Product
Product
News
Featured
Contact Us
Contact: POWER DUKE
Phone: +86 18059884790
E-mail: plc66@qq.com
Add: fujian xiamen
Applied Materials 0041-32713
- Warehouse: Spot
- Warranty: 365 days
- Quality: Original module
- Condition: New
- Shipping method: Courier delivery
- Contact person: LI MING
- Contact number: +86 18059884790
- WeChat:18059884790
- E-mail: plc66@qq.com
Product Description
Applied Materials 0041-32713
Product Description
0041-32713 is a high-temperature reflector assembly component for Applied Materials RTP (Rapid Thermal Processing) chamber. This precision machined reflector plate is installed inside the Radiance thermal processing chamber, made of high-purity refractory coated material, designed for 300mm wafer rapid thermal annealing under vacuum environment.

Product Functions
- Reflect infrared radiant energy from heating lamps to achieve uniform temperature distribution across the entire 300mm wafer surface.
- Maintain stable thermal boundary to reduce heat loss and guarantee precise temperature control during spike anneal processes.
- Work together with temperature sensing system to ensure repeatable thermal recipe execution for wafer dopant activation.
- Withstand cyclic high temperature and thermal shock in vacuum environment, maintaining stable reflectivity over production cycles.
Application Scenarios
- Applied Materials Radiance series RTP rapid thermal processing system for 300mm wafers.
- Semiconductor front-end fab for ion implantation annealing and thermal activation processes.
- Advanced logic and memory chip manufacturing requiring ultra-short high-temperature spike annealing.
Frequently Asked Issues
- Reflectivity degradation: Long-term high temperature exposure causes coating discoloration, leading to wafer temperature non-uniformity and recipe drift.
- Thermal deformation: Repeated rapid heating and cooling cycles induce plate warpage, changing IR reflection path.
- Surface particle contamination: Process byproducts deposit on reflector surface, flaking off and creating wafer killer defects.
- Coating peeling: Thermal stress causes the reflective coating to delaminate, requiring part replacement.
Related recommendations



