conditioning circuit and scan instrumentation |
|---|---|
| Panneau épaisseur | Typically 1.5-3.0 mm for enclosure and duct panels |
| Largeur effective | Approximately 610-1500 mm according to supported filter face size |
| Longueur maximale | Approximately 1800-4500 mm for the assembled airflow and scan modules |
| Acier face épaisseur | Typically 1.2-2.0 mm steel or stainless-steel facing |
| Densité Core | Approximately 7850-8000 kg/m³ for structural steel and stainless duct components |
| Conductivité thermique | Approximately 14-50 W/(m·K) according to stainless or carbon-steel component selection |
| surface finie | Light-gray powder coating with brushed stainless test surfaces and dark safety guards |
| Type joint | Gasketed modular duct flanges, quick-change filter adapters and sealed sampling connections |
| Customisation | Disponible en fonction de l'application prévue et de l'environnement d'exploitation. |
Options disponibles
Manual or automatic XY scanningPhotometer or particle-counter detectionMultiple aerosol generator typesCustom filter-holder adaptersBarcode and report integrationExpanded airflow range
Planning a Filter Leak Test System specification?
Envoyez-nous vos dimensions, conditions d'installation, objectifs de performance et finition de surface requise.
