Your Professional Inoculants Supplier
Anyang Juxin Ferroalloy Co., Ltd. is located in the Industrial Development Zone of Longquan Town, Long'an District, Anyang City. The site boasts convenient transportation, abundant resources, and a superior geographical location. The factory operates under a scientific management model, possesses strong technical capabilities, and employs comprehensive testing methods. Its primary products include rare earth silicon-magnesium ferroalloy, nodularizing agents, inoculants, silicon iron powder, and silicon manganese. Due to consistent product quality, the company has earned the trust of its customers.
Our Certificate
We are certified under the ISO 9001 Quality Management System. This certification reflects our commitment to maintaining high-quality standards in our processes and services.
Production Market
Domestic Market: Serving major steel, foundry, and metallurgical enterprises nationwide
International Market: Conducting import and export operations with products distributed to numerous countries and regions worldwide
Market Positioning: Direct manufacturer supply, consistent quality, and high cost-performance ratio
Our Service
1. Pre-sales: Product selection guidance, technical solutions, and quotations
2. During sales: Rapid order response, transparent production progress, on-time delivery, and logistics tracking
3. After-sales: Prompt resolution of quality issues, technical guidance, usage training, and long-term stable supply assurance
-
![Ferrosilicon]()
FerrosiliconCommon particle sizes for ferro silicon granules: 0-3mm, 60 mesh, 100 mesh, 200 mesh, etc. -
![Ferro Silicon Inoculant]()
Ferro Silicon InoculantFerro silicon inoculant is an alloy material for casting made from ferrosilicon as the base material, with appropriate amounts of calcium, barium, aluminum, strontium, or rare earth elements added. -
![Calcium Silicon Barium Inoculant]()
Calcium Silicon Barium InoculantCalcium silicon barium inoculant is a composite alloy inoculant primarily composed of silicon (Si), barium (Ba), and calcium (Ca) as core elements, manufactured in the form of iron alloy blocks or -
![Rare Earth Magnesium Ferrosilicon Nodularizer]()
Rare Earth Magnesium Ferrosilicon NodularizerRare earth magnesium ferrosilicon alloy is a casting additive composed of ferrosilicon as the matrix, combined with magnesium and rare earth elements, and supplemented with calcium and other -
![Silicon Zirconium Inoculant]()
Silicon Zirconium InoculantSilicon Zirconium Inoculant is an iron-based composite inoculant primarily composed of silicon and zirconium. It is widely used in the production of gray iron and ductile iron to enhance graphite -
![Ferro Silicon Barium Inoculant]()
Ferro Silicon Barium InoculantSilicon-barium inoculant is a highly effective inoculant for cast iron, primarily composed of silicon (Si) and barium (Ba). It is widely used in the production of gray cast iron and ductile iron. -
![Pipe Mold Powder]()
Pipe Mold PowderPipe mold powder is a critical functional material used in the centrifugal casting of ductile iron pipes and other cast pipes. It is primarily a ferrosilicon-based composite material that, when
Production Description
Silicon calcium barium is a common additive in steel smelting. Silicon and barium can react with oxygen in steel to form oxide impurities such as silicon dioxide and are often used as deoxidizers. Different from other types of deoxidizers, silicon calcium barium deoxidizer can play its deoxidation effect very well in the deoxidation process, and the deoxidation effect is good, which is also a characteristic of multi-component deoxidizers.
|
Silicon barium inoculant |
Size |
Chemical Component % |
||||
|
mm |
Si |
Ba |
Ca |
Re |
Fe |
|
|
Ba3-65 |
0.5-2.0 |
60-65 |
2-4 |
0.5-2.5 |
- |
- |
|
Ba5-60 |
2-5 |
55-60 |
4-6 |
0.5-2.5 |
- |
- |
|
BaRe5-60.5 |
3-8 |
55-60 |
4-6 |
0.5-2.5 |
4-6 |
- |
|
Ba10-55 |
0.2-3 |
50-55 |
8-12 |
3.5-5.5 |
- |
- |
|
2-8 |
||||||
|
Ba15-50 |
0.2-3 |
45-50 |
13-17 |
3.5-5.5 |
- |
- |
|
2-8 |
||||||
|
Ba20-45 |
0.2-3 |
40-45 |
18-20 |
3.5-5.5 |
- |
- |
|
2-8 |
||||||
|
Ba3-50 |
0.2-3 |
46-54 |
1.5-4 |
1-3 |
3-5 |
- |
|
2-8 |
||||||
|
Si72 |
0.3-2 |
70-72 |
1-3 |
- |
- |
|
Key Properties of Ferro Silicon Barium Inoculant
Excellent Nucleation Ability
Promotes uniform graphite nucleation, improving the structure of cast iron.
01
Reduced Chill Tendency
Prevents the formation of carbides in cast iron, ensuring a softer and more machinable matrix.
02
Enhanced Graphite Morphology
Produces fine, evenly distributed graphite flakes, enhancing the mechanical properties of cast iron.
03
Improved Fluidity
Makes molten iron easier to pour, reducing casting defects.
04
Thermal Stability
Resistant to oxidation and degradation at high temperatures.
05
Strongly increase the graphitization core, refine the graphite, promote the A-type graphite in the gray iron castings, and improve the strength. For the ductile iron castings, the graphite in the ductile iron can be made smaller and rounded, and the spheroidization level can be improved.
It can effectively reduce the subcooling of molten iron, promote the precipitation of graphite, significantly reduce the tendency of white mouth, reduce the relative hardness, and improve the cutting performance of castings.
Strong anti-decay ability. The anti-decay time is twice that of 75 silicon. The addition amount of silicon barium inoculant is lower than half of 75 silicon inoculant, while preventing the associated spheroidization and recession.
Low wall thickness sensitivity, improve section uniformity and reduce shrinkage tendency.
The chemical composition is stable, the processing particle size is uniform, and the composition and quality deviation are small.
Low melting point (less than 1300°), easy to absorb melting during inoculation, and there is very little scum.
How Ferro Silicon Barium Inoculant Works
Nucleation Sites
Barium in the inoculant acts as a powerful nucleating agent, creating numerous nuclei for graphite precipitation.
Graphite Formation
Silicon promotes the growth of graphite over carbide, ensuring a softer and more ductile structure.
Carbide Reduction
The barium-calcium combination effectively reduces chill carbides, even in low-carbon and thin-walled castings.
Key Metrics Compared
The table below highlights how silicon barium outperforms ferro silicon in critical areas:
|
Metric |
Ferro Silicon Inoculant |
Silicon Barium Inoculant |
|
Graphite Uniformity |
Moderate (prone to coarse flakes/nodules) |
Excellent (fine, evenly distributed) |
|
Chill Depth Reduction |
20–30% |
40–60% |
|
Inoculation Duration |
Short (5–10 minutes) |
Long (15–25 minutes) |
|
Defect Mitigation |
Reduces shrinkage slightly |
Minimizes shrinkage, porosity, and cold shuts |
|
Application Scope |
Basic gray iron; limited ductile iron use |
Ideal for ductile iron, high-strength gray iron, and complex castings |
Transport Packaging
Generally, they are packaged individually in 25kg small bags and then packed in large ton bags.
FAQ
We're well-known as one of the leading inoculants manufacturers and suppliers in China, featured by quality products and good price. Please rest assured to wholesale bulk inoculants for sale here from our factory. Customized orders are welcome.
inoculation in agriculture, quickroots inoculant, powdered inoculant
