Jones Tech PLC Class A - Asset Resilience Ratio

Latest as of September 2025: 29.82%

Jones Tech PLC Class A (300684) has an Asset Resilience Ratio of 29.82% as of September 2025. 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. Read 300684 current and long-term liabilities for a breakdown of total debt and financial obligations.

Liquid Assets

CN¥782.66 Million
≈ $114.53 Million USD Cash + Short-term Investments

Total Assets

CN¥2.62 Billion
≈ $384.01 Million USD All company assets

Resilience Assessment

Very High
Financial Resilience Level

Asset Resilience Ratio Trend (2019–2024)

This chart shows how Jones Tech PLC Class A's Asset Resilience Ratio has changed over time. See Jones Tech PLC Class A shareholders equity for net asset value and shareholders' equity analysis.

Liquid Assets Composition Over Time

This chart breaks down Jones Tech PLC Class A's liquid assets into cash & equivalents and short-term investments, showing how the composition has evolved over time. For market capitalisation and broader financial context, see Jones Tech PLC Class A market capitalisation.

Current Liquid Assets Breakdown

Component Amount % of Total Assets
Cash & Equivalents CN¥0.00 0%
Short-term Investments CN¥782.66 Million 29.82%
Total Liquid Assets CN¥782.66 Million 29.82%

Asset Resilience Insights

  • Very High Liquidity: Jones Tech PLC Class A maintains exceptional liquid asset reserves at 29.82% of total assets.
  • This level provides strong protection against economic uncertainties but may indicate potential for more aggressive growth investments.
  • The company has significant short-term investments, indicating active treasury management.

Jones Tech PLC Class A Industry Peers by Asset Resilience Ratio

Compare Jones Tech PLC Class A's asset resilience ratio with other companies in the same industry.

Company Industry Asset Resilience Ratio
Elite Material Co Ltd
TW:2383
Electronic Components 0.00%
Avary Holding Shenzhen Co Ltd Class A
SHE:002938
Electronic Components -1.69%
WT Microelectronics Co Ltd
TW:3036
Electronic Components 0.14%
Shenzhen Sunway Communication
SHE:300136
Electronic Components 0.03%
Shenzhen Everwin Precision Tech
SHE:300115
Electronic Components 1.62%
TDG Holding Co Ltd
SHG:600330
Electronic Components 1.67%
Guizhou Space Appliance Co Ltd
SHE:002025
Electronic Components -0.32%
Poco Holding Co Ltd
SHE:300811
Electronic Components 6.41%

Annual Asset Resilience Ratio for Jones Tech PLC Class A (2019–2024)

The table below shows the annual Asset Resilience Ratio data for Jones Tech PLC Class A.

Year Asset Resilience Ratio (%) Liquid Assets Total Assets Change
2024-12-31 32.98% CN¥831.86 Million
≈ $121.73 Million
CN¥2.52 Billion
≈ $369.13 Million
+0.90pp
2023-12-31 32.08% CN¥725.66 Million
≈ $106.19 Million
CN¥2.26 Billion
≈ $331.03 Million
+7.46pp
2022-12-31 24.62% CN¥563.94 Million
≈ $82.52 Million
CN¥2.29 Billion
≈ $335.23 Million
+16.56pp
2021-12-31 8.06% CN¥158.25 Million
≈ $23.16 Million
CN¥1.96 Billion
≈ $287.32 Million
-12.83pp
2020-12-31 20.89% CN¥414.67 Million
≈ $60.68 Million
CN¥1.98 Billion
≈ $290.43 Million
+18.97pp
2019-12-31 1.93% CN¥20.00 Million
≈ $2.93 Million
CN¥1.04 Billion
≈ $151.79 Million
--
pp = percentage points

About Jones Tech PLC Class A

SHE:300684 China Electronic Components
Market Cap
$2.38 Billion
CN¥16.29 Billion CNY
Market Cap Rank
#5627 Global
#1155 in China
Share Price
CN¥54.38
Change (1 day)
-2.33%
52-Week Range
CN¥21.78 - CN¥62.95
All Time High
CN¥62.95
About

Jones Tech PLC provides materials solutions for intelligent electronic equipment in China. The company offers thermal conductivity graphite products, such as artificial synthetic graphite, natural graphite, foldable graphite, single thick graphite thermal conductive film, and multi-layer composite graphite thermal conductive film, etc.; thermal interface materials, including thermally conductive … Read more