Graphite Thermal Field

Semicorex addresses challenges of crystal growth applications with its state-of-the-art High-Purity Graphite Thermal Field. The Graphite Thermal Field, crafted from meticulously selected, high-purity isostatic graphite, offers significant properties that significantly enhance the performance, reliability, and cost-effectiveness of single crystal silicon growth processes:

Uniformity Redefined: Semicorex Graphite Thermal Field represents exceptional uniformity in their heating structure, ensuring homogeneous temperature distribution across the entire growth zone. This uniformity minimizes thermal stresses within the growing crystal, leading to reduced defect densities, improved crystal quality, and higher yields of usable wafers.

Powering Efficiency: The exceptional electrical conductivity of the Graphite Thermal Field enables efficient heat transfer and precise temperature control within the growth furnace. In other words, it means faster heating and cooling cycles, reduced energy consumption, and ultimately, a lower cost per crystal produced.

Unwavering Resistance: The Graphite Thermal Field is engineered to withstand the harsh conditions inherent to single crystal silicon growth. Its inherent corrosion resistance ensures long-term stability and prevents contamination of the growing crystal from degraded components. Additionally, the non-oxidizing nature of the Graphite Thermal Field eliminates the formation of unwanted oxides, preserving the purity of the growth environment and ensuring consistent crystal quality.

Purity at its Core: Semicorex understands that achieving the highest levels of semiconductor performance starts with exceptional material purity. The Graphite Thermal Field is crafted from ultra-high purity isostatic graphite, meticulously processed to minimize impurities that could negatively impact crystal growth. This commitment to purity ensures the production of high-quality silicon crystals with the desired electrical characteristics.

Built to Last: The robust mechanical strength of the Graphite Thermal Field ensures its ability to withstand the demanding thermal cycles and mechanical stresses inherent to crystal growth processes. This durability translates to extended component lifespan, reduced maintenance requirements, and ultimately, a lower total cost of ownership.

Thermal field System of Monocrystal Pulling Furnace

Semicorex’s High-Purity Isostatic Graphite Thermal Field provides with a compelling value proposition for single crystal silicon manufacturers:

Energy Efficiency: Optimized thermal design and high electrical conductivity contribute to reduced energy consumption and lower operating costs.

High-Value Products: Exceptional material purity and uniform heating profiles enable the growth of high-quality crystals, maximizing yield and increasing the value of the final product.

Low Maintenance: Robust materials and meticulous engineering minimize wear and tear, reducing maintenance requirements and extending component lifespan.