YUZHIMU FILTER MEDIA FOR OIL FILTERS

We offer a wide variety of grades to meet individual process and filter requirements: It is made by sheath-core structure, which is composed of a PET core and a PP sheath through heat sealing. PP acts as a binder, while PET ensures stability. Yuzhimu is able to 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.

Yuzhimu's filter media solution made of PP+PET Nonwoven media  , It makes more durable and long-lasting than other standard filter media solutions. Highly developed media with our gradient structure improve depth filtration thanks to their media structure and composition.

As we know that every application has special requirements, we offer high-performance nonwovens that are tear- and fold-resistant to meet a wide range of customer requirements. The corrugated media structure stabilizes the pleats, preventing them from collapsing and thus increasing the filter efficiency. With this option, we provide greater flexibility and choice, ensuring that our customers can find the ideal solution for their specific needs.

Yuzhimu oil filter media structure ensures better processing and superior stability due to the media composition, which provides improved capacity and efficiency and allows for longer drain intervals. In addition, our fully synthetic oil filter media provides improved oil flow which not only results in increased filter efficiency but also ensures optimized component protection even under extreme conditions.

Yuzhimu nonwoven filter media is a pleat support material used in oil filter elements, helping to protect and extend their lifespan, especially when using synthetic filter medias. It provides structural support to the lengthwise folds of synthetic media, allowing for more pleats per inch while increasing air flow. This pleat support works by extending the filter's ability to capture more dirt and particles, leading to a more efficient filtration process.