Rmanium CS + alloy for ceramics does not contain beryllium. Corrosion resistant, does not change in the mouth.

Chemical composition of the alloy:

• Ni 61.0%
• Cr 26.0%
• Mo 11.0%
• Si 1.5%
• Fe,Co,Al,Ce < 1.0

Technical data:

• Yield strength Rp0.2 - 340 MPa.
• Tensile strength Rm - 580 MPa.
• Hardness HV 10 - 195.
• Total elongation at break A5 15%
• Young's modulus (modulus of elasticity) - 170000 MPa.
• Density - 8.2 g/cm3.
• WAK (25- 500 °C ) - 14 x 10 - 6 k - 1.
• Initial melting point - 1280 °C.
• Final melting point - 1350 °C.

Packaging:

• 1 piece.

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

Characteristics:

• It does not contain beryllium.
• Extremely corrosion resistant.
• High strength at any span.
• High modulus of elasticity.

Percentage by weight:

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

Alloy Characteristics:

• Silver color.
• Density - 8.2 g/cm3.
• Melting temperature range - 1250- 1310 C.
• Casting temp. - 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.
• Flexibility modulus approx. - 205.
• hardness acc. Vickers (HV 10) after firing - 180.

Packaging:

• 1 piece.

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

Characteristics:

• Very good ceramic adhesion, even after several firings.
• Free of beryllium, biocompatible.
• Resistant to oral corrosion.

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 at break A5 - 15%.
• Yung's modulus (modulus of elasticity) - 170,000 MPa.
• Density - 8.2 g/cm3.
• WAK (25- 500 C) 14x10- 6K- 1.
• Initial melting temperature - 1280 °C.
• Final melting point 1350 °C.

Packaging:

• 1 piece

Nickel-chrome prosthetic alloy, non-precious, for cast crowns and bridges veneered with acrylic or composite. Chromium-nickel steel enriched with molybdenum allows the use of all known methods of melting. The best results can be achieved by melting the alloy in the casting machine with high or medium frequency current. An oxy-acetylene torch or an electric arc can also be used.

Composition in percent:

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

Melting temperature range:

• 1333 - 1380 °C

temp. casting:

• 1420 °C

Packaging :

• 1 piece.

Remanium 2000 + alloy has excellent physical properties due to continuous casting production.

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 %:

• every 61st
• Cr 25.
• 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 at break A5 - 7.0%.
• Young's modulus (modulus of elasticity) - 200,000 MPa.
• Density - 8.6g/cm3.
• WAK 25- 500 C 14x10- 6K- 1.
• Initial melting point - 1325 °C.
• Final melting point - 1415 °C.

Packaging:

• 1 piece.

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

• The material has very good flow properties and high thermal stability.
• Suitable for casting thin layers.
• Strong metal-to-ceramic bond.

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 8.2g/cm3

• Composition: Ni 62%, Cr 26%, Mo 11%.

Packaging:

• 500g

Remanium 2001 porcelain alloy. It is especially suitable for melting with an oxygen propane burner. Easily processed, soldered, welded, eroded and milled. Corrosion resistant. Free of nickel, beryllium and iron.

Chemical composition in%:

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

Technical data:

• Yield point Rp0.2 - 660 MPa.
• Tensile strength Rm - 850 MPa.
• HV hardness 10 - 336.
• Total elongation after rupture A5 - 5.5%.
• Young's modulus (modulus of elasticity) - 195 GPa.
• Density - 8.6 g / cm3.
• WAK 25- 500 C - 14.2x10- 6K- 1.
• Initial melting temperature - 1325 degrees C.
• Final melting temperature - 1415 degrees C.

Package:

1 piece.

4 All nickel-chromium alloy for ceramics.

Characteristics:

• White color
• Compatible with feldspar and low-fusing ceramics.
• Easy casting and machining.
• Reduced hardness.
• Biocompatibility with tissues.

Indications:

• Single crowns.
• Telescopic and conical crowns.
• Bridges with short and long spans.
• Crown-root inlays.

Composition:

• Nothing 61.4%.
• Cr 25.7%.
• Mo 11.0%.
• Si 1.5%.
• Mn <1.0, Al <1.0%.

Technical data:

• Density (g / cm3) - 8.4.
• Melting point range (° C) - 1260-1350.
• Coefficient of linear thermal expansion 25-500 (x10-6 / ° C) - 13.8, 20-600 (x 10-6 / ° C) - 14.1.
• Elongation (%) - 12.0.
• Hardness on the Vickers scale - 235.
• Yield point (0.2% elongation) (MPa) - 375.

Package:

• 1 kg

Remanium Star an alloy for ceramics with extremely low hardness. Universal use: crowns and bridges, telescopic crowns, prosthetic restorations on implants, glued bridges, reverse elements in skeletal dentures (combined work).

Chemical composition in%:

• Every 60.5.
• Cr 28.
• In 9.
• Si 1.5.
• Mn, N, Nb <1.

Technical data :

• Yield strength Rp 0.2 - 620 MPa.
• Tensile strength Rm - 845 MPa.
• Hardness HV 10 - 280.
• Total elongation after rupture A5 - 10.2%.
• Young's modulus (coefficient of longitudinal elasticity) - 190,000 MPa.
• Density - 8.6 g / cm3.
• WAK 25- 500 ° C 14.1x10- 6.
• Initial melting temperature - 1320 degrees C.
• Final melting temperature - 1420 degrees C.

Package:

1 piece.

Wirobond 280 non-precious premium alloy for working in metal ceramics or veneering with acrylics, free of nickel and beryllium.

Characteristics:

• Extremely corrosion resistant due to the optimal interaction of the two basic elements chromium and molybdenum.
• Low heat conduction.
• It combines well with ceramics.

Percentage by weight:

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

Packaging:

• 1 piece

4 All stop niklowo-chromowy pod ceramikę.

Cechy:

• Biały kolor
• Zgodność ze skaleniowymi i niskotopliwymi materiałami ceramicznymi.
• Łatwe odlewanie i obróbka.
• Zredukowana twardość.
• Biozgodność z tkankami.

Wskazania:

• Pojedyncze korony.
• Korony teleskopowe i stożkowe.
• Mosty z krótkimi i długimi przęsłami.
• Wkłady koronowo- korzeniowe.

Skład:

• Ni 61.4%.
• Cr 25.7%.
• Mo 11.0%.
• Si 1.5%.
• Mn<1.0,Al<1.0% .

Dane techniczne:

• Gęstość ( g/cm3) - 8,4.
• Zakres temperatury topnienia (°C ) - 1260- 1350.
• Współczynnik liniowej rozszerzalności cieplnej 25- 500(x10- 6/°C ) - 13,8, 20- 600(x 10- 6/°C ) - 14,1.
• Wydłużenie ( % ) - 12,0.
• Twardość w skali Vickersa - 235.
• Granica plastyczności ( wydłużenie 0,2% ) ( MPa ) - 375.

Opakowanie:

• 250g

High-quality metal for both single points and complete jobs. It pours very well.

(metal recommended for working with ceramics: Ivoclar-Vivadent, Vita, Kiss, Hera-Ceram.)

Chemical composition:

• Ni 62%
• Cr 24.5%
• Mo 10.3%
• Si 1.7%
• Fe 1.5%

Physical data:

• Density: 8.3 g / cm3
• Melting range: 1313-1350 C
• Casting temperature: 1500 C
• Elongation at Break: 16%
• (20-600 C) CTE: 14.5 µm / mK

Package:

• 1 cube (from 6g)

Application:

• fully cast crowns (FMC),
• single points,
• outlays,
• multi-unit short span bridges,
• metal frameworks for crowns veneered with polymer resins (acrylic and composites),
• inserts and substructures.

Physical properties:

• Tensile strength psi (MPa) - 81 200 (560)
• Plasticity, psi (MPa) - 38,425 (265)
• Percentage of elongation - 15
• Vickers hardness HV1 - 140
• Density g / cm3 - 7.8
• Color - Yellow Gold
• Melting range ° F (° C) - 1850-1950 (1012-1068)
• Type - Type 2

Chemical composition:

• Cu 80.7%
• Al 7.8%
• Ni 4.3%
• Fe, Zn, Mn

Package:

• 50g

Collado CC is a nickel-free alloy intended for the fabrication of metal frames, for veneering with ceramic material or composite.

Indications:

• crowns
• telescopic crowns
• crown-root inlays
• bridges
• extensive restorations and long bridges
• restorations placed on implants
• extensive frameworks on implants.

Chemical composition:

• Co 59.0% Cr 25.5% Mo 5.5% W 5.0% Ga 3.2% Nb, Fe, B less than 1%

Package:

1 kg

Realloy-C

Features:

• Universal cobalt chrome alloy compatible with all conventional ceramics.
• High quality
• Perfect combination with ceramics
• Cast by all melting methods
• Easy finish and easy to polish after pouring
• Also suitable for laser welding
• Easy removal of oxide after firing the ceramic
• Biocompatible

Composition:

• Every 62.5%
• Cr 24.6%
• In 8.5%
• Mo 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 / cmł
• 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 (10-6K- 1)

Package:

1 cube

Rmanium CS ceramic alloy does not contain beryllium. Corrosion resistant, does not change in the mouth.

Chemical composition of the alloy:

• Ni 61.0%
• Cr 26.0%
• Mo 11.0%
• Si 1.5%
• Fe, Co, Al, Ce <1.0

Technical data:

• Yield strength Rp0.2 - 340 MPa.
• Tensile strength Rm - 580 MPa.
• Hardness HV 10 - 195.
• Total elongation after rupture A5 15%
• Young's modulus (modulus of elasticity) - 170,000 MPa.
• Density - 8.2 g / cm3.
• WAK (25- 500 ° C) - 14 x 10 - 6 k - 1.
• Initial melting point - 1280 ° C.
• Final melting temperature - 1350 ° C.

Package:

1 kg

Remanium Star an alloy for ceramics with extremely low hardness. Universal use: crowns and bridges, telescopic crowns, prosthetic restorations on implants, glued bridges, reverse elements in skeletal dentures (combined work).

Chemical composition in%:

• Every 60.5.
• Cr 28.
• In 9.
• Si 1.5.
• Mn, N, Nb <1.

Technical data :

• Yield strength Rp 0.2 - 620 MPa.
• Tensile strength Rm - 845 MPa.
• Hardness HV 10 - 280.
• Total elongation after rupture A5 - 10.2%.
• Young's modulus (coefficient of longitudinal elasticity) - 190,000 MPa.
• Density - 8.6 g / cm3.
• WAK 25- 500 ° C 14.1x10- 6.
• Initial melting temperature - 1320 degrees C.
• Final melting temperature - 1420 degrees C.

Package:

1 kg

Characteristic:

Non-precious alloy, based on cobalt-chrome, 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:

• 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).

Package:

1 piece.

WironLight – NiCr alloy for veneering ceramics within the conventional coefficient of thermal expansion.

The percentage composition:

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

Advantages :

• For all those who appreciate high quality material and affordable price. The alloy has a lowered casting temperature (only to 1350°C) and annealing temperature lowered to 800°C.

• This has a positive effect on reducing the reaction of the metal with the investment material, and thus the surface of the cast object is very smooth. This helps to reduce the workload during machining.

• Thanks to excellent strength parameters, it is possible to perform very delicate works, which at the same time will guarantee high safety.

• The oxides formed on the surface of Wiron light are definitely brighter compared to Ni-Cr alloys from other manufacturers and can therefore be removed more easily and quickly.

• It is an alloy that can be melted both in induction-vacuum foundries and using a torch. Wiron light is also characterized by very good connection values with ceramics from various manufacturers.

Packaging:

• 1 piece/ approx. 6g

Starbond CoS is a cobalt-chrome alloy for crowns and bridges, veneered with ceramics or composites. We use it to make fixed and removable prosthetic restorations. In accordance with the requirements of ISO 22674, this alloy is classified as type 4 category. It does not contain beryllium and nickel.

Metal composition:

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

Technical data:

• The ductility limit (Rp 0.2) 650 MPa
• Tensile strength 910 MPa
• Strain at break 8%
• Modulus of elasticity 200,000 N / mm2
• Hardness on the Vickers scale \ u2019a 280- 295 HV 10
• Density 8.8 g / cmł
• The fluidity range is 1305 - 1400 ° C
• Casting temperature 1550 ° C
• Thermal expansion coefficient 20-600 ° C 14.0 um / m ° C

Package:

1 piece

Colado CC is a nickel-free alloy intended for metal frameworks, ceramic or composite veneers.

Indications:

• Crowns.
• Telescopic crowns.
• Crown-root inlays.
• Bridges.
• Extensive restorations and long bridges.
• Restorations mounted on implants.
• Extensive substructures on implants.

Chemical composition:

• every 59.0%
• Cr 25.5%
• Mo 5.5%
• In 5.0%
• Ga 3.2%
• Nb,Fe,B less than 1%

Packaging:

• 250g

Colado CC is a nickel-free alloy intended for metal frameworks, for veneering with ceramic or composite materials.

Indications:

• crowns
• telescopic crowns
• crown-root inlays
• bridges
• extensive restorations and long bridges
• restorations placed on implants
• extensive frameworks on implants.

Chemical composition:

• Every 59.0%
• Cr 25.5%
• Mo 5.5%
• In 5.0%
• Ga 3.2%
• Nb, Fe, B less than 1%

Package:

• 25g

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 +

Universal chrome-nickel alloy compatible with all conventional ceramics

Features:

• Also suitable for laser welding
• Easy finish after casting
• Perfect bond with ceramics
• High quality
• Biocompatible

Composition:

• Ni 62.4%
• Cr 25%
• Mo 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 (10-6K- 1)

Package:

1 cube

Realloy-N +

Universal chrome-nickel alloy compatible with all conventional ceramics

Features:

• Also suitable for laser welding
• Easy finish after casting
• Perfect bond with ceramics
• High quality
• Biocompatible

Composition:

• Ni 62.4%
• Cr 25%
• Mo 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 (10-6K- 1)

Package:

1 kg.

Realloy-C

Features:

• Universal cobalt chrome alloy compatible with all conventional ceramics.
• High quality
• Perfect combination with ceramics
• Cast by all melting methods
• Easy finish and easy to polish after pouring
• Also suitable for laser welding
• Easy removal of oxide after firing the ceramic
• Biocompatible

Composition:

• Every 62.5%
• Cr 24.6%
• In 8.5%
• Mo 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 / cmł
• 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 (10-6K- 1)

Package:

1 kg

Cobalt-based dental alloy for ceramics, type 5

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

Physical and Mechanical Features:

• 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 / cmc
• Vickers hardness 286 HV10
• Percentage elongation at break 10%
• The ultimate load limit (Rp0.2) is 570 MPa
• Modulus of elasticity 194 GPa

Packaging:

• 1000 g

NI-CR alloy for porcelain.

Benefits :

• The alloy has a reduced casting temperature (only to 1350 ° C) and a soaking temperature reduced to 800 ° C.
• It has a positive effect on reducing the reaction of the metal with the investment material, and thus the surface of the cast object is very smooth.
• It helps to reduce workload during machining.
• Thanks to the excellent strength parameters, it is possible to perform very delicate works, which at the same time will guarantee high safety.
• The formed oxides on the surface of Wiron light are definitely lighter compared to Ni-Cr alloys from other manufacturers and can therefore be removed more easily and faster.
• It can be melted both in induction-vacuum foundries and with the use of a burner. Wiron light is also characterized by very good combination values with ceramics from different manufacturers.

The percentage composition:

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

High-quality metal for both single points and complete jobs. It pours very well.

(metal recommended for working with ceramics: Ivoclar-Vivadent, Vita, Kiss, Hera-Ceram.)

Chemical composition:

• Ni 62%
• Cr 24.5%
• Mo 10.3%
• Si 1.7%
• Fe 1.5%

Characteristics:

• Density: 8.3 g / cm3
• Melting range: 1313-1350 C
• Casting temperature: 1500 C
• Elongation at Break: 16%
• (20-600 C) CTE: 14.5 µm / mK

Package:

• 1 kg

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

Characteristics:

• Very good adhesion of the ceramic, even after several firings.
• Does not contain beryllium, biocompatible.
• Mouth corrosion resistant.

Chemical composition:

• Nothing 61%.
• Cr 26%.
• Mo 11%.
• Si 1.5%.
• Co, Fe, Al, Ce <1%.

Technical data:

• Yield point Rp0.2 - 340 MPa.
• Tensile strength Rm - 580 MPa.
• Hardness HV 10 - 195.
• Total elongation after rupture A5 - 15%.
• Yung's modulus (modulus of elasticity) - 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.

Package:

• 1 piece

Remanium 2001 porcelain alloy. It is especially suitable for melting with an oxygen propane burner. Easily processed, soldered, welded, eroded and milled. Corrosion resistant. Free of nickel, beryllium and iron.

Chemical composition in%:

• Every 63.
• Cr 23.
• Mo 7.3.
• At 4.3.
• Si 1.6.
• Mn, N <1%.

Technical data :

• Yield point Rp0.2 - 660 MPa.
• Tensile strength Rm - 850 MPa.
• HV hardness 10 - 336.
• Total elongation after rupture A5 - 5.5%.
• Young's modulus (coefficient of longitudinal elasticity) - 195 GPa.
• Density - 8.6 g / cm3.
• WAK 25- 500 C - 14.2x10- 6K- 1.
• Initial melting temperature - 1325 degrees C.
• Final melting temperature - 1415 degrees C.

Package:

• 1 kg

Remanium 2000+ alloy has excellent physical properties due to its continuous casting process.

Characteristics:

• Crowns and bridges.
• Telescopic crowns.
• Prosthetic restorations on implants.
• Glued bridges.
• Secondary elements in skeletal dentures (combined works).
• The alloy does not require oxidation.

Chemical composition in% - Co 61. - Cr 25. - Mo 7. - W 5. - Si 1.5. - Mn, N <1%.

Technical data :

• Yield point Rp 0.2 - 700 MPa.
• Tensile strength Rm - 900 MPa.
• Hardness HV 10 - 340.
• Total elongation after rupture A5 - 7.0%.
• Young's modulus (coefficient of longitudinal elasticity) - 200,000 MPa.
• Density - 8.6 g / cm3.
• WAK 25- 500 C 14x10- 6K- 1.
• Initial melting temperature - 1325 degrees C.
• Final melting temperature - 1415st C.

Package:

• 1 kg

Non-precious alloy, cobalt-chromium based, 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

• 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).

Package:

• 1 kg.

Starbond CoS is a cobalt-chromium alloy for the production of crowns and bridges, veneered with ceramics or composites. We use it to make fixed and removable prosthetic restorations. In accordance with the requirements of ISO 22674, this alloy is classified as type 4 category. It does not contain beryllium and nickel.

Metal composition in%:

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

Technical data :

• The ductility limit (Rp 0.2) 650 MPa
• Tensile strength 910 MPa
• Strain at break 8%
• Modulus of elasticity 200,000 N / mm2
• Hardness on the Vickers scale \ u2019a 280- 295 HV 10
• Density 8.8 g / cm
• The liquidity range is 1305 - 1400 ° C
• Casting temperature 1550 ° C
• Thermal expansion coefficient 20-600 ° C 14.0 um / m ° C

Package:

• 1 kg