AIXTRON SE (UNSP.ADR/2) - Asset Resilience Ratio

Latest as of March 2026: 13.47%

AIXTRON SE (UNSP.ADR/2) (AIX2) has an Asset Resilience Ratio of 13.47% as of March 2026. The Asset Resilience Ratio measures the percentage of a company's total assets that are held in liquid form (cash and short-term investments). This metric indicates how well-positioned the company is to handle unexpected financial challenges, economic downturns, or strategic opportunities without requiring external financing. See AIX2 current assets to equity ratio to evaluate short-term liquidity relative to the company's equity base.

Liquid Assets

€141.86 Million
≈ $165.85 Million USD Cash + Short-term Investments

Total Assets

€1.05 Billion
≈ $1.23 Billion USD All company assets

Resilience Assessment

Moderate
Financial Resilience Level

Asset Resilience Ratio Trend (2021–2025)

This chart shows how AIXTRON SE (UNSP.ADR/2)'s Asset Resilience Ratio has changed over time. For the complete balance sheet picture, see AIX2 current and non-current assets.

Liquid Assets Composition Over Time

This chart breaks down AIXTRON SE (UNSP.ADR/2)'s liquid assets into cash & equivalents and short-term investments, showing how the composition has evolved over time. Read AIX2 current and long-term liabilities for a breakdown of total debt and financial obligations.

Current Liquid Assets Breakdown

Component Amount % of Total Assets
Cash & Equivalents €0.00 0%
Short-term Investments €141.86 Million 13.47%
Total Liquid Assets €141.86 Million 13.47%

Asset Resilience Insights

  • Moderate Liquidity: AIXTRON SE (UNSP.ADR/2) has 13.47% of assets in liquid form.
  • While adequate for normal operations, this level may limit flexibility during economic stress.
  • The company has significant short-term investments, indicating active treasury management.

AIXTRON SE (UNSP.ADR/2) Industry Peers by Asset Resilience Ratio

Compare AIXTRON SE (UNSP.ADR/2)'s asset resilience ratio with other companies in the same industry.

Company Industry Asset Resilience Ratio
National Silicon Industry Group Co Ltd
SHG:688126
Semiconductor Equipment & Materials 4.72%
Henan Shijia Photons Technology Co Ltd
SHG:688313
Semiconductor Equipment & Materials 0.39%
Konfoong Materials International Co Ltd
SHE:300666
Semiconductor Equipment & Materials 0.04%
Suzhou Everbright Photonics Co. Ltd. A
SHG:688048
Semiconductor Equipment & Materials 15.57%
Tianshui Huatian Technology Co Ltd
SHE:002185
Semiconductor Equipment & Materials 3.51%
GRINM Semiconductor Materials Co. Ltd. A
SHG:688432
Semiconductor Equipment & Materials 34.79%
Shenzhen Newway Photomask Making Co. Ltd. A
SHG:688401
Semiconductor Equipment & Materials 4.11%
SAMYANG NC Chem
KQ:482630
Semiconductor Equipment & Materials 0.42%

Annual Asset Resilience Ratio for AIXTRON SE (UNSP.ADR/2) (2021–2025)

The table below shows the annual Asset Resilience Ratio data for AIXTRON SE (UNSP.ADR/2).

Year Asset Resilience Ratio (%) Liquid Assets Total Assets Change
2025-12-31 11.20% €116.47 Million
≈ $136.16 Million
€1.04 Billion
≈ $1.22 Billion
+11.15pp
2024-12-31 0.05% €511.00K
≈ $597.41K
€1.02 Billion
≈ $1.19 Billion
-8.07pp
2023-12-31 8.12% €83.66 Million
≈ $97.80 Million
€1.03 Billion
≈ $1.20 Billion
-16.30pp
2022-12-31 24.42% €220.41 Million
≈ $257.68 Million
€902.58 Million
≈ $1.06 Billion
-2.80pp
2021-12-31 27.22% €201.62 Million
≈ $235.72 Million
€740.70 Million
≈ $865.95 Million
--
pp = percentage points

About AIXTRON SE (UNSP.ADR/2)

F:AIX2 Germany Semiconductor Equipment & Materials
Market Cap
$6.10 Billion
€5.22 Billion EUR
Market Cap Rank
#4040 Global
#718 in Germany
Share Price
€92.50
Change (1 day)
-2.12%
52-Week Range
€21.80 - €94.50
All Time High
€94.50
About

AIXTRON SE, together with its subsidiaries, manufactures and sells deposition equipment to the semiconductor industry in Asia, Europe, and the United States. The company offers G10-SiC, G10-GaN, G10-AsP, AIX G5+ C, Closed Coupled Showerhead systems for research and development, AIX 2800G4-TM, and AIX G5 WW C. It also develops, produces, and installs equipment for the deposition of semiconductor m… Read more