Nanocoating Technology in the FILTRATION with UltraSprayer®

Ultrasonic spray nanocoating technology is an innovative solution that delivers excellent results in various applications within the filtration sector. Our UltraSprayer® devices, ranging from laboratory scale to industrial scale, can be used in a wide range of applications including water purification, air filtration, oil filtration, chemical and gas purification, and even medical device filtration. In water purification filters, nano coatings applied by our UltraSprayer® systems enhance water quality to its maximum, while in air filters, they increase particle capture capabilities and optimize air quality. Special coatings applied to oil filters in industrial machinery and vehicles effectively capture oil and contaminants. In chemical and gas filters, nano coatings are used to enhance the efficiency of filters in removing harmful substances. For medical filters, special nano coatings are utilized to clean microorganisms, thus maximizing hygiene standards.

With our UltraSprayer® solutions, you can enhance the performance of your filters, reduce environmental impacts, save energy, and make your processes more efficient.

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The benefits of our UltraSprayer® devices in the filtration sector include:
  • High Performance: Ultrasonic spray nanocoating enhances filter performance by applying nano-sized coatings to filter surfaces. This enables filters to effectively capture and remove contaminants, thus improving water and air quality.
  • Extended Lifespan: Nano coatings protect filter surfaces and increase their resistance to wear and tear. This extends the lifespan of filters and reduces maintenance costs.
  • Water and Energy Savings: Ultrasonic spray nanocoating improves the performance of water and air filters, resulting in reduced water and energy consumption. This lowers operating costs and decreases environmental impact.
  • Ease of Cleaning and Maintenance: Nano coatings smooth the surfaces of filters and prevent contaminants from adhering. This makes cleaning and maintenance of filters easier, saving labor and time.
  • Environmental Friendliness: By enabling the use of more effective filters, ultrasonic spray nanocoating reduces environmental impact. Less waste is generated, and natural resources are used more efficiently.

These advantages make ultrasonic spray nanocoating technique increasingly popular in the filtration sector, addressing the industry’s needs effectively.

Nanofiber Technology in the FILTRATION with NanoWeaver®

Our NanoWeaver® electrospinning devices offer groundbreaking solutions for filtration technologies and beyond, boasting industry-leading technology and innovative design. These devices enable the production of ultra-fine films at the nano scale, catering to a wide range of industrial needs from air and liquid filtration to medical applications. Renowned for their superior performance, our devices ensure the effective production of nanofiber filters. They provide an excellent solution for removing particulate matter, pollutants, and microorganisms found in both air and liquids. Moreover, they can be successfully utilized in various applications ranging from surgical masks in the healthcare sector to industrial water purification systems. Our NanoWeaver® systems offer advantages such as high efficiency, continuous operation, and user-friendly interfaces. Furthermore, with customizable design options, they can be tailored to meet the specific requirements of our customers.

Setting the industry standards in terms of quality, reliability, and performance, our products are designed with a customer-centric approach, prioritizing satisfaction. We are committed to providing the best products and services, focusing on delivering competitive advantages to our customers while also contributing to a greener, more sustainable future through eco-friendly solutions.


The benefits of our NanoWeaver® devices in the filtration industry include:
  • High Efficiency: Nanofiber filters can effectively capture even very small particles due to their microscale pores, increasing filtration efficiency and ensuring a cleaner end product.
  • Large Surface Area: Compared to other filter materials, nanofibers have a much larger surface area. This translates to a higher particle trapping capacity per unit volume, allowing filters to be used for longer durations.
  • Low Pressure Drop: Nanofiber filters provide high efficiency with low pressure drop. This requires less energy consumption and reduces operational costs.
  • High Mechanical Strength: Nanofibers possess high strength and flexibility properties, resulting in longer-lasting filters that require less frequent replacement.
  • Easy Cleaning: Nanofiber filters can be easily cleaned and maintained, enhancing operational continuity and optimizing efficiency.
  • Versatile Applications: Nanofiber filters find applications across various industries, from air and liquid filtration to medical devices. This versatility makes them an ideal solution for meeting cleanliness and safety standards in diverse sectors.

These advantages of nanofibers contribute to more effective, efficient, and environmentally friendly performance in the fields where they are applied in filtration technology.


At IDASONIC, we offer prompt, effective, and expert support. Whether you need technical guidance or wish to explore customized solutions for your specific requirements, feel free to reach out to us.


At IDASONIC, we offer prompt, effective, and expert support. Whether you need technical guidance or wish to explore customized solutions for your specific requirements, feel free to reach out to us.





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