Atlas is the strongest high noble ceramic alloy that we offer. It solders well and does not exhibit the brittleness that some technicians report with other medium-gold ceramic alloys

Noble. Palladium-silver alloy. A super economy ceramic alloy. More restorations have been fabricated using Vista than any other precious Sterngold alloy. More than 2 million units in the mouth testify to its popularity. It casts and polishes like a conventional ceramic gold. Vista contains more than 60% noble metal and resists tarnishing on exposed surfaces.

High Noble Medium gold-palladium-low. Metro solders well and does not exhibit the brittleness some technicians report in other medium-gold ceramic alloys. The small quantity of silver in Metro adjusts its thermal expansion coefficient to make it much more compatible with higher expansion porcelains than other alloys in its class. Yet, it is less expensive than other alloys in this category.

High Noble. Premium gold-palladium alloy. Auramic 210 is one of the first gold-palladium ceramic alloys. Strong and dependable, it is a good value and one of our best sellers. It contains silver, therefore, we recommend you maintain your porcelain furnace by regular purging.

High Noble. Silver free gold-palladium dental alloy eliminates "greening" effect with its composition. Galaxy is compatible with most major porcelains. However, like most silverless white metals, there may be a potential for checking when used with porcelains possessing an exceptionally high-coefficients of expansion.

A ceramic metal with 97.3 % gold and platinum content.

High Noble. Our hardest yellow ceramic alloy. Because its Vickers number is 218, Auramic 2 is the best yellow ceramic alloy to use in ERA® partial denture attachment cases. Plastic pattern attachments must be cast in hard alloys to prevent excessive wear.

High Noble. Premium, deep gold color alloy. Micro-fine grain. Developing less oxide than most hard ceramic alloys, it cleans easily prior to porcelain application. Its rich gold color looks good near tissue and blends well with yellow crown and bridge alloys. It can be used with most porcelains. If you prefer a yellow ceramic metal, this is a excellent choice.

High Noble. Ceramic alloy. This is the most noble (thus the most inert) alloy ever offered in the market, 90% gold and 10% platinum. Like our Bio-C, this alloy is soft with a low melting range. It can be used for full-metal as well as ceramic restorations, but is not recommended for bridges. Sterngold's Bio Alloys were developed for those patients who are allergic to conventional dental alloys. To permit restorations to be as inert as possible in the oral cavity, Bio Alloys maximize gold and platinum content (the two most noble elements) and avoid as much as possible those noble elements that are lower in the electromotive series.

Noble. 1.8% gold and 75.7% palladium, no silver. Columbus's low density and high strength make this an excellent choice for large spans. With a relatively high expansion it will be compatible with most porcelains.

Noble. A 6% gold alloy that produces a clean, very light oxide. Requiring no special pre-coating or acid cleanup. Pegasus casts exactly like a premium alloy. It has a high yield strength making it ideal for long spans. It casts accurately and the castings present no brittleness. With a relatively high thermal expansion, you will find it compatible with most of the major porcelains.

Noble. Type III Good tarnish resistance with only 46% gold content. A moderately priced gold content alloy. You will find it to be your workhorse for crown and bridge alloy needs. With an excellent track record in terms of tarnish resistance, it can be used in all but the most reactive mouth situation.

High Noble. Type IV crown and bridge alloy. Bio-H is extra hard. When heat treated its Vickers value is 290. It also has good yield strength and can be used for bridges and removable partial denture frameworks.

High Noble, Type II Premium alloy with excellent gold color. Micro-fine grain. Harder than Sterngold S, it is better suited for MOD inlays. Casts into a highly aesthetic inlay and burnishes well.

High Noble. Type IV crown and bridge alloy. Bio-H is extra hard. When heat treated its Vickers value is 290. It also has good yield strength and can be used for bridges and removable partial denture frameworks.

Noble. Type III Good tarnish resistance with only 46% gold content. A moderately priced gold content alloy. You will find it to be your workhorse for crown and bridge alloy needs. With an excellent track record in terms of tarnish resistance, it can be used in all but the most reactive mouth situation.

High Noble. Type IV crown and bridge alloy. Bio-H is extra hard. When heat treated its Vickers value is 290. It also has good yield strength and can be used for bridges and removable partial denture frameworks.

High Noble. Type IV crown and bridge alloy. Bio-H is extra hard. When heat treated its Vickers value is 290. It also has good yield strength and can be used for bridges and removable partial denture frameworks.

High Noble, Type II Premium alloy with excellent gold color. Micro-fine grain. Harder than Sterngold S, it is better suited for MOD inlays. Casts into a highly aesthetic inlay and burnishes well.

High Noble, Type II Premium alloy with excellent gold color. Micro-fine grain. Harder than Sterngold S, it is better suited for MOD inlays. Casts into a highly aesthetic inlay and burnishes well.

High Noble. Ceramic alloy. This is the most noble (thus the most inert) alloy ever offered in the market, 90% gold and 10% platinum. Like our Bio-C, this alloy is soft with a low melting range. It can be used for full-metal as well as ceramic restorations, but is not recommended for bridges. Sterngold's Bio Alloys were developed for those patients who are allergic to conventional dental alloys. To permit restorations to be as inert as possible in the oral cavity, Bio Alloys maximize gold and platinum content (the two most noble elements) and avoid as much as possible those noble elements that are lower in the electromotive series.

This versatile, low-cost alloy has proven itself in millions of units for almost 4 decades. However, with it's low nobility composition, we would not recommend it for patients with highly re-active mouths.

Specifically developed for electrosoldering, each laminated strip has solder on one side and pure gold on the other. The thickness of our 2 Dwt strip and its heavy gold layer prevent the bubbling and spitting sometimes encountered during electrosoldering procedures.

MF-Y solder is one of dentistry's most popular presolders. It flows magnificently and bonds beautifully to both noble and base metals. In fact, unless you need a white solder or want a silverless solder to compliment your silver free alloy, we suggest MF-Y for virtually all ceramic metals. Whenever possible, select a presolder with a high end melting range value at least 100°F (40°C) below the low end of your alloy's melting range.

MF-Y solder is one of dentistry's most popular presolders. It flows magnificently and bonds beautifully to both noble and base metals. In fact, unless you need a white solder or want a silverless solder to compliment your silver free alloy, we suggest MF-Y for virtually all ceramic metals. Whenever possible, select a presolder with a high end melting range value at least 100°F (40°C) below the low end of your alloy's melting range.

Yellow Regular Post Solder whenever possible select a solder with a high end melting range value at least 100° F (40° C) below the low end of your alloy's meting range.

Chrome 2 is by far our most popular regular solder. Originally developed for connecting platinum-gold-palladium wire clasps to cobalt-chromium removable partial denture frameworks, it is excellent for any type of crown and bridge soldering. It flows better than any other solder we have ever used and has an exceptionally low melting range. Whenever possible, select a solder with a high end melting range value at least 100°F (40°C) below the low end of your alloy's melting range.

Yellow regular post solder whenever possible, select a solder with a high end melting range value at least 100°F (40° C) below the low end of your alloy's melting range.

Yellow regular post solder whenever possible, select a solder with a high end melting range value at least 100°F (40°C) below the low end of your alloy's melting range.