Chromium Rod (Cr)

Chromium Rod Price & List

Spec.	Purity	Diameter (mm)	Length (mm)
Cr-R005	≥99.5%	φ5	≥300
Cr-R010	≥99.5%	φ10	≥300
Cr-R020	≥99.5%	φ20	≥300
Cr-R030	≥99.5%	φ30	≥300
Cr-R050	≥99.5%	φ50	≥300
Cr-R100	≥99.5%	φ100	≥300
Customizable	Customizable	Customizable	Customizable

Note: We provide customized service. If you don't find the rods you want, please send us an email directly. We can customize it according to your requirements.

Chromium rod, also known as chromium round bar, refers to a high-purity chromium bar with a circular cross-sectional shape. It is a type of chromium rod made by selecting high-purity chromium powder, melting or sintering it into a billet, and then machining it according to customer requirements. 

Chromium Rod Application

High-purity chromium rods play a crucial role in various high-tech fields. Their excellent properties make them widely used in aerospace, semiconductors, new energy, and high-end alloys. The specific applications are as follows:
Aerospace and High-Temperature Alloys
Chromium rods, as an important additive in high-temperature alloys, significantly improve the oxidation resistance and corrosion resistance of the alloys in high-temperature environments. This is especially crucial in aircraft engines, where chromium enhances the fatigue resistance and high-temperature strength of turbine blades and other high-temperature components. This allows aircraft engines to operate at higher working temperatures, thereby improving overall efficiency and performance.
Semiconductors and Coatings
In the semiconductor industry, chromium rods are often used to prepare chromium sputtering targets, which are then used to deposit conductive or protective films on chips, display panels, and other devices. These films not only enhance the performance of electronic devices but also provide corrosion resistance and wear protection, extending the lifespan of the equipment. Chromium's application in modern electronics manufacturing undoubtedly improves the reliability and stability of products.
New Energy and Nuclear Power
In the new energy sector, the corrosion resistance of chromium and its alloys makes them an ideal choice for various equipment materials. For example, in solar cells and battery storage systems, chromium alloys can effectively improve the durability and efficiency of devices. In the nuclear power industry, the high-temperature and corrosion resistance of chromium makes it suitable for manufacturing nuclear reactor components and related equipment, ensuring the safety and stability of nuclear power facilities.
High-End Alloy Additives
High-purity chromium, as an important additive in special steels and high-entropy alloys, enhances the overall performance of the alloys. For example, high-purity chromium can be used to produce materials that require extremely high durability and strength, such as precision instruments, ultra-high-strength tools, and high-performance machinery components.
Other
1. Chromium rods can be processed into chromium products such as chromium tubes, chromium flanges, chromium bolts, etc;
2. High purity chromium rods can be used in plasma rotating electrode equipment to produce spherical chromium powder;
3. Chromium rods can be processed into components, structural components, and connecting parts of various mechanical equipment;
4. Chromium rods can be processed into cylindrical chromium crucibles and other evaporating vessels;
5. High purity chromium rods can be processed into cylindrical chromium pellets for melting or evaporative coating.
  

Spec.	Purity	Diameter (mm)	Length (mm)
Cr-R005	≥99.5%	φ5	≥300
Cr-R010	≥99.5%	φ10	≥300
Cr-R020	≥99.5%	φ20	≥300
Cr-R030	≥99.5%	φ30	≥300
Cr-R050	≥99.5%	φ50	≥300
Cr-R100	≥99.5%	φ100	≥300
Customizable	Customizable	Customizable	Customizable

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