LIQUID FILTER MEDIA

Meltblown nonwoven, thermo-bonded nonwoven, cellulose nonwoven and glass nonwoven for a wide range of air filtration application

 

Our liquid filter media range is meticulously crafted to meet the demanding requirements of various industries, ensuring exceptional efficiency and reliability. Through our advanced research and development capabilities, we create innovative solutions tailored to your filtration needs. With our expertise in developing high-quality cellulose nonwovens, synthetic nonwovens, and glass nonwovens, you can trust our specialized media to deliver unparalleled performance for your liquid filtration applications.

 

  

Transportation & Automotive


Oil

Fuel

Water Filtration


Waste Water

Industrial Processes


EDM

Food & Beverage

Hydraulic

Transportation & Automotive

Fuel

Saturated Paper-Meltblown Combinations & Fully Synthetic SMS Combinations

 

For fuel filtration we offer a broad filter media portfolio including standard gasoline in-tank and in-line filter media, diesel standard pre-filter media, diesel standard main filter media and high efficient filter media solutions.

Oil

Highly Charged Synthetic and Meltblown Nonwoven & Cellulose Based Nonwoven

 

We offer a wide variety of grades to meet individual process and filter requirements: 100% cellulose, combinations made of cellulose, glass, and synthetic fibers or layered media. We tailor the media onto your special requirements, from a highly efficient filter media, also as corrugated grades available, which increase filter lifetime to its optimum.

Water Filtration

Waste Water

Saturated Paper-Meltblown Combinations & Fully Synthetic SMS Combinations

 

Delpore™ liquid meltblown medias offer both efficiency and dirt holding options for wastewater filtration. Featuring outstanding dirt holding capacity allows to capture up to five times their own weight in solids before they must be replaced or cleaned.

Industrial Processes

EDM

Cellulose Wet-Laid

 

Our cellulose wet-laid nonwoven  boast an extended lifespan and superior efficiency. Thanks to the resistance to wear and tear and easy pleatability of our media, you can expect a filter media that not only lasts longer but also maintains peak efficiency throughout its life.

Food & Beverage

Thermo-Bonded Nonwoven

 

Delpore™ meltblown nonwoven filter media for food & beverage offer a wide range of benefits from superior quality to fluid flow efficiency. Additionally, food and beverage filter media products are FDA-certified for use in food and beverage processing.

Hydraulic

Thermo-Bonded Nonwoven & Glass Nonwoven

 

Delpore™ meltblown media has been specially formulated for use in hydraulic oil filters. This advanced synthetic material provides superior performance compared to conventional cellulose-based filter media.

CRANEGLAS™ filter media is a type of glass nonwoven, engineered with precision to create a strong and lightweight material. It is highly resistant to wear and tear, making it perfect for applications that require durability.


 

Tailor-made solutions fitting your requirements

With our state-of-the-art production facilities, extensive knowledge, and long-standing expertise, we can customize filter media precisely to your specific needs and applications. Whether you require enhancements in efficiency, energy consumption, dust holding capacity (DHC), or filter service life, we develop a filter media to perfectly meet your requirements.

Our years of experience allow us to incorporate special properties into our filter media, achieved through advanced coatings and impregnation with a variety of resins. We pride ourselves on delivering high-quality, reliable products that meet and exceed industry standards. Partner with us to elevate your filtration systems to new levels of performance and durability.


Our Liquid Filter Media

MELTBLOWN NONWOVEN


 

Meltblown nonwoven's microscopic fibers form a complex fabric that can effectively trap even the smallest particles. Thanks to this structure, it offers an exceptional balance between filtration efficiency and air permeability, making it an ideal media for a wide range of applications - from air and water filtration to use in medical masks. Its ability to achieve high levels of filtration efficiencies with low pressure drop makes meltblown nonwoven a premium choice for advanced filtration solutions.

THERMAL BONDED NONWOVEN

Delpore™

 

Delpore™ thermal-bonded media utilizes a novel through-air bonding process where hot air melts the outer layers of Bicomponent fibers, creating a strong, reliable bond. This results in a material that surpasses traditional webbing in strength, durability, flexibility, and breathability. Its lightweight, cost-effective nature, combined with superior performance characteristics, makes it an ideal choice for various applications, including filtration media, acoustic insulation, and automotive interiors.

CELLULOSE NONWOVEN


 

Our inclined and flat wire paper machines provide exceptional performance when it comes to producing technical special papers. With these machines, we can achieve weights of 18 – 250g/m² and air permeabilities of 1 – 2000 l/m²/s. This ensures that you have the perfect product for your needs every single time. Alongside selected cellulose fibres, we use synthetic, glass or carbon fibres to give further special properties. With creping technology, we can achieve different surface characteristics, from very fine to very rough crepe profiles, and with various stretch properties.

GLASS NONWOVEN

CRANEGLAS™

 

CRANEGLAS™ filter media is a type of glass nonwoven, engineered with precision to create a strong and lightweight material. It is highly resistant to wear and tear, making it perfect for applications that require durability. Additionally, it boasts excellent heat resistance properties and can withstand temperatures up to 400°C. Its superior strength-to-weight ratio make it suitable for various industrial purposes, such as construction and manufacturing. Thanks to its versatility, CRANEGLAS™ can be easily molded into a wide range of shapes and sizes for different projects.