Copper Deoxidizer Refractory Material Addtives Special Ceramic Calcium Hexaboride Cab6 Calcium Boride 90% 95% CAS: 12007-99-7

Basic Info

Product Description

Calcium Hexaboride CaB6

Copper deoxidizer:

Commonly used particle size:20~100mesh;20~60mesh;-20mesh
Alcium hexaboride :The Excellent oxygen deoxidizer which used for free copper, The results show that the deoxidizing capacity of calcium hexaboride deoxidizer is higher than that of copper boron alloy and phosphor copper . and it has enhancement effect on copper matrix and no pollution to copper liquid. Add amount of the Alcium hexaboride >0.60 % Can reduce the oxygen content of copper liquid to < 20 ×10- 6, Which can be reached the domestic standard of first-grade oxygen-free copper.
Calcium hexaboride have little impact on the electrical conductivity of copper . Add range of the Alcium hexaboride (0.69 %~1.12 %).
With increase the amount of calcium hexaboride, the tensile strength of copper will continues improve, when the add amount of the calcium hexaboride reach 0.88 % reach the maximum value.

Refractory Material

Commonly used particle size:-325mesh;-400mesh

The calcium boride can improve the oxidation resistance of the refractory materials of the dolomite and magnesium dolomite ,and also improve the Resistance to erosion and enhancement of thermal strength.
The calcium hexaboride can be improved the strength and volume density of the castable after treatment in different temperature sections.
The calcium hexaboride Can promote the degree of high temperature densification of castable , It can make the castable obtain better oxidation resistance , high temperature bending strength and corrosion resistance.
The calcium hexaboride can be improved the properties of iron hook castable.

Additive

Use the calcium hexaboride as the additives to produce other boride , such like : Boron nitride hexagonal, Superconducting MgB 2 etc…

Additives Special Ceramic

The calcium hexaboride can be used for Special ceramic and the additives special ceramic.The calcium hexaboride can be used for additives in the Sintering process of some boride and carbide ceramics, It can improve the physical and chemical properties of ceramics .for example: used Ultrafine TiB2 as matrix, add calcium hexaboride as the secondary phase, after hot press , Due to the dissolution of Ca, prevented the growth of grains, and the microhardness and bending strength of these materials were extremely high.

The Calcium hexaboride (CaB6)has excellent properties: extremely high melting point, hardness, strength, chemical stability, good electromagnetic performance and extremely strong neutron absorption ability, which makes it be well used in refractory and wear-resisting materials, composite materials, ceramic materials, semiconductor materials and nuclear control materials.
Coating additives and Calcium hexaboride (CaB6) aluminum magnesium alloys etc….
Ca3B2N4 and hexa nitride mixture used for producing activator a3B2N4. It can produce good crystal cube B2N4.

1. Top quality materials with competitive price;
2. Large capacity of stable materials supply;
3. Safety and fast shipment by express/air/sea;
4. Sample order acceptable;
5. Professional and great packing as customized;
6. Convenient payment terms by T/T, Credit Card and online order;
7. Reply inquiries in time

Q: Who are you?
A: We are a professional and with more than 20 years experienced supplier and exporter for Industrial & fine chemicals, APIs, Reagent & Lab Supplies, and Food & Food Additives in China.

Q: How can you guarantee quality?
A: We could provide pre-production sample before mass production. And we also accept the final inspection(third-party) before shipment.

Q: Do you supply free samples?
A: Generally, we could provide free sample for quality evaluation, but the international shipping cost should be undertook by customers.

Q: Which payment terms do you accept?
A: We could accept the payment through T/T, L/C and Online payment.

Q: Can I pay with a credit card
A: Yes, you could feel free to make your payment through credit card. Please contact us for more details