L&L T2345 DaVinci Professional Kiln Firing System | Customized Solutions for High-Temperature Firing of Ceramics and Pottery
The L&L T2345 DaVinci professional kiln stacking system is custom-designed for the T2345 model kiln. It includes 15 rectangular high-temperature firing plates and 72 modular support columns of various specifications. Made of NSiC ceramic composite material, it is suitable for high-temperature firing scenarios and achieves the core advantages of uniform heat field, reduced energy consumption, and improved space utilization. Purchasing the whole set saves 28% of the cost compared to purchasing individual components.
Precision Component Configuration List
| Component Name | Specifications and dimensions | quantity |
|---|---|---|
| Rectangular high-temperature firing plate | 11 inches (length) × 22 inches (width) × 5/16 inches (thickness) | 15 items |
| Modular support column | 40mm × 40mm × 1/2 inch (approximately 12.7mm) | 12 items |
| Modular support column | 40mm × 40mm × 1 inch (approximately 25.4mm) | 12 items |
| Modular support column | 40mm × 40mm × 2 inches (approximately 50.8mm) | 12 items |
| Modular support column | 40mm × 40mm × 4 inches (approximately 101.6mm) | 12 items |
| Modular support column | 40mm × 40mm × 6 inches (approximately 152.4mm) | 12 items |
| Modular support column | 40mm × 40mm × 8 inches (approximately 203.2mm) | 12 items |
Core material: NSiC ceramic composite material
It adopts advanced ceramic material combining silicon nitride and silicon carbide (NSiC), which has the advantages of high thermal conductivity, thermal shock resistance and lightweight. It can work stably for a long time in a high temperature environment of 1300℃, effectively improving firing efficiency and finished product quality.
Professional technical characteristics
The L&L T2345 DaVinci professional kiln stacking system achieves four core advantages through component collaborative design: uniform heat field, reduced energy consumption, flexible space, and optimized cost. It is precisely engineered to fit the T2345 kiln type, maximizing the performance of the kiln.
Thermal uniformity optimization
The rectangular firing plate and columns of various heights work together to form a layered heat circulation structure, which significantly improves the uniformity of temperature distribution in the kiln and achieves a firing effect with consistent glaze color and controllable body shrinkage.
Energy consumption and efficiency are improved simultaneously.
The lightweight and thin components reduce heat capacity by about 30%, increase heating speed by more than 20%, and save 18-25% of energy consumption per firing, making them especially suitable for continuous production and teaching and training scenarios.
Flexible space planning capabilities
It supports multi-level height combinations from 0.5 inches to 8 inches, and the layer spacing can be freely adjusted to meet the mixed stacking needs of ceramic and sculpture works of different sizes, increasing the utilization rate of kiln space by more than 40%.
Long-term economic benefits
Compared to purchasing individual components, the complete system saves approximately 28% in costs, and the materials are significantly more durable than traditional refractory products, reducing the frequency of long-term maintenance and replacement, resulting in a more advantageous overall cost of use.
Precise matching design
The components are specially engineered to fit the structural parameters of the T2345 DaVinci model kiln. All component dimensions have been strictly calibrated to ensure that the gap between the components and the kiln wall is ≤2.5mm after installation and the thermal efficiency loss is less than 5%.
Typical application scenarios
- Multi-layered glaze firing in an art ceramics studio
- Standardized practical training for pottery courses in educational institutions
- Optimization of mass production in small and medium-sized ceramic workshops
- Process development of special high-temperature glazes (such as copper red glaze and crystalline glaze).
Usage Recommendations
Before first use, it is recommended to dry-fire to 900℃ at a rate of 3-5℃/minute to complete the material stabilization treatment. During daily stacking, each firing plate should be supported by at least 3 columns, and the verticality of the columns and the flatness of the firing plate should be checked regularly to ensure stable and reliable firing quality.