Wuxi Honghui New Materials Technology Co Ltd (002802) - Cash Flow Conversion Efficiency

Latest as of September 2025: 0.063x

Based on the latest financial reports, Wuxi Honghui New Materials Technology Co Ltd (002802) has a cash flow conversion efficiency ratio of 0.063x 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¥39.82 Million ≈ $5.83 Million USD) by net assets (CN¥632.87 Million ≈ $92.61 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 002802 days of operational coverage to measure how many days the company can operate on defensive assets alone.

Wuxi Honghui New Materials Technology Co Ltd - Cash Flow Conversion Efficiency Trend (2011–2024)

This chart illustrates how Wuxi Honghui New Materials Technology Co Ltd's cash flow conversion efficiency has evolved over time, based on yearly financial data.

Wuxi Honghui New Materials Technology Co Ltd Competitors by Cash Flow Conversion Efficiency

The table below lists competitors of Wuxi Honghui New Materials Technology Co Ltd ranked by their cash flow conversion efficiency.

Company Cash Flow Conversion Efficiency
Ningbo Water Meter Co Ltd
SHG:603700
0.020x
Shenzhen Zhongheng Huafa Co Ltd Class A
SHE:000020
-0.033x
Mecaro Co. Ltd
KQ:241770
0.011x
Jilin Jian Yisheng Pharmaceutical Co Ltd
SHE:002566
0.003x
Iljin HySolus Co Ltd
KO:271940
0.008x
Dk Tech Co.Ltd
KQ:290550
0.079x
Dinkelacker AG
STU:DWB
N/A
Tanzanian Royalty Exploration Corp
NYSE MKT:TRX
0.039x

Annual Cash Flow Conversion Efficiency for Wuxi Honghui New Materials Technology Co Ltd (2011–2024)

The table below shows the annual cash flow conversion efficiency of Wuxi Honghui New Materials Technology Co Ltd from 2011 to 2024. For the full company profile with market capitalisation and key ratios, see 002802 stock market capitalisation.

Year Net Assets Operating Cash Flow Cash Flow Conversion Efficiency Change
2024-12-31 CN¥626.03 Million
≈ $91.61 Million
CN¥27.20 Million
≈ $3.98 Million
0.043x -68.36%
2023-12-31 CN¥665.64 Million
≈ $97.40 Million
CN¥91.39 Million
≈ $13.37 Million
0.137x -50.53%
2022-12-31 CN¥690.26 Million
≈ $101.01 Million
CN¥191.56 Million
≈ $28.03 Million
0.278x +173.79%
2021-12-31 CN¥620.55 Million
≈ $90.81 Million
CN¥62.90 Million
≈ $9.20 Million
0.101x -40.46%
2020-12-31 CN¥582.32 Million
≈ $85.21 Million
CN¥99.14 Million
≈ $14.51 Million
0.170x -13.26%
2019-12-31 CN¥566.66 Million
≈ $82.92 Million
CN¥111.22 Million
≈ $16.27 Million
0.196x +135.76%
2018-12-31 CN¥613.05 Million
≈ $89.71 Million
CN¥51.04 Million
≈ $7.47 Million
0.083x +39.98%
2017-12-31 CN¥605.03 Million
≈ $88.54 Million
CN¥35.98 Million
≈ $5.27 Million
0.059x -46.63%
2016-12-31 CN¥547.79 Million
≈ $80.16 Million
CN¥61.04 Million
≈ $8.93 Million
0.111x -39.82%
2015-12-31 CN¥281.30 Million
≈ $41.16 Million
CN¥52.09 Million
≈ $7.62 Million
0.185x +66.65%
2014-12-31 CN¥235.93 Million
≈ $34.52 Million
CN¥26.21 Million
≈ $3.84 Million
0.111x -60.29%
2013-12-31 CN¥205.05 Million
≈ $30.00 Million
CN¥57.37 Million
≈ $8.40 Million
0.280x -15.16%
2012-12-31 CN¥187.89 Million
≈ $27.49 Million
CN¥61.96 Million
≈ $9.07 Million
0.330x +13.69%
2011-12-31 CN¥129.07 Million
≈ $18.89 Million
CN¥37.44 Million
≈ $5.48 Million
0.290x --

About Wuxi Honghui New Materials Technology Co Ltd

SHE:002802 China Chemicals
Market Cap
$314.52 Million
CN¥2.15 Billion CNY
Market Cap Rank
#14678 Global
#4384 in China
Share Price
CN¥11.79
Change (1 day)
-2.64%
52-Week Range
CN¥11.66 - CN¥16.36
All Time High
CN¥40.00
About

Wuxi Honghui New Materials Technology Co., Ltd. engages in the research and development, production, and sales of vinyl chloride-vinyl acetate copolymer resin and vinyl chloride copolymer emulsion products in China. The company provides vinyl binary copolymer resin, carboxyl-containing vinyl ternary copolymer resin, hydroxyl-containing vinyl ternary copolymer resin, vinyl chloride copolymer emuls… Read more