Wironit^®

The classic partial denture alloy for clasp partial dentures

• Successful worldwide since 1953 – ideally suited for conventional clasp partial dentures
• The high elongation after fracture allows problem-free activation of the clasps
• The reduced Vickers hardness of 360 (HV10) enables easier finishing and polishing
• Clear casting point recognition for reliable casting
• Biocompatible and corrosion-resistant due to the firmly passive layer

The high mechanical properties of Wironit^® are far beyond those specified in national and international standards. They ensure the high strength of the clasp partial dentures produced from them. The controlled addition of carbon also increases the young’s modulus and the proof strength

The advantages for you:

• Thanks to the high resistance, the dentures remain dimensionally stable during chewing, and guarantee reliable functioning
• The high elongation after fracture allows reliable and frequent activation of the clasps

Wironit^® is easy to process and can be polished simply and quickly.

The advantages for you:

• Excellent aesthetics
• The dense, smooth surface minimises plaque build-up and thus protects the restoration from deposits

Wironit^® can be cast simply and reliably in all induction-heated casting units like the Fornax^® T or Nautilus^® CC plus, as well as using the  flame casting method.

The advantages for you:

• Reliable recognition of the casting point in all standard casting procedures
• Smooth surfaces without overheating of the molten metal

Wironit^® is a material which has been tried and tested since 1953 and is part of the BEGO system. The BEGO system stands for consistent, reproducible results at a high productivity level and offers everything that laboratories require for modern partial denture techniques.

The advantages for you:

• Everything from a single source
• Coordinated process steps
• Product portfolio which complements itself perfectly
• Optimum casting results

Wironit^® boasts high corrosion resistance. Thanks to the use of high-purity raw materials, the alloy is free from nickel, cadmium, beryllium and lead (in accordance with ISO 22674).