Hepatex DP

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Available in a variety of frame materials.
Aluminium separators ensure optimum air flow through the filter.
Ultra-fine glass fibre media.
Deep-pleat design lengthens life and provides reliable operation in all environments.
Robust pleating provides stability in operation.
Introduction

Where air purity and filter life are paramount, Hepatex DP will be too. Used for supply, recirculation and exhaust air, Hepatex DP utilises an ultra-fine glass fibre media, formed into robust, deep pleats and divided by aluminium separators. This deep pleat design not only provides a long service life, but it also means that even in the harshest, most heavy-duty operating conditions, Hepatex DP continues to perform at the optimum level.

Available in a wide range of frame materials, Hepatex DP is suited to a variety of applications including industrial processes, operating theatres and the handling of hazardous or nuclear material. In fact, anywhere that demands reliability and longevity, in all environments.

Features
  • Available in a variety of frame materials
    To suit a variety of applications
  • Deep pleat design
    For a longer life and reduced costs
  • Ultra-fine, glass fibre media
    Ensures maximum performance even under heavy duty operation
  • Robust pleating technology
    For stability in operation and optimised performance
  • Temperature resistance to 120°C
    Suitable for use in the most extreme of operating environments
  • Optional handle available
    For ease of installation, handling and removal
  • Guaranteed leak-free
    For assured performance and safety

Specification
Filter Class (EN 1822) E11 - H14
Maximum Operating Temperature 120 °C
Relative Humidity < 100%
Media Format Deep Pleat
Media Material Glass Fibre
Frame Material Galvanised Steel / Stainless Steel / MDF / Plywood / Aluminium
Gasket Material Foamed Polyurethane
Incinerable No
Gallery Brochure

Also Consider

Configure Product

between 200 - 1830 mm
between 200 - 915 mm
between 150 - 292 mm

Did you know?

On its way through a filter media 4 mm thick, a 0.1 μm particle will travel 4000 times its own diameter.