Hionic-10 Planar Substrate

Hionic-10 Planar Substrate

Hionic-10 Planar Substrate

Hionic-10 Planar Substrate

Hionic-10 Planar Substrate (10x10cm)

Reference: Hionic-10

The patented scandia doped the zirconia-based substrate for research on SOFC anode and cathode materials from medium to high temperature (700-900 ° C). The Hionic ™ offers high strength for manufacturing along with high conductivity to distinguish subtle differences between different electrode materials.

OVERVIEW
Attachments

NextCell Manual User

Download (583.55KB)

Viewed products

Hionic-5 Planar Substrate

Hionic-5 Planar Substrate 2

Substrates

Hionic-5 Planar Substrate (5x5cm)

The patented scandia doped the zirconia-based substrate for research on SOFC anode and cathode materials from medium to high temperature (700-900 ° C). The Hionic ™ offers high strength for manufacturing along with high conductivity to distinguish subtle differences between different electrode materials.

View

3 other products in the same category:

GDC substrate button (25mm)

GDC substrate button (25mm) 2

Substrates

GDC substrate button (25mm)

A slight discoloration may be typical in these substrates, but does not affect the electrochemical performance of the substrate.

View

Hionic-5 Planar Substrate

Hionic-5 Planar Substrate 2

Substrates

Hionic-5 Planar Substrate (5x5cm)

The patented scandia doped the zirconia-based substrate for research on SOFC anode and cathode materials from medium to high temperature (700-900 ° C). The Hionic ™ offers high strength for manufacturing along with high conductivity to distinguish subtle differences between different electrode materials.

View

GDC substrate button

GDC substrate button 2

Substrates

GDC10-2.0 substrate button (20mm)

A slight discoloration may be typical in these substrates, but does not affect the electrochemical performance of the substrate.

View

Product added to wishlist

Product added to compare.

We use our own and third-party cookies to improve the browsing experience and offer content of interest. By continuing to browse we understand that you accept our Cookie Policies.

Allow