Master Alloys
Professional Master Alloys Manufacturer
Jinzhou Stone Trading Co., Ltd was established in 2006 by Jinzhou Metal Materials Research Institute and is a professional manufacturer of chromium carbide powder. The main products are chromium carbide metal powder, chromium carbide alloy powder, etc.
Why Choose Us
Rich Experience
After more than ten years of development, the company has accumulated rich experience. Our company specializes in import and export business and agent business.
International Sales
The trade network covers Korea, Japan, the United States, Zimbabwe and South Africa, some European countries and etc. We look forward to cooperating with you.
Mechanical Equipment
We have professional mining equipment, engineering machinery and other mechanical equipment.
Quality Assurance
We use the most stringent production process and quality control management to provide customers with safe, long-lasting, high-performance products.
Types of Master Alloys
Ferro Zirconium Master Alloy
Ferro zirconium master alloy is mainly used in stee lmaking, NdFeB magnetic materials in the addition of zirconium element, metallurgy casting, welding industry.
Copper Manganese Alloy
Cu-Mn master alloy is an important raw material for producing non-ferrous alloys of manganese and copper. It plays an important role in adjusting element content in production.
Copper Boron Master Alloy
Copper boron master alloy is a highly effective boron additive for copper processing. It is also one of the important intermediate alloys for deoxidizing copper alloys, improving corrosion resistance and increased strength.
Iron Zirconium Master Alloy
Iron zirconium’s main function is to improve the material structure and refine the grain. Zirconium is a powerful deoxidizing and denitrifying element used in steelmaking.
Ferro Silicon Zirconium Alloy
Ferro silicon zirconium alloy is an additive for special steel smelting as a deoxidizing and desulfurizing material.
Product specification
|
Brand |
Chemical Composition ％ |
||||||
|
Cu |
B |
Fe |
Si |
Al |
S |
P |
|
|
CuB4 |
Bal |
4-6 |
0.5 |
1.0 |
0.5 |
0.03 |
0.04 |
|
CuB2 |
Bal |
2-3 |
0.5 |
1.0 |
0.5 |
0.03 |
0.04 |
|
Remark：The content of Cr is the balance of removing impurity, not including gases. |
|||||||
Advantages of Master Alloys
Enhanced Properties:
Master alloys allow manufacturers to tailor the properties of alloys according to specific requirements. By introducing controlled amounts of alloying elements, desired properties such as improved strength, corrosion resistance, and heat resistance can be achieved.
Cost-Effectiveness:
Instead of adding pure elements separately, which can be costly and challenging to handle, the use of master alloys simplifies the manufacturing process. It reduces the overall cost while maintaining control over the alloy composition.
Consistency:
Master alloys ensure consistency in alloy production. The controlled concentrations of alloying elements provided by master alloys offer repeatability in alloy composition, resulting in consistent properties of the final product.
Customizability:
With master alloys, manufacturers have the flexibility to customize alloys for specific applications. By selecting the appropriate master alloys and adjusting the composition, they can meet the unique requirements of different industries and end-use applications.
Aerospace Industry
Master alloys are widely used in the aerospace sector. Master alloys are used in producing aircraft parts that require the use of lightweight yet durable materials.
Automotive Manufacturing
Car makers use master alloys in the manufacture of lighter cars. Master alloys enhance fuel economy and lower emissions in ways that are beneficial to the planet.
Construction and Architecture
Master alloys are very useful for the construction industry. Master alloys are commonly used in facades, windows and structural components. They provide resistance to wear and corrosion.
Electrical Industry
Master alloys find applications in the electrical industry as well. Master alloys are used in the production of various electrical components, including wires, connectors, and switches.
Packaging Industry
Master alloys are widely used in the packaging industry for different products. These alloys are used in the manufacturing of food cans, beer cans and soft drink cans, as well as in the production of foils.
Pure gold casting grain is purified samples of precious metal that come in small granules, so you can use as little or as much as you need, depending on what you’re making.
On the other hand, master alloys are made up of more common metals like copper, nickel, zinc, etc. You might recognize these types of metals as the impurities most commonly alloyed with precious metals.
By combining casting grains with a precise amount of certain master alloys, you can create precious metal alloys that have whatever characteristics you need–like scratch resistance, tarnish resistance, or color.
Master Alloys Using Requirements
Avoid exposing them to moisture, corrosive substances, or harsh chemicals that may cause degradation.
Use appropriate cleaning methods and solvents compatible with the alloy. Avoid using harsh abrasives or chemicals that may damage the surface.
When required, a corrosion inhibitor or protective coating is applied to the master alloy.
Avoid exposing them to excessive heat or temperature fluctuations, which may cause thermal stress or affect their performance.
Necessary testing, such as chemical composition analysis or mechanical property evaluation, is performed to ensure the alloy meets the required specifications.
Ordering Process
Buyer Send Enquiry
You can contact us by sending an email to seller@jzmm.com to ask our sales staff for requirements and quotes for the products you need.
Get Quotation
Our sales staff will give you the most favorable quotation based on the information you provide.
Order Confirmation
When you confirm your order, we will send our Proforma Invoice via email for you. You can pay it by bank transfer, credit card and Paypal.
Production
Buyer arrange 30% deposit. Production started upon receipt of deposit
Quality Inspection
Our technicians will conduct strict inspections during the production process to ensure product quality.
Packing
After the product is completed, the buyer needs to pay the remaining balance, and the product will be packaged and shipped after receiving the balance.
Other Services
Product packaging:
The products are packed in steel drums or woven bags, 100kg / drum or 25kg / bag. If the buyer has special requirements, it can be negotiated by both parties.
Payment:
30% T/T deposit , 70% balance by T/T or L/C before shippment.
Delivery Time:
Generally it is 7-14 days if the goods are in stock. or it is 25-45 days if the goods are not in stock, it is according to
Delivery Method:
We will send the products via FEDEX, UPS and DHL.
FAQ
