※ Product Introduction:
Dental Lab Porcelain Furnace is our self-developed equipment which is used for the sintering of zirconia products.
The unique rounded furnace and high-purified ceramics fiber materials can prevent from pollution during the sintering process. Automatic programmable design can control the entire work process providing 100 sintering procedures for different kinds of zirconia material and different sintering needs.
High-temperature locked design system can avoid products deformation in the furnace because of the unexpected temperature drop. Hanging furnace core can keep the furnace shell's temperature in a safe range.The 1.2L furnace chamber can sinter 100 pcs of porcelain denture at the same time. Air circulation design can shorten the cooling time. In general, it is the ideal equipment for sintering of zirconia products.

※Specifications
Sintering Temperature 1700℃ Sintering power 2500W
input Voltage AC220V+ 10% Rate 50HZ
Storage Temperature 40℃–55℃ Humidity ≤90%
Drying Time 38–120 mins Heating–up Time 90–150 mins
Sintering Time 60–240 mins The Temperature of the furnace open 250℃–450℃
Heating Rate 10℃–20℃/min Sintering procedures 100

※Features:
• The unique rounded porcelain furnace could ensure the effective use of heat energy.
• The ring layout of the heating elements could ensure the equilibrium of the heat radiation.
• Rapid replacement design of the heating elements makes it easier for use.
• Handing design of furnace and high-temperature locked deign system could prevent accidental burns and product damage that may be encountered in use.
• High-temperature and high-purified ceramic fiber materials can prevent from pollution during-the sintering process.
• Automatic programmable design can control the entire work process providing 100 sintering procedures for different kinds of zirconia material and different sintering needs.
•The 1.2L furnace chamber can sinter 100 pcs of porcelain denture at the same time.
• Imported high-level bold molybdenum wire would ensure working life of the heating elements.