Alloys, Solders, Wires

Dental training metal

Talmi is a yellow alloy, not for long-term oral cavity usage, used for cost-efficient training or for demonstration cases. The mechanical characteristic values and the processing properties are comparable to those of a Type III gold alloy. Talmi can be melted and cast with all casting devices.

The Cobalt-Chrome metal-to-ceramic alloy - Nickel and Beryllium free -

• High corrosion resistance
• Biocompatibility certified
• Modulus of elasticity double that of precious metals.
• Outstanding bonding strength with ceramics.
• High heat resistance.
• Low thermal conductivity.
• Optimized for laser welding.

Cobalt-Chrome metal-to-ceramic alloy - Nickel and Beryllium Free -

• Economically priced
• Biocompatibility certified
• High bonding strength with ceramics.
• High heat resistance.
• Low thermal conductivity.

Cobalt-chrome metal-to-ceramic alloy, nickel and beryllium free.

Wirobond SG offers high heat resistance and low thermal activity for secure bonding with ceramics. It's biocompatibility has been certified by several neutral institutions. Economically priced, Wirobond SG works effortlessly with the BEGO fabrication system. CTE 14.1-14.3

Nickel-Chrome metal-to-ceramics alloy - containing no Beryllium -

• Economically priced
• Easy finishing thanks to moderate hardness.
• No long-term cooling necessary: low coefficient of expansion.
• Biocompatibility
• Low thermal conductivity.
• High bonding strength to seramics

Non-precious alloy for metal-to-ceramic work or acrylic veneering - Beryllium Free -

• Extremely high resistance to corrosion
• Biocompatibility certified
• Low thermal conductivity.
• High modulus of elasticity.
• Great strength for long span bridges
• Easy finishing thanks to low hardness of 180.
• Long cooling time not required: low coefficient of expansion.
• Reliable metal-to-ceramic bond.High bonding strength to ceramics
• High heat resistance: dimensional stability during firing and soldering.

The non-precious alloy for metal-to-ceramic work, with light oxide - Beryllium-free - simple casting, easy finishing, risk-free working.

The proper moment for casting is clearly recognizable and the excellent melting properties of the alloy ensure great castings.

The lower mould preheating temperature of only 800 °C (1472 °F) gives a very smooth surface.

The lower casting temperature of only 1350 °C (2462 °F) reduces the reaction of the alloy with the investment material. The oxide of Wiron light is considerably lighter in color compared to conventional NiCr alloys and is very easy and fast to remove.
The outstanding strength values of Wiron light make it possible to produce delicate work without the risk of breakage.

Ni-Cr non-precious alloy for metal-to-ceramic work, beryllium-free with light oxide. Simple casting, easy finishing, and risk-free working.

The proper moment for casting is clearly recognizable and the excellent melting properties of the alloy ensure reliable filling of the mould. The oxide of Wiron light is considerably lighter in color compared to conventional NiCr alloys and is quickly and easily removed. The outstanding strength values of Wiron light make it possible to produce delicate work without the risk of breakage. CTE 13.8-14.1

The classical partial denture alloy for clasp prothesis.

Successful all over the world since 1953. Characteristics allow for clasp stability and user friendliness. A Vickers hardness of 330 results in a high luster polish while the yield strength of 6.2 allows flexibility for chair side adjustments. Wironit Extra Hard is great for lower cases and milled work where more strength is needed.

The ideal partial denture alloy for combination work

Due to its higher ductile yield and tensile strength, Wironit® extra-hard is harder and somewhat more rigid than Wironit®: ideal for combination work.

The classical partial denture alloy for clasp prothesis.

Successful all over the world since 1953. Characteristics allow for clasp stability and user friendliness. A Vickers hardness of 330 results in a high luster polish while the yield strength of 6.2 allows flexibility for chair side adjustments. Wironit Extra Hard is great for lower cases and milled work where more strength is needed.

Specially formulated for laser welding techniques

• Wironit® LA - ideal for clasp partial dentures and combination work.
• Excellent laser welding properties for high-strength joints, even in extreme situations.
• Easy to process in BEGO's partial denture system.

Premium Cobalt-chrome partial denture alloy (licensed alloy)
call BEGO USA for details

Premium RPD alloy, tried and tested worldwide, with above-average mechanical properties: excellent for laser welding with Wiroweld thanks to its reduced carbon concentration. Only available to certified I.W.C. laboratories.

Recieve a FREE sample of Wironium by calling BEGO USA, 800-342-2346

Wironium premium Cobalt-chrome partial denture alloy (licensed alloy)

The sensible alternative whenever an alloy with greater strength and a somewhat lower elongation limit is required. Excellently suited for laser welding with Wiroweld thanks to reduced carbon concentration. Only available to certified I.W.C. laboratories.

Premium Cobalt-chrome partial denture alloy (licensed alloy)

Partial dentures par excellence.

Universal alloy for combination work and partial dentures.Its high degree of stability allows for reduced deformation during devesting. Only available to certified to I.W.C. laboratories.