Three points describe the status quo and future of gear oil

First of all: in recent years, the rapid development of China's gear oil pump industry, not only the valve production level has been greatly improved, its production has been greatly increased.

But more embarrassing is that the process of small and medium-sized private enterprises in the valve and more growth, the proportion is relatively large.

The large valve enterprises less domestic valve industry, brand is not strong, the market competitiveness is weak.

From the current development of the valve industry, the valve industry itself is also facing the risk of eliminating backward production capacity.

The second is: the impact of the financial crisis, steel, construction and downstream industries of the market, which is dependent on the development of these industries under the influence of the rapid decline of the valve industry, is undoubtedly a fatal blow.

Although the financial crisis, to a certain extent, has a negative impact on China's valve industry, but also makes the domestic gear oil pump industry also exposed shortcomings, in the market economy, the survival of the fittest, has been greatly improved.

Third: the steel industry gear pump raw material, today on the gradual increase of environmental pressure, its urgent restructuring.

The steel industry will be the danger of layoffs, layoffs will lead to an increase in steel prices in the short term, leading to the cost of gear oil pump valve industry, increase in industrial raw materials, in today's pressure on the environment is gradually increasing, its urgent restructuring.

The steel industry will be the risk of layoffs, layoffs will lead to short-term increases in steel prices, resulting in increased costs in the valve industry, leading to short-term price fluctuations in the valve industry.

Therefore, the valve industry will also be greatly affected.

To sum up, the next problem to be solved is to improve the reliability of the pump, and can adapt to a variety of working environments, optimize the structural design, and further improve the performance of the pump.