NanoFiltech

⏳ 2 Weeks To Go! See You at SEMICON India 2026!

The countdown continues — only 2 weeks left until NanoFiltech meets global semiconductor professionals at SEMICON India 2026!

As semiconductor manufacturing moves toward higher precision and stricter contamination control, advanced filtration technologies are becoming increasingly important for maintaining cleanroom performance, process stability, and energy efficiency.

At SEMICON India 2026, NanoFiltech will showcase our advanced filtration solutions designed for critical semiconductor environments:

🔹 Nanofiber Filter Media
High efficiency with low pressure drop for energy-saving filtration

🔹 HEPA & ULPA Filters
Reliable contamination control for cleanroom applications

🔹 FFU & Cleanroom Filtration Solutions
Supporting stable air quality in semiconductor manufacturing

🔹 Chemical Filtration Solutions
Protecting sensitive processes from molecular contaminants

📅 September 17–19, 2026

📍 Yashobhoomi India International Convention & Expo Centre, Delhi, India

🤝 We look forward to meeting semiconductor engineers, manufacturers, and industry partners in Delhi.

Let’s explore the future of cleaner and smarter semiconductor manufacturing together!

📩 Visit NanoFiltech at SEMICON India 2026

Only 7 days to go!

The countdown has begun, and we're looking forward to meeting customers and partners at Cleanroom Indonesia Expo 2026.

Visit NanoFiltech | Frebang at Booth B-M18 to discover advanced cleanroom air filtration solutions engineered for today's most demanding industries.

Whether you're in semiconductors, pharmaceuticals, electronics, laboratories, healthcare, or precision manufacturing, our team is ready to help you find the right filtration solution.

At our booth, you'll discover:
• Complete Cleanroom Air Filtration Solutions
• Nanofiber Filter Media
• HEPA / ULPA Filters
• Chemical Filtration
• FFU Systems
• Industrial Cartridge Filters

📅 9–11 September 2026
📍 Jakarta, Indonesia
📍 Booth B-M18

Come meet our experts and explore how innovative filtration technology can improve air quality while reducing energy consumption.

See you next week!

🌐 www.nanofiltech.com

When selecting filters for semiconductor cleanrooms, many engineers focus only on efficiency grades such as HEPA or ULPA.

But real filtration performance depends on multiple factors:

✓ Particle removal efficiency
✓ Pressure drop
✓ Energy consumption
✓ Filter lifetime

A filter with higher resistance requires more fan power, increasing HVAC operating costs over time.

Advanced filtration materials, including PTFE and nanofiber media, help achieve the right balance between high efficiency and low resistance.

Better filtration means cleaner air with improved operational efficiency.

🌐 Learn more: www.nanofiltech.com
📧 [email protected]
📱 WhatsApp: +86 158 3197 8905

🔬 How to Choose the Right HEPA Filter for Semiconductor Cleanrooms

In semiconductor manufacturing, higher filtration efficiency does not always mean a better filtration solution.

The right cleanroom filter requires a balance between:

🔹 Particle removal efficiency
🔹 Pressure drop & airflow stability
🔹 Energy consumption
🔹 Filter service life
🔹 Total Cost of Ownership (TCO)

Our latest guide explores how HEPA, ULPA, fiberglass, PTFE, and nanofiber filtration technologies differ — and what engineers should consider when selecting air filtration solutions for semiconductor cleanrooms.

With cleanroom HVAC systems operating continuously, even a reduction in filter resistance can contribute to significant long-term energy savings.

👉 Read the full guide to learn how to select the right filtration solution for semiconductor manufacturing.

🌐 Nanofiltech | Advanced Air Filtration Solutions

Only 2 weeks to go until Cleanroom Indonesia Expo 2026!

We're getting ready to welcome customers, partners, and industry professionals at Booth B-M18.

At NanoFiltech | Frebang, we're committed to delivering advanced air filtration solutions that help industries achieve cleaner air, lower energy consumption, and more reliable system performance.

Visit us to explore our complete cleanroom filtration portfolio, including:

✔ FFU (Fan Filter Unit)
✔ HEPA / ULPA Filters
✔ V-Bank Filters
✔ Box Filters
✔ Pocket Filters
✔ Primary Panel Filters
✔ Cartridge Air Filters
✔ Chemical Filters
✔ Glassfiber Filter Media

Whether you're working in semiconductors, pharmaceuticals, electronics, biotechnology, laboratories, or precision manufacturing, our experts are ready to discuss the right filtration solution for your application.

📅 9–11 September 2026

📍 Nusantara International Convention Exhibition (NICE), Jakarta, Indonesia

📍 Booth B-M18

Let's connect and explore how innovative filtration technology can improve your cleanroom performance.

🌐 www.nanofiltech.com

Reducing cleanroom energy consumption does not mean compromising contamination control.

By combining low-pressure-drop filtration, optimized airflow management, and intelligent maintenance strategies, manufacturers can improve efficiency while maintaining strict air quality standards.

Nanofiber filtration technology provides:

✓ High filtration efficiency
✓ Lower airflow resistance
✓ Stable performance
✓ Longer service life

For semiconductor, pharmaceutical, and high-tech industries, smarter filtration helps create cleaner, more efficient, and more sustainable production environments.

🌐 www.nanofiltech.com
✉ [email protected]
📞 WhatsApp: +86 158 3197 8905

When selecting air filters, many manufacturers focus only on filtration efficiency.

However, pressure drop is equally important.

A filter with higher resistance requires more fan power, increasing HVAC energy consumption over time. For cleanrooms operating 24/7, even small differences in resistance can create significant long-term energy costs.

Advanced filtration materials, such as nanofiber media, are designed to achieve high filtration efficiency while maintaining lower airflow resistance.

Better filtration is not only about cleaner air — it is also about smarter energy management.

🌐 www.nanofiltech.com
✉ [email protected]
📞 WhatsApp: +86 158 3197 8905