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FERRO CHROME ALLOYS
Chrome’s name is derived from the Greek word Chroma to mean colour due to the many colourful compounds made from it. Chrome does not occur free in nature, but rather as the mineral Chromite.
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Westbrook’s Ferro Chrome alloys contain 60-70% Chromium and are hard materials with a shiny appearance that are resistant to corrosion. The Nitrogen content of Nitrided Ferro Chrome produces refined grains and adds strength to the final product.
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As a leading Ferro Chrome supplier, Westbrook Resources distributes several grades of Ferro Chrome alloys to customers both in the UK and globally. ​
Our Ferro Chrome Alloys Range
We supply High Carbon Ferro Chrome and Low Carbon Ferro Chrome in varying grades. We are also a Nitrided Ferro Chrome supplier.
Click on the links below for further information.
Ferro Chrome Alloys In Industry
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Over 80% of the world’s Ferro Chrome is utilised in the production of stainless steel, which has a Chromium content of between 10% and 20% with an average Chrome content of 18%. The stainless steel industry depends on Chrome for its appearance and corrosion resisting properties.
High Carbon Ferro Chrome is most commonly used in specialist applications such as engineering steels. Low Carbon Ferro Chrome is produced in smaller quantities for more specialised applications.
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Production of Ferro Chrome
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The two main products of Chromite refining are Ferro Chrome and Chrome Metal. For the production of Ferro Chrome alloys, the chromite ore is reduced, usually by coal and coke, in a high temperature reaction to form the Iron-Chrome alloy. For the production of pure Chrome, the Iron has to be separated from the Chrome in a two step roasting and leaching process. Our Chrome Metal page can be found within the Pure Metals section of the website.
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What are Ferro Chrome Alloys used for?
Ferro Chrome, an alloy of Chromium and Iron, plays an important role in modern steelmaking, particularly in the production of stainless steel. As a key source of Chromium, it enhances the corrosion resistance, hardness and strength of steel, making it indispensable for creating durable and high-performance materials.
The primary application of Ferro Chrome is in the manufacture of stainless steel, where it contributes to the resistance of extreme environments. This makes it a vital alloying element in several end-use industries, including:
Automotive – used in the production of exhaust systems, body panels and other components that require resistance to heat and corrosion.
Aerospace – valued for its role in producing heat-resistant alloys used in engines and structural parts.
Construction – used in architectural steel, bridges and infrastructure requiring long-lasting performance.
Energy and Industrial Equipment – contributes to wear-resistant alloys used in turbines, tools and machinery.
Marine - used in shipbuilding and offshore platforms due to its strength and resistance to saltwater corrosion.
Whether you are producing flat-rolled stainless steel or specialised high-performance alloys, Ferro Chrome is essential to achieving the strength and durability modern applications demand.
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Why Choose Westbrook Resources For Ferro Chrome Alloys
At Westbrook Resources, we have storage facilities in the UK, Africa, Europe and North America. These strategic locations provide the perfect bases for us to act as Ferro Chrome suppliers and ship to our global customers.
Our aim is to be a reliable long-term partner be ensuring:
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Continuity of Supply
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Consistent Quality
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Competitive Pricing
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Efficient Delivery Service
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Outstanding Service
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As a leading Ferro Chrome supplier, we distribute alloys to companies across the world. Our dedicated team is on hand to discuss global distribution requirements and answer any questions.
Westbrook Resources is ISO 9001 compliant, Authorised Economic Operator accredited, holds numerous REACH registrations both in the UK and the EU and has several Turkish KKDIK pre-registrations. We have fiscal representation in several countries to facilitate deliveries direct to your plant.
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Contact Us
With vast experience in supplying metals, ferro alloys and minerals, make Westbrook your new Ferro Chrome supplier today. Our team is ready to assist you with your enquiries.
Have any questions about our Ferro Chrome alloys? Contact our team of industry experts today.
FAQs
​What are the different types of Ferro Chrome alloys?
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There are primarily two types of Ferro Chrome: High Carbon Ferro Chrome (HCFeCr) and Low Carbon Ferro Chrome (LCFeCr). High Carbon Chrome typically contains 65-70% Chromium with Carbon content ranging from 6 to 8 percent. Low Carbon Chrome contains about 60-70% Chromium and significantly lower Carbon content, usually less than 0.1%. We are also suppliers of a Nitrided Ferro Chrome which enhances mechanical properties.
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What is the difference between using Ferro Chrome and Ferro Manganese in steel production?
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While both Ferro Chrome and Ferro Manganese are ferro alloys used in steelmaking, they impart different properties onto the finished product. Ferro Chrome primarily adds Chromium to steel, enhancing its corrosion resistance and strength, whilst giving stainless steel its desirable “shiny” appearance. Ferro Manganese adds Manganese to steel, which improves its hardenability, strength, and wear resistance.
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What are the benefits of Nitrided Ferro Chrome?
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Nitrided Ferro Chrome is an important addition to our range of Chrome alloys, offering a dual source of Chromium and Nitrogen for steel production. It is particularly valued in stainless and speciality steelmaking, where low Carbon content is essential and added Nitrogen enhances strength and corrosion resistance. The Nitrogen content also helps to refine grains, improving mechanical properties, increasing oxidation resistance and thermal stability. Nitrogen can also be an austenite stabiliser in some stainless steel compositions.
What factors should be considered when selecting a Chrome alloy for industrial use?
When selecting a Chrome alloy for industrial applications, considerations include the required Carbon content (high, medium or low), desired mechanical properties, corrosion resistance and melting conditions. For example, Low Carbon Ferro Chrome is preferred in stainless steel production, where precise control of Carbon levels is essential, while high-carbon grades may be more suitable for general steelmaking. Desired Nitrogen content will determine whether a Nitrided Ferro Chrome is suitable. The Chromium content of the Ferro Chrome alloy should be matched to the desired steel grade or application. Cost implications are likely to influence purchasing decisions where Carbon control is less critical.
