Remanium GM 380+ 1 piece (cube)

Remanium GM 380 + for making standard, high-strength structures.

Universal use in the technique of skeletal prostheses.

StandardDIN EN ISO 22674 (type 5).

Chemical composition:

• What 64.6%;
• Cr 29%;
• Mo 4.5%;
• < 1%: Mn, N, C, Si.

Technical data:

• density 8.2 g/cm³;
• tensile strength Rm 900 MPa;
• initial melting temperature 1300 °C;
• final melting temperature 1370 °C;
• casting temperature 1470°C;
• elongation A5 6.5%;
• modulus of elasticity E 220 GPa;
• hardness 360 HV 10;
• 0.2% yield strength Rp0.2 640 MPa;
• cube weight about 6g.

Packaging:

• 1pc.

Wironit extrahard 1 piece (cube)

Wironit extrahard is an ideal alloy for casting combined work elements.

Parameters:

• percentage composition by weight Co - 63.0 Cr - 30.0 Mo - 5.0 Si,Mn,C < 2;
• density 8.2g/cm3;
• melting temperature range 1260- 1305 °C;
• casting temperature 1420 °C;
• elongation at break (A5) 4.1%;
• tensile strength (Rm) 910 {MPa};
• yield strength (Rp 0.2) 625{MPa};
• modulus of elasticity 225{GPa};
• Vickers hardness (HV10) 375.

Packaging:

• 1pc.

Remanium GM 800+ 1 piece (cube)

Remanium GM 800 + alloy for casting skeletal prostheses.

The mirror-like shine of the molten metal makes it possible to determine the correct moment of casting.

Characteristics:

• the alloy has high resistance to breakage due to its excellent physical properties;
• high modulus of elasticity allows for obtaining delicate, yet stable structures;
• reduced hardness facilitates processing and polishing;
• high surface gloss after electrolytic polishing;
• perfect for laser welding.

Chemical composition:

• What 63.3%;
• Cr 30.0%;
• Mo 5.0%;
• Si 1%;
• MN,C,N.

Parameters:

• yield strength Rp 0.2 - 720 MPa;
• tensile strength Rm - 960 MPa;
• hardness HV 10 - 370;
• total elongation after break A5 - 6.0%;
• Young's modulus - longitudinal elasticity coefficient - 230000 MPa;
• density - 8.2 g/cm3;
• initial melting temperature - 1240 °C;
• final melting point - 1410 °C.

Packaging:

• 1pc/ approx. 6g

Wiron 99 1 piece (cube)

Wiron 99 non-precious alloy for firing ceramics or for veneering with plastics.

Characteristics:

• does not contain beryllium;
• extremely resistant to corrosion;
• high strength at any span;
• high modulus of elasticity.

Percentage composition by weight:

• Ni 65.0;
• Cr 22.5;
• Mo 9.5;
• Nb,Si,Ce < 0.02.

Alloy characteristics:

• color - silver;
• density - 8.2 g/cm3;
• melting temperature range - 1250- 1310 °C;
• casting temperature approx. - 1450 °C;
• expansion coefficients in { 10- 6K- 1};
• 25-600C - 14.0;
• 25-500C - 13.8;
• elongation at break (A5) - 25%;
• yield strength (Rp 0.2 ) - 330 {MPa};
• tensile strength (RM) {MPa} - 650;
• modulus of elasticity approx. - 205;
• Vickers hardness (HV 10) after firing - 180.

Packaging:

• 1pc.

Remanium CSe 1 piece (cube)

Remanium CSe is the latest generation alloy for ceramics in the crown and bridge technique.

Characteristics:

• very good adhesion of ceramics, even after several firings;
• beryllium-free, biocompatible;
• resistant to corrosion in the oral cavity.

Chemical composition:

• Not 61%;
• Cr 26%;
• Mo 11%;
• Si 1.5%;
• Co,Fe,Al,Ce <1%.

Technical data:

• yield strength Rp0.2 - 340 MPa;
• tensile strength Rm - 580 MPa;
• hardness HV 10 - 195;
• total elongation after break A5 - 15%;
• Yung's modulus (longitudinal elasticity coefficient) - 170,000 MPa;
• density - 8.2 g/cm3;
• WAK (25-500 C) 14x10- 6K- 1;
• initial melting temperature - 1280 °C;
• Final melting temperature 1350 °C.

Packaging:

• 1pc.

Magnum chrome-nickel-iron (Ni-Cr-Fe) steel 1 piece (cube)

Nickel-chromium prosthetic alloy, non-precious, for casting crowns and bridges veneered with acrylic or composite.

Chrome-nickel steel enriched with molybdenum allows the use of all known melting methods.

The best results can be achieved by melting the alloy in a casting machine using high or medium frequency current.

You can also use an oxy-acetylene torch or an electric arc.

Composition in percentage:

• Ni - 27%.
• Cr-22%.
• Fe - 42%.
• Si - 4%.
• Mo - 3%.
• Others - C, Mn, Cu.

Melting temperature range:

• 1333 - 1380 °C

Casting temp.:

• 1420 °C

Packaging :

• 1pc

Magnum H 60 (formerly H75) 1 piece (cube)

Magnum Steel H60 dental alloy for cobalt-based frame dentures.

Characteristics:

• temperature of solidus-liquidus curves - 1321-1407°C;
• melting point - 1460°C;
• Vickers hardness - 394 HV 10.

Chemical composition:

• What 63%;
• Cr 29%;
• Mo 6.5%;
• other C,Si,Fe,Mn.

Packaging:

• 1pc.

Remanium 2000+ 1 piece (cube)

Remanium 2000 + clinically proven CoCr alloy with a low coefficient of thermal expansion (CTE) value.

Application:

• crowns and bridges;
• telescopic crowns;
• prosthetic restorations on implants;
• glued bridges;
• secondary elements in skeletal prostheses (combined works);
• the alloy does not require oxidation.

Chemical composition in %:

• What 61;
• Cr25;
• Mo 7;
• In 5;
• Si 1.5;
• Mn,N < 1%.

Technical data:

• yield strength Rp 0.2 - 700 MPa;
• tensile strength Rm - 900 MPa;
• hardness HV 10 - 340;
• total elongation after break A5 - 7.0%;
• Young's modulus (longitudinal elasticity coefficient) - 200,000 MPa;
• density - 8.6 g/cm3;
• WAK 25- 500 °C 14x10- 6K- 1;
• initial melting temperature - 1325 °C;
• final melting point - 1415 °C.

Packaging:

• 1pc.

Nicor NiCr alloy for crown and bridge substructures veneered with ceramic 500g

Nicor - NiCr alloy for substructures of crowns and bridges veneered with ceramic.

• The material has very good flow properties and high thermal stability.

• Suitable for casting thin layers.

• Strong bond between metal and ceramic.

Properties:

• Vickers hardness 280 HV 5;

• 0.2 yield point 550 N/mm2;

• elongation at break approx. 25%;

• thermal expansion coefficient (25-600°C) 14.1 x 10-6K-1;

• melting range 1260-1350°C;

• density 8.2 g/cm3;

• chemical composition: Ni 62%, Cr 26%, Mo 11%.

Packaging:

• 500g

Remanium 2001 1 piece (cube)

Remanium 2001 alloy for porcelain.

Particularly suitable for melting using a propane-oxygen torch.

It can be easily processed, soldered, welded, erod and milled.

Corrosion resistant.

Does not contain nickel, beryllium and iron.

Chemical composition in %:

• What 63%;
• Cr 23%;
• Mo 7.3%;
• In 4.3%;
• Si 1.6%;
• Mn,N < 1%.

Technical data:

• yield strength Rp0.2 - 660 MPa;
• tensile strength Rm - 850 MPa;
• hardness HV 10 - 336;
• total elongation after break A5 - 5.5%;
• Young's modulus (longitudinal elasticity coefficient) - 195 GPa;
• density - 8.6 g/cm3;
• WAK 25- 500 C - 14.2x10- 6K- 1;
• initial melting temperature - 1325 ° C;
• final melting point - 1415 °C.

Packaging:

• 1pc.

Biosil F for casting skeletal prostheses 1 piece (cube)

Biosil F elastic chromium-cobalt prosthetic alloy for casting skeletal prostheses.

Due to its exceptional elasticity, it is recommended for skeletal work with long retention clasp arms.

Characteristics:

• composition: Co - 64.8%, Cr - 28.5%, Mo - 5.3%, Si - 0.5%, Mn - 0.5%, C - 0.4%;
• melting point: 1320- 1380°C;
• casting temperature: 1500 °C;
• mold heating temperature: 1000 °C;
• Vickers hardness: 400 HV 10;
• tensile strength: 900 N / mm;
• destruction limit: 5%;
• density: 8.4 g/cm3;
• yield strength: 700 N / mm;
• modulus of elasticity: 220 GPa.

Packaging:

• 1pc.

Wironit LA Cr-Co 1 piece (cube)

Co-Cr alloy for clasp prostheses and combined work.

Chemical composition:

• What 63.5%;
• Cr 29%;
• Mo:5.0%;
• C max 0.25%;
• Other: Si, Mn.

Alloy characteristics:

• density [g/cm3] 8.2;
• Vickers hardness (HV 10) 360;
• yield strength (Rp 0.2) 640;
• tensile strength (Rm) 940;
• elongation at break (A5) [%] 8;
• modulus of elasticity approx. 220,000;
• melting temperature range [°C] 1340-1300;
• casting temperature [°C] 1450.

Packaging:

• 1 piece

Wirobond 280 1 piece (cube)

Wirobond 280 is a non-precious top-quality alloy for work in metal ceramics or veneering with acrylic, it does not contain nickel and beryllium.

Characteristics:

• extremely resistant to corrosion, thanks to the optimal interaction of two basic elements chromium and molybdenum;
• low thermal conductivity;
• combines well with ceramics.

Percentage composition by weight:

• Co 60.2, Cr 25, W 6.2, Mo 4.8, Ga 2.9, Si,Mn<2.

Packaging:

• 1 piece

DFS Niadur metal Cr-Ni for porcelain 1 piece (cube)

High quality metal for both single points and complete works.

It pours very well.

Metal recommended for working with ceramics: Ivoclar-Vivadent, Vita, Kiss, Hera-Ceram.

Chemical composition:

• Not 62%;
• Cr 24.5%;
• Mo 10.3%;
• Si 1.7%;
• Fe 1.5%.

Physical data:

• density: 8.3g/cm3;
• melting range: 1313-1350 °C;
• casting temperature: 1500 °C;
• elongation at break: 16%;
• (20-600 C) CTE:14.5 um/mK.

Packaging:

• 1 cube (approx. 6g)

Realloy C Nickel-free alloy for ceramics 1 piece (cube)

Realloy-C - nickel-free alloy for porcelain.

Characteristics:

• universal chrome-cobalt alloy compatible with all conventional ceramic materials;
• high quality, low price;
• perfect combination with ceramics;
• cast by all melting methods;
• easy to finish and easy to polish after casting;
• also suitable for laser welding;
• easy removal of oxide after firing the ceramics;
• biocompatible.

Composition:

• What 62.5%
• Cr 24.6%
• In 8.5%
• M 2.9%
• Si 1.3%
• Nb <1%

This alloy is free of nickel and beryllium and complies with EN ISO 22674, type 4

Technical data:

• density 8.3 g / cm3;
• Vickers hardness 285 (HV10);
• melting range 1304 - 1369 (°C);
• casting temperature 1490 (° C);
• recommended combustion temperature 980 (° C);
• strength (Rp 0.2) 490 (MPa);
• tensile strength (Rm) 920 (MPa);
• modulus of elasticity 210 (GPa);
• elongation at break (A5) 10 (%);
• WAK (25 - 500 °C) 13.9 (10- 6·K- 1);
• WAK (25 - 600 °C) 14.0 (10- 6·K- 1).

Packaging:

• 1 cube

Realloy Modell EH CoCr alloy 1 piece (cube)

Modell EH hard CoCr casting alloy ideal for skeleton prostheses.

Characteristics:

• for casting by all melting methods;
• also suitable for laser welding;
• corrosion resistant;
• high stability;
• biocompatible;
• high quality at an attractive price.

Chemical composition:

• What 62.5%
• Cr 30.0%
• M 5.1%
• Si 1.0%
• Mn 1.0%
• C <1%

The alloy is free of nickel and beryllium and complies with EN ISO 22674, Type 5.

Technical data:

• density 8.2 g / cm3;
• Vickers hardness 375 (HV10);
• melting range 1260 - 1320 (°C);
• casting temperature 1490 (° C);
• yield strength (0.2%) 620 (MPa);
• tensile strength 920 (MPa);
• e-module 220 (GPa);
• elongation at break (A5) 4.5 (%).

Packaging:

• 1 piece (approx. 6.17g)

StarLoy C 1 piece (cube)

A chrome-cobalt based non-precious alloy for veneering crowns and bridges with ceramic.

Alloy properties:

• high corrosion resistance;
• excellent mechanical properties;
• thermal expansion coefficient ideal for all modern ceramics;
• does not require oxidation;
• easy and convenient to process;

Technical data:

• chemical composition: Co 59.4%, Cr 24.5%, W 10%, Nb 2%, V 2%, Si 1%;
• melting point 1270°C;
• casting temperature 1370°C;
• Vickers hardness 330HV10.

** Thermal expansion coefficient:**

• 14.0 x 10- 6 K- 1 (25 ÷500°C);
• 14.3 x 10- 6 K- 1 (25 ÷ 600°C).

Packaging:

• 1 pc. (approx. 8.5 g)

Wiron Light NiCr for porcelain 1 piece (cube)

WironLight – NiCr alloy for veneering ceramics in the conventional thermal expansion coefficient range.

Percentage composition:

• Ni 64.6;
• Cr 22.0;
• Mo 10.0; Si 2.1;
• Nb, Mn, B < 1.0.

Advantages :

• the alloy has a reduced casting temperature (only to 1350°C) and annealing temperature reduced to 800°C;
• this has a beneficial effect on reducing the reaction of the metal with the covering mass and, as a result, the surface of the cast object is very smooth;
• this helps reduce labor input during processing;
• thanks to excellent strength parameters, it is possible to perform very delicate work that will also guarantee high safety;
• the oxides formed on the surface of Wiron light are much brighter compared to Ni-Cr alloys from other manufacturers and can therefore be removed more easily and quickly;
• it can be melted both in induction-vacuum foundries and using a burner;
• Wiron light is also characterized by very good bonding values with ceramics from various manufacturers.

Packaging:

• 1 piece/ approx. 6g

Starbond CoS 1 piece (cube)

Starbond CoS cobalt-chromium alloy for the production of crowns and bridges veneered with ceramic or composite.

In accordance with the requirements of ISO 22674, the alloy is classified as Type 4.

Contains no beryllium or nickel.

Metal composition:

• What 59%
• Cr 25%
• In 9.5%
• Mo 3.5%
• Si 1%
• other <1% C, Fe, Mn, N

Technical data:

• ductility limit (Rp 0.2) 650 MPa;
• tensile strength 910 MPa;
• strain at break 8%;
• modulus of elasticity 200,000 N/mm²;
• Vickers hardness 280- 295 HV 10;
• density 8.8 g/cm³;
• fluidity range 1305 - 1400°C;
• casting temperature 1550°C;
• thermal expansion coefficient 14.0 x 10⁻⁶K⁻¹ (20-600°C).

Packaging:

• 1pc.

Mogucera C - crown alloy 1kg

Non-precious alloy for porcelain casting based on cobalt, chromium and molybdenum, used for the production of permanent and temporary crowns. MoguCera C is free of beryllium, cadmium and nickel.

** THE PERCENTAGE COMPOSITION:**

• Every 65.0%
• Cr 28.0%
• Mo 5.0%
• Mn 1.0%
• other components <1% C, Si

Technical parameters:

• The yield point is 508 MPa
• Tensile strength - 795 MPa
• Elongation at Break - 9%
• Modulus of elasticity - 209 GPa
• Hardness on the Vickers scale - 300 HV
• Laser connection - Yes
• Density - 8.3 g / cm³
• Liquidity range - 1370 - 1435 ° C
• Temp. casting - 1535 - 1590 ° C
• Thermal expansion coefficient (600 * C) - 14.1 μm / m ° C

Package:

• 1 kg

Realloy N + CrNi alloy for ceramics 1 piece (cube)

Realloy-N + a universal chrome-nickel alloy compatible with all conventional ceramic materials.

Characteristics:

• also suitable for laser welding;
• easy finishing after casting;
• excellent bonding with ceramics;
• high quality at low price;
• biocompatible.

Composition:

• No 62.4%
• Cr 25%
• Mw 11%
• Si 1.6%

This alloy is beryllium-free and complies with EN ISO 22674, Type3.

Technical data:

• Vickers hardness 200 (HV10);
• melting range 1280 - 1350 (°C);
• casting temperature 1450 (° C);
• recommended combustion temperature 980 (° C);
• strength (Rp 0.2) 375 (MPa);
• tensile strength (Rm) 660 (MPa);
• modulus of elasticity 200 (GPa);
• elongation at break (A5) 10.0 (%);
• WAK (25 - 500 °C) 13.9 (10- 6·K- 1);
• WAK (25 - 600 °C) 14.1 (10- 6·K- 1).

Packaging:

• 1 cube

Realloy N + CrNi alloy for ceramics 1kg

Realloy-N + a universal chrome-nickel alloy compatible with all conventional ceramic materials.

Characteristics:

• also suitable for laser welding;
• easy finishing after casting;
• excellent bonding with ceramics;
• high quality at low price;
• biocompatible.

Composition:

• No 62.4%
• Cr 25%
• Wow 11%
• Si 1.6%

This alloy is beryllium-free and complies with EN ISO 22674, Type3.

Technical data:

• Vickers hardness 200 (HV10);
• melting range 1280 - 1350 (°C);
• casting temperature 1450 (° C);
• recommended combustion temperature 980 (° C);
• strength (Rp 0.2) 375 (MPa);
• tensile strength (Rm) 660 (MPa);
• modulus of elasticity 200 (GPa);
• elongation at break (A5) 10.0 (%);
• WAK (25 - 500 °C) 13.9 (10- 6·K- 1);
• WAK (25 - 600 °C) 14.1 (10- 6·K- 1);

Packaging:

• 1kg

Realloy C Nickel-free alloy for ceramics 1kg

Realloy-C nickel-free alloy for ceramics.

Characteristics:

• universal chrome-cobalt alloy compatible with all conventional ceramic materials;
• high quality at low price;
• perfect combination with ceramics;
• cast by all melting methods;
• easy to finish and easy to polish after casting;
• also suitable for laser welding;
• easy removal of oxide after firing the ceramics;
• biocompatible.

Composition:

• What 62.5%
• Cr 24.6%
• In 8.5%
• M 2.9%
• Si 1.3%
• Nb <1%

This alloy is nickel and beryllium free and complies with EN ISO 22674, type 4.

Technical data:

• density 8.3 g / cm3;
• Vickers hardness 285 (HV10);
• melting range 1304 - 1369 (°C);
• casting temperature 1490 (° C);
• recommended combustion temperature 980 (° C);
• strength (Rp 0.2) 490 (MPa);
• tensile strength (Rm) 920 (MPa);
• modulus of elasticity 210 (GPa);
• elongation at break (A5) 10 (%);
• WAK (25 - 500 °C) 13.9 (10- 6·K- 1);
• WAK (25 - 600 °C) 14.0 (10- 6·K- 1).

Packaging:

• 1kg

Mesa Magnum Ceramic Co alloy for ceramics 1kg

Cobalt based dental alloy for ceramics, type 5.

Composition: - Co 64% - Cr 21% - W 6% - Mo 6% - Others: Si, Fe, Mn

Physical and mechanical characteristics:

• thermal expansion coefficient (25 ÷ 500 °C) 14.1 x 10-6 K-1 – (25 ÷ 600 °C) 14.6 x 10-6 K-1;
• melting point 1470 °C;
• density 8.8 g/cm3;
• Vickers hardness 286 HV10;
• percentage elongation at break 10%;
• load strength limit (Rp0.2) 570 MPa;
• modulus of elasticity 194 GPa.

Packaging:

• 1000g

Wironit Co-Cr for frame dentures 1kg

Classic alloy for skeleton dentures based on cobalt and chromium (nickel-free).

Chemical composition:

• What 64%;
• Cr 28.6%;
• Mo 5.0%;
• Si 1%;
• Mn, C < 1%.

Alloy characteristics:

• density 8.2g/cm3;
• melting temperature range 1260-1305 ˚C;
• casting temperature 1460 ˚C;
• elongation at break (A5) 10%;
• tensile strength (Rm) 880{MPa};
• yield strength (Rp 0.2) 615 {MPa};
• modulus of elasticity 225 {GPa};
• Vickers hardness (HV10) 360.

Packaging:

• 1kg

Gold Keramit 785 price per 1g (sale by weight, bar approx. 2g)

Noble alloy with a high content of gold and platinum, yellow in color (compatible with ceramics available on the market), stiff enough for the construction of short and long bridges.

Application:

• crowns and bridges;
• onlay.;
• telescopic beams and crowns.

Composition:

• Au - 78.5%
• Fri - 9.8%
• Pd - 7.7%
• In - 3.7%

Physical properties:

• yellow;
• density: 17.6 g/cm3;
• melting range: 1110-1230 °C;
• casting temperature: 1400 °C;
• heating temperature: 800 °C;
• CET (25-500 C, 25-600 C): 13.9 - 14.
• metal-ceramic adhesion (Schwickerat Crack Initiation Test): 34.38 MPa;
• modulus of elasticity: 102 GPa;
• elastic limit: 510-580 MPa;
• elongation (break): 12-8%;
• tensile strength: 630-680;
• Vickers hardness HV5/30: 220-250-290.

Packaging:

• by weight

Magnum H60 (formerly H75) 1kg

Magnum Steel H60 dental alloy for cobalt-based frame dentures.

Characteristics:

• temperature of solidus-liquidus curves - 1321-1407°C;
• melting point - 1460°C;
• Vickers hardness - 394 HV 10.

Chemical composition:

• What 63%
• Cr 29%
• Mo 6.5%
• other C,Si,Fe,Mn

Packaging:

• 1kg

Realloy Modell EH CoCr alloy 1kg

Modell EH hard CoCr casting alloy, ideal for use in skeletal prostheses.

Characteristics:

• for casting by all methods;
• also suitable for laser welding;
• corrosion resistant;
• high stability;
• biocompatible;
• high quality at an attractive price.

Chemical composition:

• What 62.5%
• Cr 30.0%
• M 5.1%
• Si 1.0%
• Mn 1.0%

• C <1%

• This alloy is free of nickel and beryllium and complies with EN ISO 22674, Type 5.

Technical data:

• density 8.2 g / cm3;
• Vickers hardness 375 (HV10);
• melting range 1260 - 1320 (°C);
• casting temperature 1490 (° C);
• yield strength (0.2%) 620 (MPa);
• tensile strength 920 (MPa);
• e-modulus 220 (GPa);
• elongation at break (A5) 4.5 (%).

Packaging:

• 1kg

Wironit extrahard CoCr alloy for partial dentures 1kg

Wironit extrahard is an ideal alloy for casting combined work elements.

Characteristics:

• percentage composition by weight Co-63.0, Cr-30.0, Mo-5.0; Si,Mn,C < 2;
• density 8.2g/cm3;
• melting temperature range 1260- 1305 °C;
• casting temperature 1420 °C;
• elongation at break (A5) 4.1%;
• tensile strength (Rm) 910 {MPa};
• yield strength (Rp 0.2) 625{MPa};
• modulus of elasticity 225{GPa};
• Vickers hardness (HV10) 375.

Packaging:

• 1kg

Wironit LA Cr-Co for skeleton prostheses 1 kg

Co-Cr alloy for clasp prostheses and combined work.

Chemical composition:

• What 63.5%;
• Cr 29%;
• Mo 5.0%;
• C max 0.25%;
• Other: Si, Mn.

Alloy characteristics:

• density [g/cm3] 8.2;
• Vickers hardness (HV 10) 360;
• yield strength (Rp 0.2) 640;
• tensile strength (Rm) 940;
• elongation at break (A5) [%] 8;
• modulus of elasticity approx. 220,000;
• melting temperature range [°C] 1340-1300;
• casting temperature [°C] 1450.

Packaging:

• 1kg

Wiron Light NiCr for porcelain1kg

Ni-Cr alloy for porcelain.

Advantages :

• the alloy has a reduced casting temperature (only to 1350°C) and annealing temperature reduced to 800°C;
• has a positive effect on reducing the reaction of the metal with the covering mass and, as a result, the surface of the cast object is very smooth;
• helps reduce labor input during processing;
• thanks to excellent strength parameters, it is possible to perform very delicate work that will also guarantee high safety;
• the oxides formed on the surface of Wiron light are much brighter compared to Ni-Cr alloys from other manufacturers and can therefore be removed more easily and quickly;
• can be melted both in induction-vacuum foundries and using a burner;
• Wiron light is also characterized by very good bonding values with ceramics from various manufacturers.

Percentage composition:

• Ni 64.6; Cr 22.0; Mo 10.0; Si 2.1; Nb, Mn, B < 1.0.

Packaging:

• 1kg

DFS Niadur metal Cr-Ni for porcelain 1kg

High quality metal for both single points and complete works.

It pours very well.

• Metal recommended for working with ceramics: Ivoclar-Vivadent, Vita, Kiss, Hera-Ceram.

Chemical composition:

• Not 62%;
• Cr 24.5%;
• Mo 10.3%;
• Si 1.7%;
• Fe 1.5%.

Characteristics:

• density: 8.3g/cm3;
• melting range: 1313- 1350 °C;
• casting temperature: 1500 °C;
• elongation at break: 16%;
• (20- 600 C) CTE: 14.5 um/mK;

Packaging:

• 1kg

Remanium GM 800 + 1kg

Remanium GM 800 + alloy for casting skeletal prostheses.

The mirror-like shine of the molten metal makes it possible to determine the correct moment of casting.

Characteristics:

• the alloy has high resistance to breakage due to its excellent physical properties;
• high modulus of elasticity allows for obtaining delicate, yet stable structures;
• reduced hardness facilitates processing and polishing;
• high surface gloss after electrolytic polishing;
• perfect for laser welding.

Chemical composition:

• What 63.3%;
• Cr 30.0%;
• Mo 5.0%;
• Si 1%;
• MN,C,N.

Parameters:

• yield strength Rp 0.2 - 720 MPa;
• tensile strength Rm - 960 MPa;
• hardness HV 10 - 370;
• total elongation after break A5 - 6.0%;
• Young's modulus - longitudinal elasticity coefficient - 230000 MPa;
• density - 8.2 g/cm3;
• initial melting temperature - 1240 °C;
• final melting point - 1410 °C.

Packaging:

• 1kg

Remanium GM 380 + 1kg

Remanium GM 380 + for making standard, high-strength structures.

Universal use in the technique of frame prostheses.

Characteristics:

• What 64.6%;
• Cr 29%;
• Mo 4.5%;
• other SI,Mn,N,C;
• initial melting temperature 1300 °C;
• final melting point 1370 ° C.

Packaging:

• 1kg

Remanium CSe 1kg

Remanium CSe is the latest generation alloy for ceramics in the crown and bridge technique.

Characteristics:

• very good adhesion of ceramics, even after several firings;
• beryllium-free, biocompatible;
• resistant to corrosion in the oral cavity.

Chemical composition:

• Not 61%;
• Cr 26%;
• Mo 11%;
• Si 1.5%;
• Co,Fe,Al,Ce <1%.

Technical data:

• yield strength Rp0.2 - 340 MPa;
• tensile strength Rm - 580 MPa;
• hardness HV 10 - 195;
• total elongation after break A5 - 15%;
• Yung's modulus (longitudinal elasticity coefficient) - 170,000 MPa;
• density - 8.2 g/cm3;
• WAK (25-500 C) 14x10- 6K- 1;
• initial melting temperature - 1280 °C;
• Final melting temperature 1350 °C.

Packaging:

• 1kg

Remanium 2001 1kg

Remanium 2001 alloy for porcelain. Particularly suitable for melting with a propane-oxygen torch.

It can be easily processed, soldered, welded, erod and milled.

Corrosion resistant.

Contains no nickel, beryllium or iron.

Chemical composition in %:

• What 63;
• Cr 23;
• Mo 7.3;
• In 4.3;
• Si 1.6;
• Mn,N < 1%.

Technical data:

• yield strength Rp0.2 - 660 MPa;
• tensile strength Rm - 850 MPa;
• hardness HV 10 - 336;
• total elongation after break A5 - 5.5%;
• Young's modulus (longitudinal elasticity coefficient) - 195 GPa;
• density - 8.6 g/cm3;
• WAK 25- 500 C - 14.2x10- 6K- 1;
• initial melting temperature - 1325 °C;
• final melting point - 1415 °C.

Packaging:

• 1kg

Remanium 2000 + 1kg

Remanium 2000+ alloy has excellent physical properties thanks to its production by continuous casting.

Characteristics:

• crowns and bridges;
• telescopic crowns;
• prosthetic restorations on implants;
• glued bridges;
• secondary elements in skeletal prostheses (combined works);
• the alloy does not require oxidation.

Chemical composition in %:

• What 61;
• Cr25;
• Mo 7;
• In 5;
• Si 1.5;
• Mn,N < 1%.

Technical data:

• yield strength Rp 0.2 - 700 MPa;
• tensile strength Rm - 900 MPa;
• hardness HV 10 - 340;
• total elongation after break A5 - 7.0%;
• Young's modulus (longitudinal elasticity coefficient) - 200,000 MPa;
• density - 8.6 g/cm3;
• WAK 25- 500 C 14x10- 6K- 1;
• initial melting temperature - 1325 °C;
• final melting point - 1415 °C.

Packaging:

• 1kg

StarLoy C 1kg

A chrome-cobalt-based non-precious alloy for ceramic veneering of crowns and bridges.

Alloy properties:

• high corrosion resistance;
• excellent mechanical properties;
• thermal expansion coefficient ideal for all modern ceramics;
• does not require oxidation;
• easy and convenient to process;

Technical data:

• chemical composition: Co 59.4%, Cr 24.5%, W 10%, Nb 2%, V 2%, Si 1%;
• melting point 1270°C;
• casting temperature 1370°C;
• Vickers hardness 330HV10.

Thermal expansion coefficient:

• 14.0 x 10-6 K-1 (25 ÷500°C);
• 14.3 x 10-6 K-1 (25 ÷ 600°C).

Packaging:

• 1kg

Biosil F for casting skeleton prostheses 1kg

Biosil F elastic chromium-cobalt prosthetic alloy for casting skeletal prostheses.

Due to its exceptional elasticity, it is recommended for skeletal work with long retention clasp arms.

Characteristics:

• composition: Co - 64.8%, Cr - 28.5%, Mo - 5.3%, Si - 0.5%, Mn - 0.5%, C - 0.4%;
• melting point: 1320- 1380°C;
• casting temperature: 1500 °C;
• mold heating temperature: 1000 °C;
• Vickers hardness: 400 HV 10;
• tensile strength: 900 N / mm;
• destruction limit: 5%;
• density: 8.4 g/cm3;
• yield strength: 700 N / mm;
• modulus of elasticity: 220 GPa.

Packaging:

• 1kg

Starbond CoS for crowns and bridges veneered with ceramic or composite 1kg

Starbond CoS cobalt-chromium alloy for the production of crowns and bridges veneered with ceramic or composite.

In accordance with the requirements of ISO 22674, the alloy is classified as Type 4.

Contains no beryllium or nickel.

Metal composition:

• What 59%
• Cr 25%
• In 9.5%
• Mo 3.5%
• Si 1%
• other <1% C, Fe, Mn, N

Technical data:

• ductility limit (Rp 0.2) 650 MPa;
• tensile strength 910 MPa;
• strain at break 8%;
• modulus of elasticity 200,000 N/mm²;
• Vickers hardness 280- 295 HV 10;
• density 8.8 g/cm³;
• fluidity range 1305 - 1400°C;
• casting temperature 1550°C;
• thermal expansion coefficient 14.0 x 10⁻⁶K⁻¹ (20-600°C).

Packaging:

• 1kg

Modelstar S alloy for skeletons Co-Cr 1kg

A resilient non-precious alloy for the production of skeleton dentures with normal clasps and combined work based on cobalt, chromium and molybdenum.

In accordance with ISO 22674 requirements, the alloy is classified as Type 5. It does not contain beryllium, nickel or cadmium.

** Percentage composition:**

• What 62.7%
• Cr 29%
• M 6%
• other C, Fe, Si <1%

Technical data:

• ductility limit (Rp 0.2) - 510-600 MPa;
• tensile strength - 770-780 MPa;
• strain at break >3%;
• longitudinal modulus of elasticity - 200-230 GPa;
• Vickers hardness - 355 HV 10;
• laser joining - yes;
• density - 8.4 g/cm³;
• fluidity range - 1170 - 1390°C;
• casting temperature - 1490 - 1540°C;
• thermal expansion coefficient - 15-16 μm/m°C.

Packaging:

• 1kg