Nonwoven Fabric for Liquid Filtration｜0.3µm Particle Capture for Food & Semiconductor Use

The liquid filter provided by Tapyrus Co., Ltd. utilizes the ultrafine fibers of nonwoven fabric to enable the precise control of a wide range of fiber diameters, basis weights, thicknesses, water-flow resistance, and pore sizes. This high-performance filter is used in various applications where the removal of fine particles is required, such as the food and beverage sector, the semiconductor industry, and the electronics industry. Furthermore, it features a hygienic, binder-free design that is capable of undergoing autoclave sterilization.

Features

• High Filtration Performance: Efficiently removes fine particles of 0.3 microns or larger.
• Versatility: Applicable across a broad range of fields, including food and beverages, semiconductors, and the electronics industry.
• Hygienic Design: Eliminates the use of adhesives or binders, ensuring a high level of safety.
• Flexible Engineering: Can be utilized as either depth filters or surface filters.
• Durability and Reliability: Adapted for stable, long-term operation.

Specifications

• Filter Material: Ultrafine fiber nonwoven fabric
• Particle Removal Capability: 0.3 microns or larger
• Processing Methods: Depth processing, calendering
• Application-Specific Configurations: Ultrapure water treatment, final filters for food/beverage processing, classification filters

Applications

• Food & Beverage Sector: Filtration of beer, wine, soft drinks, and sugars
• Semiconductor Industry: Pre-filters for ultrapure water systems
• Electronics Industry: Classification filters and high-precision filtration systems
• Others: Final filters and liquid processing for specialized applications

Tapyrus Co., Ltd.’s liquid filters combine high performance with the flexibility required to achieve precision filtration. Through a hygienic and highly reliable design, we provide solutions to the diverse challenges faced across various industrial sectors.

※ For more details, please download the PDF or feel free to contact us.