ferrochrome

简明释义

英[ˈfɛroʊˌkroʊm]美[ˈfɛroʊˌkroʊm]

n. 铬铁；铬铁合金

英英释义

单词用法

同义词

反义词

例句

1.To increase recovery of high carbon ferrochrome, the effecting factors of chrome contents in slags were analysed, and the preliminary test of adding waste magnesia brick and magnesite were conducted.

为了提高高碳铬铁的回收率，分析了影响渣中铬含量的因素，并通过配加废镁砖和菱镁矿作了初步试验。

2.To increase recovery of high carbon ferrochrome, the effecting factors of chrome contents in slags were analysed, and the preliminary test of adding waste magnesia brick and magnesite were conducted.

为了提高高碳铬铁的回收率，分析了影响渣中铬含量的因素，并通过配加废镁砖和菱镁矿作了初步试验。

3.Microwave heating method was used to reduce coal-containing chromite fines, scarce chromite resources can be fully used, technical process of ferrochrome smelting is simplified.

利用微波加热的方法来还原含煤铬铁矿粉，稀缺的铬铁矿资源可以得到充分利用。

4.Manufacturing: industrial silicon, metal magnesium, calcium carbide, high - carbon ferrochrome, silicon chromium alloys, low carbon ferrochrome China.

制造：工业硅、金属镁、电石、高碳铬铁、硅铬合金、中低微碳铬铁。

5.Manufacturing: industrial silicon, metal magnesium, calcium carbide, high-carbon ferrochrome, silicon chromium alloys, low carbon ferrochrome China.

制造：工业硅、金属镁、电石、高碳铬铁、硅铬合金、中低微碳铬铁。

6.This paper introduces the industrial-scale experiment of carbon ferrochrome manufacture with sintered chromite.

介绍了使用烧结铬矿冶炼炭素铬铁的工业性试验情况。

7.It introduces how to produce high nitrogen ferrochrome in vacuum furnace, non - pressured vessel type.

简述了采用非压力容器型真空电阻炉生产高氮铬铁的过程。

8.The practice of smelting ferromanganese silicon with slag of high carbon ferrochrome is introduced.

介绍了用高碳铬铁渣做造渣剂冶炼锰硅合金的生产实践。

9.Our forecasts have been revised upwards slightly as ferrochrome and scrap prices continue to soar.

由于铬铁和废料价格继续上涨，我们的预测值也跟着上调。

10.The steel industry relies heavily on ferrochrome 铬铁 as an essential alloying agent.

钢铁工业在很大程度上依赖于ferrochrome 铬铁，作为一种重要的合金元素。

11.High-quality ferrochrome 铬铁 is crucial for producing stainless steel.

高质量的ferrochrome 铬铁对生产不锈钢至关重要。

12.China is one of the largest producers of ferrochrome 铬铁 in the world.

中国是世界上最大的ferrochrome 铬铁生产国之一。

13.The price of ferrochrome 铬铁 can fluctuate based on global demand and supply.

由于全球需求和供应的变化，ferrochrome 铬铁的价格可能会波动。

14.Manufacturers often test the purity of ferrochrome 铬铁 before using it in production.

制造商在生产前通常会测试ferrochrome 铬铁的纯度。

作文

Ferrochrome is an essential alloy in the production of stainless steel, which has become a vital material in various industries. The significance of ferrochrome (铬铁合金) lies in its ability to enhance the corrosion resistance and strength of steel. This alloy is primarily composed of chromium and iron, with varying percentages of each element depending on the required properties of the final product. The increasing demand for stainless steel across the globe has led to a corresponding rise in the production of ferrochrome (铬铁合金). As industries such as construction, automotive, and electronics continue to grow, the need for high-quality materials like stainless steel becomes more pronounced. The production process of ferrochrome (铬铁合金) involves several steps, starting from the extraction of chromium ore, typically found in countries like South Africa, Kazakhstan, and India. After the ore is mined, it undergoes smelting in electric arc furnaces, where it is combined with iron and other elements to produce the alloy. This process requires a significant amount of energy and expertise, as the quality of the ferrochrome (铬铁合金) produced directly affects the properties of the stainless steel manufactured from it. One of the key factors influencing the market for ferrochrome (铬铁合金) is the global demand for stainless steel. With the rise of urbanization and infrastructure development, particularly in emerging economies, the consumption of stainless steel has surged. Consequently, this has stimulated the growth of the ferrochrome (铬铁合金) industry, as manufacturers strive to meet the needs of their clients. Additionally, the automotive industry has increasingly adopted stainless steel for components due to its durability and aesthetic appeal, further driving the demand for ferrochrome (铬铁合金). However, the production of ferrochrome (铬铁合金) is not without its challenges. Environmental concerns regarding the mining and smelting processes have prompted stricter regulations and a push towards more sustainable practices. Companies are now investing in technologies that reduce emissions and improve energy efficiency. This shift not only helps in minimizing the environmental impact but also enhances the overall competitiveness of the ferrochrome (铬铁合金) industry. Moreover, the pricing of ferrochrome (铬铁合金) is subject to fluctuations based on market dynamics. The cost of raw materials, energy prices, and global economic conditions all play a role in determining the price of this crucial alloy. As such, manufacturers must remain agile and responsive to these changes to maintain profitability. In conclusion, ferrochrome (铬铁合金) is a critical component in the production of stainless steel, which is indispensable in modern society. Its production involves complex processes that require careful management of resources and adherence to environmental standards. As the world continues to evolve, the importance of ferrochrome (铬铁合金) will only grow, making it essential for stakeholders in the industry to stay informed and adaptive to changing market conditions.