Critical Standards
Industry Requirements.
The semiconductor industry requires ultra-pure water for cleaning processes to ensure the highest quality and reliability of electronic components. Ionized water provides a precision, chemical-free solution.
Ultra-Pure Water
Zero contaminants, ensuring immaculate wafer surfaces without micro-debris.
Precise pH Control
Consistent cleaning performance customized for unique manufacturing thresholds.
Chemical-Free
No residual deposition left behind, lowering expenditure and environmental impact.
Process 01
Wafer Cleaning
- Pre-Processing: Initial wafer preparation and stripping
- Post-Processing: Final stage microscopic cleaning steps
- Contaminant Removal: Absolute extraction of organic and inorganic particles
- Surface Preparation: Optimized atomic surface conditions
Process 02
Equipment Sterilization
- Chamber Cleaning: Intense vacuum process chamber maintenance
- Tool Cleaning: Decontaminating macroscopic manufacturing equipment
- Component Cleaning: Micro-level individual parts and assemblies
- Preventive Maintenance: Baseline sterility protocols
Applied Properties
Ionized Water Specifications.
Alkaline Water (pH 8-10)
- Organic Removal: Highly effective at stripping complex organic carbon contaminants.
- Particle Suspension: Creates repulsive forces to keep micro-particles in suspension away from wafers.
- Surface Activation: Atomically prepares silicon surfaces for subsequent deposition processing.
- Precision Rinsing: Executed as a final ultra-pure rinse to eliminate cleaning agent residues.
Acidic Water (pH 4-6)
- Inorganic Removal: Extremely capable of dissolving and removing metallic ion contamination.
- Complete Disinfection: Total microbial and biological contamination control in water lines.
- Oxide Layer Removal: Effectively strips native oxide layers without aggressive hydrofluoric acid.
- Micro-Etching: Enables highly controlled and minimal surface modification at the sub-nano scale.
Advantages & Integration
Environmental
- • Reduced toxic chemical usage
- • Near-zero hazardous waste generation
- • Infinite sustainable life-cycle support
Economic
- • Drastically lowered operating costs
- • Removed reliance on high-cost chemical reagents
- • Streamlined high-throughput efficiency
Quality Control
- • Perfectly consistent chemical-free results
- • Zero residual surface staining
- • Statistically proven higher die yields
Process Implementation
- System Design: Customized piping and flow-rate for cleanrooms.
- Continuous Monitoring: Real-time pH and ORP digital sensors.
- Validation: High-stress performance verification sequences.
Future Applications
- Advanced nanometer node manufacturing (<3nm)
- Complex 3D vertical stacked packaging applications
- Quantum computing device fabrication pipelines