Abu Dhabi, United Arab Emirates
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Abu Dhabi, United Arab Emirates
That's why we at MANN+HUMMEL work every day on filtration solutions for cleaner mobility, cleaner air, cleaner water and cleaner performance & industry. As one of the world's largest filter manufacturers, we want to understand how this world works - and make it a little better every day. Our goal is to protect people, nature, and machines. By using filtration to separate the useful from the harmful.
For more than 80 years, we have stood for leadership in filtration. As a family-owned filter company with German roots, we operate globally at more than 80 locations. For our filtration solutions, we use the combined know-how of our employees, a global research and development network, and the opportunities offered by digitalization. The future is being decided now. That is why today we provide filtration solutions for tomorrow.
Key Facts :
• Combined air filter and water coalescer
• Ideally suited to coastal applications
• High dust holding capacity of 3000 g/m² (SAE)
Design :
Disposable media made of continuous glass fibers with progressive density
coated with adhesive. The downstream side of the media is colored green to
ensure correct installation.
Key Facts :
• Combined air filter and water coalescer
• Ideally suited to coastal applications
• High dust holding capacity of 5340 g/m² (SAE)
Design :
Disposable media made of continuous glass fibers with progressive density
coated with adhesive. The downstream side of the media is colored blue to
ensure correct installation.
Key Facts :
• Combined air filter and water droplet coalescer
• High efficiency and lightweight
• Easy installation and handling
Design :
Media constructed of continuous glass fibers with progressive density,
fitted into a lightweight polypropylene frame.
The expanded hole pattern at the base of the filter allows for efficient
drainage during use.
Key Facts :
• Provides effective moisture separation
• Robust design
• Rust-free
Design :
A woven metal mat interspersed with layers of expanded metal mesh,
fitted into an aluminum (AlMg3) steel frame.
Protection grids securely hold the mat in place, while drainage holes in the
frame allow separated moisture to exit safely from the downstream application.
Key Facts :
• Large filter area with space-saving, shallow depth
• Stable compact design
• Low weight
• High efficiency
• Easy assembly and handling
Design :
Mini-pleated synthetic media with a robust plastic frame.
Key Facts :
• Combined air filter and water droplet coalescer
• Robust design
• Easy installation and handling
• Maintenance friendly
• Long service life
Design :
Media made from porous, polyether-based PPI10 foam specifically engineered
to minimize pore clogging.
The foam is formed into a wave shape to increase the effective filter surface area
and is sealed into a robust plastic frame using a high-strength, polyurethane-based adhesive.
Key Facts :
• Synthetic/cotton filter media
• No fiber shedding
• Stable design
• High dust holding capacity
• Top cost-benefit ratio
• Lightweight
Design :
Open-pleated synthetic/cotton filter media bonded securely into a rigid,
water-resistant cardboard case.
The pleats are supported by a galvanized steel mesh, providing additional
stability during operation.
Key Facts :
• Combined prefilter with high-efficiency coalescer in one stage
• Patented, highly efficient water drainage system
• High burst resistance up to 2000 Pa
Design :
Made from a durable plastic frame and a pleated pack of hydrophobic,
progressively structured media.
The pleats are stabilized with hotmelt support beads and plastic combs, and
securely fixed into the frame using polyurethane.
Key Facts :
• Synthetic filter media
• Long service life
• High dust holding capacity
• Low pressure drop
Design :
Pocket filters with a metal or plastic frame.
Each pocket, made of synthetic wave-structured media,
is tailor-sewn into an optimized **V-shape** for improved performance.
Key Facts :
• Fully incinerable
• Long service life
• Stable construction with low weight
• Filter series tested according to EN 13501-1:2010 as E d0
Design :
Compact filter with a **4V design** made from plastic for lightweight,
stable construction.
Microglass pleat packs are supported and protected from damage using one of two options:
• Two grids on the outer vulnerable surfaces, or
• Full support & protection on all eight media surfaces.
A specially designed header ensures strong gasket adhesion.
Key Facts :
• Industry-leading burst resistance
• Fits all commonly used filter frames
• Fully incinerable
• Recyclable materials for environmentally-friendly disposal
• High efficiencies at low pressure drops
Design :
Pleated cells with special thread separators to ensure even spacing of the pleats.
The robust, fully incinerable hollow-profile plastic frame is made from
recyclable materials for simplified eco-friendly disposal.
Key Facts :
• Extended surface area for higher atmospheric particulate retention
• Industry-leading burst resistance
• Fits all commonly used filter frames
• Fully incinerable
• Recyclable materials for environmentally-friendly disposal
• High efficiencies at low pressure drops
Design :
Pleated cells with special thread separators ensuring even spacing of the pleats.
Built with a robust, fully incinerable, hollow-profile plastic frame made from
recyclable materials — optimized for strength and sustainability.
Key Facts :
• Synthetic-based filter media provides the highest mechanical strength
• Available in two lengths (300 mm / 420 mm) for extended lifetime
• Large surface area captures higher levels of atmospheric particulate
• Extended length version delivers even longer operation periods
• Industry-leading burst resistance
• Fits all commonly used filter frames
• Recyclable materials for simple, environmentally-friendly disposal
• High efficiencies at low pressure drops
Design :
Pleated cells with special thread separators ensure even spacing of pleats.
Constructed with a robust, fully incinerable, hollow-profile plastic frame made
from recyclable materials for durability and sustainability.
Key Facts :
• Industry-leading burst resistance
• Fits all commonly used filter frames
• Fully incinerable
• Recyclable materials for simple, environmentally-friendly disposal
• High efficiencies at low pressure drops
Design :
Pleated cells with special thread separators to ensure even spacing of the pleats.
Built with a robust, fully incinerable, hollow-profile plastic frame made from
recyclable materials.
Key Facts :
• Large surface area of 30 m²
• Extremely low pressure drop
• Industry-leading burst resistance
• Fits all commonly used filter frames
• Fully incinerable
• Recyclable materials for simple, environmentally-friendly disposal
• High efficiencies at low pressure drops
Design :
Pleated cells with special thread separators ensure even spacing of the pleats.
Built using a robust, fully incinerable, hollow-profile plastic frame made from
recyclable materials.
Key Facts :
• Synthetic-based filter media provides the highest mechanical strength
• Available in two lengths (300 mm / 420 mm)
• Large surface area captures higher levels of atmospheric particulate for longer lifetime
• Extended-length version delivers even longer operation periods
• Industry-leading burst resistance
• Fits all commonly used filter frames
• Recyclable materials for simple, environmentally-friendly disposal
• High efficiencies at low pressure drops
Design :
Pleated cells with special thread separators ensure even spacing of the pleats.
Built with a robust, fully incinerable, hollow-profile plastic frame
made from recyclable materials.
Key Facts :
• 80/20 cellulose and synthetic blend media
• Suitable for dry, dusty environments
• Built to withstand high levels of dust loading
• Cone and smaller cylinder can be joined for extremely high dust concentrations and air flows
• Uniform pleat spacing for maximum life
• Corrosion-resistant end caps
Design :
Pleated media formed into conical or cylindrical packs, supported by inner and outer
expanded-steel sleeves.
Epoxy-coated upper flanges and bottom end caps provide corrosion resistance.
Liners are fully seamed to eliminate oxidation risks associated with welded joints.
Key Facts :
• 80/20 cellulose and synthetic blend media with nanofiber surface coating
• Suitable for humid environments
• Built to withstand high levels of dust loading
• Available in cylindrical or conical formats
• Cone and cylinder can be joined for extremely high dust concentrations and air flows
• Uniform pleat spacing for maximum service life
• Corrosion-resistant end caps
Design :
Pleated media formed into conical or cylindrical packs, supported by inner and outer
expanded-steel sleeves.
Epoxy-coated upper flanges and bottom end caps provide strong corrosion protection.
Liners are fully seamed to eliminate oxidation risks associated with welded joints.
Key Facts :
• 100% synthetic media with special surface coating
• Suitable for humid, dusty environments
• Built to withstand high levels of dust loading
• Available in cylindrical or conical formats
• Cone and smaller cylinder can be joined for extremely high dust concentrations and air flows
• Uniform pleat spacing for maximum life
• Corrosion-resistant end caps
Design :
Pleated media formed into conical or cylindrical packs, supported by inner and outer
expanded-steel sleeves.
Epoxy-coated upper flanges and bottom end caps provide corrosion protection.
Liners are fully seamed to eliminate oxidation risks associated with welded joints.
Key Facts :
• Particle filtration and CO2 absorption in one unit
• Large filter surface for long service life
• Compact and robust construction
• Simple to service and maintain
• Integrated HEPA filter provides high levels of air cleanliness
Design :
Robust stainless-steel casing with a lead seal to prevent unauthorized opening.
The first stage includes a floating HEPA filter with glass fiber media,
tested to EN 1822 and guaranteed leak-free — protecting the second stage CO2 filter
containing high-grade absorbent material.
An integrated filter-change indicator simplifies maintenance and shows filter condition.