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Property | Details |
---|---|
Density | 2.0-2.75g/cm3 |
Stability | High |
Feature | High Temperature Resistance |
Apparent Porosity | 7-8% |
Surface | Smooth |
Durability | Long Time |
Material | Cordierite-mullite |
Color | White Or Yellow |
Size | Customize |
Usage | Firing |
Specialty | Refractory Sagger, Ceramic Sagger |
The KAMTAI KTXB cordierite-mullite corundum mullite kiln tray is designed for firing processes. It is made of cordierite-mullite material, which is known for its high moisture resistance and density of 2.0-2.75g/cm3. The size of the tray can be customized according to the user's needs. The tray is highly resistant to thermal shock, which is essential in the firing process.
The KAMTAI KTXB cordierite-mullite corundum mullite kiln tray is the perfect choice for ceramic sagger and other processes that require firing. It is able to withstand high temperatures and its non-porous surface is able to retain heat for long periods of time. The tray is also highly durable and able to withstand frequent use. Its non-stick surface ensures that the fired materials will not adhere to the tray.
The KAMTAI KTXB cordierite-mullite corundum mullite kiln tray is an ideal choice for all firing processes. It is designed for maximum durability and performance, and its high moisture resistance ensures a safe and successful firing process. It is also highly cost-effective, making it the perfect choice for those looking for a reliable and efficient kiln tray.
KAMTAI KTXB Refractory Sagger is specially designed for firing, with high temperature resistance and moisture resistance. It is made of cordierite-mullite with apparent porosity of 7-8%.
Kiln Tray Packaging and Shipping:
Kiln Trays are securely packaged before shipping to ensure that they reach their destination safely. The trays are placed in cardboard boxes, lined with foam and bubble wrap to prevent any potential damage during transit. The boxes are then sealed with tape and labeled with shipping information. They are then ready to be shipped to their destination.