Pemasok One-Stop Anda untuk Peralatan Cleanroom dan Fasilitas Aseptik EsensialDukungan proyek internasional
ST STSTjh CleanroomOpen mobile navigationClose mobile navigation
Beranda / Produk / Filter udara dan filtrasi kimia / Separator HEPA Filter
Filter udara dan filtrasi kimia

Pemisah Filter HEPA

A traditional full-depth HEPA cell that uses corrugated aluminum separators to hold broad microglass pleats open under demanding airflow.
  • Corrugated Aluminum Separators
  • Deep-Pleat Media Pack
  • Rigid Full-Depth Cell
  • Kapasitas debu yang tinggi
Permintaan untuk kutipan Browse Produk

Perkenalan produk

The separator HEPA filter forms water-resistant microglass media into deep pleats and places corrugated aluminum sheets between adjacent faces. Each separator creates a continuous airflow channel while adding stiffness across the full pack depth. The assembled pack is potted on all four sides into galvanized steel, stainless steel or anodized-aluminum cell sides, then protected by expanded-metal faceguards. Its robust construction is suited to built-up filter banks, containment housings and critical air handlers where the filter must tolerate handling, fan cycling and elevated final resistance.

Fitur utama:

Corrugated aluminum separators maintain full-depth airflow channels between broad microglass pleats.

A deeply potted pack-to-frame bond resists bypass and movement under pressure loading.

Rigid metal cell sides and faceguards protect both media faces during installation and removal.

The full-depth pack offers substantial dust storage for long-duty central HVAC service.

Kekhawatiran produk pelanggan

Deep-pleat HEPA filters must maintain uniform channels and mechanical integrity as accumulated dust raises the pressure load.

Broad HEPA pleats collapse together and block large sections of media.Corrugated aluminum separators support each pleat face and preserve an open path through the complete depth.
A heavy media pack shifts inside the cell during transport or fan starts.Four-sided polyurethane potting anchors the pack to rigid metal cell sides.
Exposed microglass pleats are punctured during filter-bank servicing.Upstream and downstream expanded-metal faceguards keep hands and rack hardware away from the media.
A distorted full-size filter cannot compress evenly against the bank gasket.Reinforced cell sides and square corner joints retain a flat sealing plane.

Aplikasi yang Tipis

Critical HVAC final-filter banksPharmaceutical exhaust and supply systemsHospital isolation ventilationContainment and bag-in/bag-out housingsHigh-purity industrial air systems

Parameter teknis

Typical construction ranges for a full-depth separator HEPA filter are listed below.

Bahan intiWater-resistant microglass HEPA media with corrugated aluminum separators
Ketebalan Panel (Panel Thickness)150 or 292 mm nominal cell depth
Efektif lebar305-610 mm modular face width
Panjang maksimumUp to 762 mm standard face length; larger cells use reinforced framing
Baja menghadap ketebalan0.60-1.00 mm galvanized or stainless-steel faceguard and cell components
Kepadatan inti (core density)Approximately 90-160 kg/m³ nominal assembled separator-pack density
Konduktivitas Termal (Thermal Conductivity)Approximately 0.032-0.039 W/(m·K) for dry deep-pleated borosilicate microglass media
Permukaan selesaiWhite microglass media with natural aluminum separators and galvanized, stainless or anodized frame
Jenis BersamaDeep-pleat separator pack fully potted into a rigid gasketed or gel-compatible cell
Customization (Kustomisasi)Tersedia berdasarkan aplikasi yang dimaksudkan dan lingkungan operasi.

Pilihan yang tersedia

99.97%, 99.99% or 99.999% at 0.3 µmStandard- or high-capacity media packGalvanized steel, stainless steel or anodized-aluminum cellNeoprene gasket, fluid seal or high-temperature seal

Planning a Separator HEPA Filter specification?

Kirimkan kami dimensi Anda, kondisi instalasi, target kinerja dan permukaan akhir yang diperlukan.

Bicaralah dengan tim kami
Email Kami WhatsApp WhatsApp WhatsApp WhatsApp WeChat adalah

Beranda

Produk

Berita

Tentang Kami

Hubungi Kami