Model NO.:EB
Applicable Departments:Dental Department
Nature:Specialized Instrument Equipment
Instrument Classification:Class I
Quality Certification:SGS
Density:8.2g/cm3
Melting Range:1295-1345℃
Hardness:Hv10
Tensile Strength:960MPa
Yield Stress:640MPa
Elongation:7.5%
Trademark:EB
Origin:China
Production Capacity:50000kg/Year
Cobalt & Nickel based alloys (non-precious) are widely used in the dental industry for creating dental prosthesis. They serve as an economical alternative to Gold & Silver based alloys (precious) while delivering exceptional performance through their superior mechanical properties and biocompatibility.
Dosing ➜ Mixture powders ➜ Crushing ➜ Pressing ➜ Sintering ➜ Grinding ➜ Inspection ➜ Products ➜ Package
Frequently Asked Questions
Q: What are the main benefits of using Cobalt Chromium alloys in dentistry?
A: They are highly economical compared to precious metals, offering superior mechanical strength, excellent corrosion resistance, and high biocompatibility for dental prosthesis.
Q: Is the material safe for patients with sensitivities?
A: Yes, our alloy is Nickel-free and Beryllium-free, which significantly enhances its biocompatibility and makes it safer for a wider range of patients.
Q: What is the typical lead time for an order?
A: Generally, it takes 5-10 days if the goods are in stock. For larger or custom orders not in stock, the lead time is approximately 45 days depending on the quantity.
Q: What are the standard payment terms?
A: For orders under 1000 USD, 100% advance payment is required. For orders over 1000 USD, we accept 50% T/T in advance with the balance due before shipment, or irrevocable LC at sight.
Q: What specific dental products can be made with this alloy?
A: It is ideal for custom-made fixed prosthesis like porcelain crown bridges, as well as movable supports and other porcelain casting biological alloy applications.
Q: What is the melting range of this specific dental alloy?
A: The melting range for this alloy is 1295-1345℃, with a standard melting point around 1300ºC, ensuring stable processing during casting.