Changzhou Tronly New Electronic Materials Co Ltd (300429) - Cash Flow Conversion Efficiency

Latest as of June 2023: 0.042x

Based on the latest financial reports, Changzhou Tronly New Electronic Materials Co Ltd (300429) has a cash flow conversion efficiency ratio of 0.042x as of June 2023. Cash flow conversion efficiency measures how effectively a company's net assets (equity) generate operating cash flow. It is calculated by dividing operating cash flow (CN¥79.93 Million ≈ $11.70 Million USD) by net assets (CN¥1.92 Billion ≈ $281.44 Million USD). A higher ratio indicates that the company is more efficient at using its equity to generate cash flow from its core operations.

Changzhou Tronly New Electronic Materials Co Ltd - Cash Flow Conversion Efficiency Trend (2011–2024)

This chart illustrates how Changzhou Tronly New Electronic Materials Co Ltd's cash flow conversion efficiency has evolved over time, based on yearly financial data. Read Changzhou Tronly New Electronic Material balance sheet liabilities for a breakdown of total debt and financial obligations.

Changzhou Tronly New Electronic Materials Co Ltd Competitors by Cash Flow Conversion Efficiency

The table below lists competitors of Changzhou Tronly New Electronic Materials Co Ltd ranked by their cash flow conversion efficiency.

Company Cash Flow Conversion Efficiency
Chimera Investment Corporation
NYSE:CIM
-0.059x
Zhejiang Great Southeast Co Ltd
SHE:002263
-0.002x
Rimon Consulting & Management Services Ltd
TA:RMON
0.001x
Jiangsu Riying Electns Co Ltd
SHG:603286
0.022x
Zhenjiang Dongfang Electric Heat
SHE:300217
0.035x
SANDUR MANGANESE AND IRON ORES LTD
NSE:SANDUMA
0.117x
Critical Metals Corp. Ordinary Shares
NASDAQ:CRML
-0.041x
MillerKnoll Inc
NASDAQ:MLKN
0.047x

Annual Cash Flow Conversion Efficiency for Changzhou Tronly New Electronic Materials Co Ltd (2011–2024)

The table below shows the annual cash flow conversion efficiency of Changzhou Tronly New Electronic Materials Co Ltd from 2011 to 2024. For the full company profile with market capitalisation and key ratios, see 300429 stock market capitalisation.

Year Net Assets Operating Cash Flow Cash Flow Conversion Efficiency Change
2024-12-31 CN¥1.88 Billion
≈ $275.55 Million
CN¥22.12 Million
≈ $3.24 Million
0.012x -79.40%
2023-12-31 CN¥1.88 Billion
≈ $275.81 Million
CN¥107.49 Million
≈ $15.73 Million
0.057x -22.59%
2022-12-31 CN¥1.94 Billion
≈ $283.64 Million
CN¥142.81 Million
≈ $20.90 Million
0.074x +46.55%
2021-12-31 CN¥2.08 Billion
≈ $304.55 Million
CN¥104.63 Million
≈ $15.31 Million
0.050x -52.26%
2020-12-31 CN¥1.99 Billion
≈ $291.45 Million
CN¥209.77 Million
≈ $30.70 Million
0.105x -1.85%
2019-12-31 CN¥1.74 Billion
≈ $254.42 Million
CN¥186.56 Million
≈ $27.30 Million
0.107x +58.11%
2018-12-31 CN¥1.64 Billion
≈ $240.64 Million
CN¥111.61 Million
≈ $16.33 Million
0.068x -12.38%
2017-12-31 CN¥1.12 Billion
≈ $163.37 Million
CN¥86.47 Million
≈ $12.65 Million
0.077x -25.69%
2016-12-31 CN¥961.99 Million
≈ $140.77 Million
CN¥100.26 Million
≈ $14.67 Million
0.104x -2.37%
2015-12-31 CN¥602.57 Million
≈ $88.17 Million
CN¥64.33 Million
≈ $9.41 Million
0.107x -57.98%
2014-12-31 CN¥262.94 Million
≈ $38.48 Million
CN¥66.81 Million
≈ $9.78 Million
0.254x -10.55%
2013-12-31 CN¥204.04 Million
≈ $29.86 Million
CN¥57.96 Million
≈ $8.48 Million
0.284x +4.13%
2012-12-31 CN¥157.84 Million
≈ $23.10 Million
CN¥43.05 Million
≈ $6.30 Million
0.273x -9.56%
2011-12-31 CN¥113.93 Million
≈ $16.67 Million
CN¥34.36 Million
≈ $5.03 Million
0.302x --

About Changzhou Tronly New Electronic Materials Co Ltd

SHE:300429 China Specialty Chemicals
Market Cap
$1.11 Billion
CN¥7.57 Billion CNY
Market Cap Rank
#8681 Global
#2282 in China
Share Price
CN¥14.11
Change (1 day)
+0.57%
52-Week Range
CN¥10.98 - CN¥17.22
All Time High
CN¥25.77
About

Changzhou Tronly New Electronic Materials Co., Ltd. engages in the research, development, manufacture, and sale of electronic special materials and plastic products in China and internationally. It offers bisimidazole photoinitiator used in dry film and solder resist ink for the manufacture of PCB, as well as other UV curing formulation systems; oxime ester photoinitiator use in RGB and BM photor… Read more