NEWS BLOG

Traditionally, PFAS removal has been limited to final treatment stages using carbon blocks, resins, or distillation. Despite their structural advantages and large surface area pleated filters were not used in — were not able to contribute to PFAS…

Removing PFAS from water remains one of the most complex challenges in filtration technology. These persistent compounds require not only high adsorption performance, but also protection of active media surfaces from fouling and premature saturation.…

GESSNER introduces a new multilayer PFAS filter media designed to address one of the most demanding challenges in water treatment: efficient PFAS removal combined with flexible, modern filter design.

More than ten years ago, GESSNER pioneered a proprietary gradient technology for cellulose and cellulose‑polyester filter media - an innovation that continues to set new performance standards in filtration.

At GESSNER, we engineer air filter media designed to deliver consistent filtration performance under seasonal air quality challenges. Our high efficiency air filter media with antimicrobial properties is developed to support effective particle…

At GESSNER, we develop advanced cellulose filter media designed specifically to match the diverse air flow velocities of different engine air filtration systems. Every filtration unit experiences its own characteristic inflow speed, shaped by system…

At GESSNER, we develop advanced flame-retardant saturation technologies for filter media that improve safety without compromising performance. Our resin formulations are designed to meet stringent flame-retardant requirements while ensuring that the…

Evaporative cooling and dehumidification systems rely on advanced pads that don’t just guide airflow—they actively shape performance. From rapid water absorption to precise moisture control, these engineered structures enable powerful cooling while…

Industrial face masks are critical for protecting workers in environments with dust, fumes, and airborne contaminants. At the heart of every mask is the filter media, and its performance determines both safety and comfort. To deliver safe filtration…

GESSNER announces wage saturation to open its technology portfolio to customers for optimizing material performance for filtration and specialty applications.

At GESSNER, we manufacture high-performance nettings and mesh materials designed to optimize air and liquid filtration across a wide range of applications.

Our PLA meltblown nonwoven for air filtration is an eco-friendly alternative to conventional synthetic nonwovens. Due to the natural, 100% compostable polymer, the PLA nonwoven offers a reduced product carbon footprint.

Filter systems depend on protective outer wraps to maintain performance and extend their lifespan. Choosing the right netting significantly impacts filtration efficiency, system longevity, and operational costs. To solve this challenge, we engineered…

In medical adhesives and wound care, patient comfort and product reliability are essential. While many traditional materials require trade-offs between flexibility, protection, and breathability, our high-performance Elastic TPU Meltblown Nonwoven…

The material is manufactured using the meltblown process and is characterized by its ability to temporarily store a structural change until it returns to its original, stored form by means of a temperature increase.

At GESSNER, we believe that true innovation arises where performance and sustainability come together. With our cellulose fiber material with eco-friendly lignin saturation, we are addressing precisely this issue - and opening up new perspectives for…

More sustainable fabrics through secondary resources - GESSNER now offers its meltblown nonwoven fabrics for textile applications made from recycled resources.

Regular cabin air filters are great at catching particulate matter, but they often fall short in trapping gases and smells. By integrating activated carbon into cabin air filter media, manufacturers can offer a superior air filtration solution that’s…

Our lamination line can bond up to 4 layers with a maximum width of 1.8 meters. The bonding technologies include ultrasonic or adhesive bonding, ensuring precision and high-performance results for a wide range of applications.

Gessner’s engineered nettings and component solutions are designed to drive innovation across a wide range of industries and applications. From air and water filtration to specialty industrial uses and transportation filtration, our netting and…