Luoyang Jalon Micro-Nano New Materials Co Ltd (688357) - Cash Flow Conversion Efficiency

Latest as of September 2025: 0.010x

Based on the latest financial reports, Luoyang Jalon Micro-Nano New Materials Co Ltd (688357) has a cash flow conversion efficiency ratio of 0.010x as of September 2025. 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¥19.41 Million ≈ $2.84 Million USD) by net assets (CN¥1.86 Billion ≈ $272.07 Million USD). A higher ratio indicates that the company is more efficient at using its equity to generate cash flow from its core operations. See how leveraged is Luoyang Jalon Micro-Nano New Materials C's balance sheet to measure how much of total assets are equity-financed.

Luoyang Jalon Micro-Nano New Materials Co Ltd - Cash Flow Conversion Efficiency Trend (2013–2025)

This chart illustrates how Luoyang Jalon Micro-Nano New Materials Co Ltd's cash flow conversion efficiency has evolved over time, based on yearly financial data. Check Luoyang Jalon Micro-Nano New Materials C cash earnings quality to evaluate the quality of earnings relative to operating cash generation.

Luoyang Jalon Micro-Nano New Materials Co Ltd Competitors by Cash Flow Conversion Efficiency

The table below lists competitors of Luoyang Jalon Micro-Nano New Materials Co Ltd ranked by their cash flow conversion efficiency.

Company Cash Flow Conversion Efficiency
Quadient SA
PA:QDT
0.101x
Korea SPAC 3
KQ:222080
0.077x
Monopar Therapeutics Inc
NASDAQ:MNPR
-0.026x
Gray Television Inc
NYSE:GTN
0.005x
Mangalore Chemicals & Fertilizers Limited
NSE:MANGCHEFER
0.255x
Precious Shipping Public Company Limited
BK:PSL
0.038x
Tsogo Sun
JSE:TSG
0.196x
Fullink Technology Co. LTD.
SHE:301067
N/A

Annual Cash Flow Conversion Efficiency for Luoyang Jalon Micro-Nano New Materials Co Ltd (2013–2025)

The table below shows the annual cash flow conversion efficiency of Luoyang Jalon Micro-Nano New Materials Co Ltd from 2013 to 2025. For the full company profile with market capitalisation and key ratios, see market value of Luoyang Jalon Micro-Nano New Materials C.

Year Net Assets Operating Cash Flow Cash Flow Conversion Efficiency Change
2025-12-31 CN¥1.87 Billion
≈ $273.30 Million
CN¥115.21 Million
≈ $16.86 Million
0.062x -6.82%
2024-12-31 CN¥1.80 Billion
≈ $262.81 Million
CN¥118.89 Million
≈ $17.40 Million
0.066x +254.69%
2023-12-31 CN¥1.78 Billion
≈ $260.28 Million
CN¥-76.12 Million
≈ $-11.14 Million
-0.043x -103.47%
2022-12-31 CN¥1.55 Billion
≈ $226.73 Million
CN¥-32.59 Million
≈ $-4.77 Million
-0.021x -106.64%
2021-12-31 CN¥1.22 Billion
≈ $179.16 Million
CN¥387.78 Million
≈ $56.74 Million
0.317x +142.40%
2020-12-31 CN¥974.61 Million
≈ $142.62 Million
CN¥127.34 Million
≈ $18.63 Million
0.131x +173.66%
2019-12-31 CN¥871.39 Million
≈ $127.51 Million
CN¥41.60 Million
≈ $6.09 Million
0.048x -86.23%
2018-12-31 CN¥215.47 Million
≈ $31.53 Million
CN¥74.69 Million
≈ $10.93 Million
0.347x -72.42%
2017-12-31 CN¥43.32 Million
≈ $6.34 Million
CN¥54.45 Million
≈ $7.97 Million
1.257x +436.85%
2016-12-31 CN¥53.50 Million
≈ $7.83 Million
CN¥-19.97 Million
≈ $-2.92 Million
-0.373x +4.27%
2015-12-31 CN¥44.15 Million
≈ $6.46 Million
CN¥-17.21 Million
≈ $-2.52 Million
-0.390x -101.38%
2014-12-31 CN¥1.61 Million
≈ $235.45K
CN¥45.45 Million
≈ $6.65 Million
28.245x +1585.49%
2013-12-31 CN¥-12.00 Million
≈ $-1.76 Million
CN¥22.82 Million
≈ $3.34 Million
-1.901x --

About Luoyang Jalon Micro-Nano New Materials Co Ltd

SHG:688357 China Specialty Chemicals
Market Cap
$395.77 Million
CN¥2.70 Billion CNY
Market Cap Rank
#13477 Global
#3995 in China
Share Price
CN¥27.03
Change (1 day)
-1.17%
52-Week Range
CN¥23.21 - CN¥40.67
All Time High
CN¥162.03
About

Luoyang Jianlong Micro-nano New Material Co., Ltd engages in the manufacture and sale of molecular sieves in China. The company's products include molecular sieve raw powder, molecular sieve activation powder, molding zeolite, special molecular sieves, activated alumina. It also produces and sells of adsorption and catalytic materials for use in industrial gas separation, medical oxygen, energy c… Read more