Firing Pad is a critical dental laboratory consumable designed to support ceramic restorations during the sintering process. It is made of high-temperature resistant materials that can withstand the extreme heat of ceramic sintering without melting or deforming. The pad provides stable support for ceramic restorations, preventing deformation caused by uneven heating or weight during sintering. It is placed on top of sintering trays, creating a flat and stable surface for restorations. The material is non-reactive with ceramic restorations, ensuring no chemical contamination or adverse effects on the final product quality.
Advantages
Firing Pad’s main advantages include excellent high-temperature resistance, maintaining structural integrity under sintering temperatures to provide reliable support. It effectively prevents ceramic restoration deformation, ensuring the final product retains the desired shape and dimensions. The non-reactive material ensures no contamination, preserving the aesthetic and functional properties of ceramic restorations. It is durable and reusable, offering cost-effectiveness for dental laboratories. Additionally, it is easy to place and remove from sintering trays, simplifying the sintering process.
Application Field
Firing Pad is specifically used in dental laboratories for supporting ceramic restorations during the sintering process. It is placed on top of sintering trays to prevent deformation of ceramic crowns, bridges, veneers, and other restorations during high-temperature sintering. Suitable for all types of dental ceramics, including zirconia and glass ceramic, it ensures the stability and accuracy of restorations during the critical sintering phase. It is an essential auxiliary material for dental laboratories, contributing to the production of high-quality, well-shaped ceramic dental restorations.
FAQ
Q: Can Firing Pad withstand high sintering temperatures?
A: Yes, it’s made of high-temperature resistant materials.
Q: Does it prevent ceramic deformation?
A: Yes, provides stable support to avoid deformation.
Q: Is it reusable?
A: Yes, durable and reusable for multiple sintering cycles.