Cinalux Encapsulated Amalgam
The Cinalux Amalgam Capsule (Cinalux Encapsulated Amalgam) contains 42.6% silver, 31.4% tin, and 26% copper, which combine with dental mercury to form a strong and durable amalgam. Produced using advanced atomization technology, it features spherical alloy particles that enhance packing efficiency and mechanical strength. This product is zinc-free and gamma-2 phase free, providing superior resistance to corrosion and long-term performance.
Amalgam (silver filling material) is a traditional and reliable restorative alloy composed of mercury, silver, tin, and copper. Cinalux amalgam offers long-lasting restorations at a more affordable cost compared to composite fillings. The Cinalux capsule contains pre-measured mercury and crystalline alloy granules to produce a non-gamma-2 amalgam, ensuring optimal handling and clinical results.
Specifications:
-
Energy efficient and advanced formulation
-
Non-gamma alloy
-
Economical and high-performance
-
Ensures long-lasting restorations and patient satisfaction
-
High strength with positive dimensional stability
-
Reduces the risk of restoration fracture
-
Guarantees hardness, durability, and long-term performance
-
High compressive strength (up to 530 MPa)
Available Packaging Sizes:
-
Single-unit capsule
-
Double-unit capsule
-
Triple-unit capsule
-
Five-unit capsule
Composition:
-
Alloy Powder: 400 mg (1-unit), 600 mg (2-unit), 800 mg (3-unit)
-
Mercury: 340 mg (1-unit), 510 mg (2-unit), 700 mg (3-unit)
Key Features:
-
High-quality and long-lasting restorations with excellent polishability
-
Superior condensation and marginal sealing properties
-
Contains 45% silver, 30% tin, 25% copper, zinc-free, and gamma-2-free
-
Spherical and lathe-cut particles for enhanced mechanical strength
-
Reliable packaging with capsule design that allows mercury release during trituration
Applications:
Ideal for occlusal restorations in posterior regions (Class I and II) when plastic restorations are not required.
Cinalux Amalgam guarantees strong, durable, and precise restorations with long-term clinical reliability.