Цзифэн Керамика
Technical Ceramics for Semiconductor Manufacturing
Precision-machined technical ceramics components engineered for zero-contamination performance in wafer etching, осаждение, and transmission — where insulation, термическая стабильность, and particle control cannot fail.
Chip Manufacturing Leaves No Room for Contamination or Drift
- Ultra-high purity
Raw materials in contact with wafers must not introduce trace contamination.
- Insulation performance
Components must hold stable electrical insulation through repeated thermal cycles.
- Thermal stability
Parts face sustained high-temperature exposure during etching and deposition.
- Zero circuit interference
Any particle precipitation risks disrupting sensitive chip circuitry.
Полупроводниковая промышленность предъявляет строгие требования к сверхвысокой чистоте., изоляционные характеристики, термическая стабильность, and zero contamination of raw materials in chip manufacturing and wafer processing. Components that drift even slightly from spec can interrupt a production run or compromise an entire wafer batch.
This is the operating environment JiFeng’s semiconductor-grade ceramic components are engineered for — parts that hold their properties consistently, бег за пробегом, without becoming the source of a yield problem.
Jifeng Ceramics Solution
Ceramic Nozzles
Precision-machined for etching and deposition process lines, holding tight dimensional tolerance under repeated thermal cycling.
Insulating Parts
Excellent electrical insulation prevents circuit interference and contamination during wafer transmission.
Structural Fittings
Stable structural support components built to withstand sustained high-temperature process conditions.
Этапы процесса, которые поддерживают наши керамические компоненты
- Wafer etching
- Wafer transmission systems
- Deposition processes
- Chip manufacturing lines
The outcome for Semiconductor Manufacturers
Low particle precipitation keeps circuit interference and pollution out of the process.
Dimensional and electrical properties hold steady run after run.
Fewer part-related interruptions keep equipment operating at full efficiency.
Longer service life cuts long-term maintenance and replacement costs.
