COST ANALYSIS

Zirfon Price & Cost vs IONZERA

Total cost of ownership analysis: why IONZERA delivers better economics through mesh-free design, Indian manufacturing, and 3x lower resistance.

Side-by-Side Comparison

IONZERA

Next-Generation

Area Resistance

0.09-0.1 Ω·cm²

Thickness

350-410 μm

Pore Size

0.38-0.42 μm

Reinforcement

Mesh-free

Ceramic Phase

TiO₂ + GO

Origin

India

Zirfon

Conventional

Area Resistance

0.30 Ω·cm²

Thickness

500 ± 50 μm

Pore Size

~0.15 μm

Reinforcement

PPS mesh

Ceramic Phase

ZrO₂

Origin

Belgium

Area Resistance: ~3x lowerThickness: 20-30% thinnerPore Size: Optimized flowReinforcement: No expensive fabricCeramic Phase: Enhanced functionOrigin: Shorter supply chain

Understanding AWE Separator Costs

The cost of a separator membrane goes far beyond the unit price. For alkaline water electrolysis systems, the true cost includes the membrane itself, the reinforcement materials, shipping and logistics, energy consumption during operation, and replacement frequency.

Zirfon PERL UTP 500 relies on expensive PPS (polyphenylene sulfide) mesh as a reinforcement fabric. This specialized material adds significant cost to every square meter of membrane produced. IONZERA's mesh-free design eliminates this cost entirely.

TCO Breakdown: Where IONZERA Saves Money

When evaluating total cost of ownership (TCO), consider these cost advantages IONZERA provides over Zirfon:

  • No PPS mesh material cost, the reinforcement fabric used in Zirfon is one of its most expensive components
  • Lower energy consumption -3x lower area resistance means less electricity per kg of H₂ produced, compounding savings over years of operation
  • India manufacturing - competitive labor and production costs vs. European manufacturing in Belgium
  • Shorter supply chain, reduced shipping costs and lead times for Asia-Pacific customers
  • Compact stack design, thinner membrane (350-410 vs 500 μm) means fewer materials needed per stack

Energy Cost Savings from Lower Resistance

The area resistance difference between IONZERA (0.09-0.1 Ω·cm²) and Zirfon (0.30 Ω·cm²) translates directly to electricity savings. In a typical AWE stack operating at 0.4 A/cm², the voltage drop across the membrane is ~0.04V with IONZERA vs ~0.12V with Zirfon.

Over a 10-year electrolyser lifetime operating at high capacity factors, this difference accumulates into substantial electricity cost savings, often exceeding the initial membrane purchase price.

Get a Competitive Quote

IONZERA pricing is available for electrolyser OEMs, project developers, and research institutions. Contact us for volume pricing, sample quantities, and custom sizing options.

Key Advantages

No PPS Mesh Cost

Simplified, economical production

3x Lower Resistance

Reduced power consumption per kg H₂

Made in India

Faster delivery & customization

Ready to Upgrade from Zirfon?

Request a sample to test IONZERA in your electrolyser stack. Our engineering team will support you through qualification and integration.

Contact for Pricing