FeV alloy Chunks 75 Percent Vanadium Dense Structure For Nuclear Industry Special Steel Fabrication

Name: FeV alloy Chunks 75 Percent Vanadium Dense Structure For Nuclear Industry Special Steel Fabrication
Brand: Zhenan Metallurgy Co., Ltd
SKU: FeV
Availability: InStock

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FeV alloy Chunks 75 Percent Vanadium Dense Structure For Nuclear Industry Special Steel Fabrication

Large Image : FeV alloy Chunks 75 Percent Vanadium Dense Structure For Nuclear Industry Special Steel Fabrication

Product Details:

Place of Origin:	China
Brand Name:	ZHENAN
Certification:	ISO9001:2015
Model Number:	FeV

Payment & Shipping Terms:

Minimum Order Quantity:	Negotiable
Price:	Negotiable
Packaging Details:	1MT big bag or as per customer request
Delivery Time:	7-10 work days after received the payment
Payment Terms:	L/C,T/T,Western Union
Supply Ability:	2000MT/per Month

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FeV alloy Chunks 75 Percent Vanadium Dense Structure For Nuclear Industry Special Steel Fabrication

Description

Product Name:	FeV	Color:	Grey
Model:	40 50 60 75 80	Shape:	Block/ Lump/ Powder
Melting Point:	1887ºC	Boiling Point:	3337ºC
Highlight:	FeV alloy vanadium chunks , 75 percent vanadium dense alloy , nuclear industry FeV alloy

FeV alloy Chunks 75 Percent Vanadium Dense Structure For Nuclear Industry Special Steel Fabrication

In advanced metallurgical sectors, FeV alloy chunks with approximately 75 percent vanadium and a dense structure represent a specialized class of Ferrovanadium designed for nuclear industry special steel fabrication. Known interchangeably as Ferrovanadium, Iron Vanadium, Vanadium Iron, FeVanadium, or Iron Vanadium Alloy, these chunks combine high vanadium content with tightly packed crystalline grains, delivering exceptional purity and uniformity critical for safety‑critical applications.

The 75% vanadium level positions this product between standard FeV70 and premium FeV80 grades, offering a favorable balance of carbide formation potential and material economy. Its dense structure minimizes porosity, ensuring consistent melting behavior and reducing inclusion risk during vacuum induction or arc furnace processing. This characteristic is vital in nuclear‑grade steels, where even trace impurities can compromise radiation resistance, dimensional stability, and long‑term mechanical integrity.

In special steel fabrication for the nuclear sector, FeV alloy chunks act as powerful deoxidizers and grain refiners. They scavenge oxygen and nitrogen from molten steel, yielding cleaner heats with refined austenite grain size. The high vanadium concentration promotes fine, evenly distributed vanadium carbides (VC), which impede dislocation movement and raise yield strength, creep resistance, and thermal stability—properties essential for reactor pressure vessels, control rod cladding, and containment structures that operate under elevated temperatures and neutron flux.

Because nuclear steels must retain dimensional accuracy over decades, the uniform distribution of VC from these FeVanadium alloy chunks helps prevent swelling and creep deformation. Additionally, the dense chunk form reduces dusting and handling losses compared with powders, supporting safer, cleaner plant operations.

Suppliers often certify these chunks to nuclear material standards, controlling elements such as sulfur, phosphorus, aluminum, and tramp elements to very low levels. Their robust physical form also facilitates accurate weighing and batching in automated steelmaking systems.

Property	FeV Alloy Chunks 75% V	Benefit for Nuclear Steel
Vanadium Content	~75%	Strong carbide strengthening
Structure	Dense, low porosity	Cleaner melts, fewer inclusions
Form	Chunk	Reduced dust, easier handling
Deoxidation Capability	High	Lower oxygen/nitrogen levels
Grain Refinement	Effective	Finer microstructure, better mechanical control

FeV alloy chunks with 75% vanadium and a dense structure are engineered to meet the exacting demands of nuclear industry special steel fabrication, combining metallurgical potency with operational safety and consistency.

Ferro Vanadium Composition

Grade	V	Al	P	Si	C
FeV40-A	38-45	1.5	0.09	2.00	0.60
FeV40-B	38-45	2.0	0.15	3.00	0.80
FeV50-A	48-55	1.5	0.07	2.00	0.40
FeV50-B	48-55	2.0	0.10	2.50	0.60
FeV60-A	58-65	1.5	0.06	2.00	0.40
FeV60-B	58-65	2.0	0.10	2.50	0.60
FeV80-A	78-82	1.5	0.05	1.50	0.15
FeV80-B	78-82	2.0	0.06	1.50	0.20