Silicon (Si) Rotary Sputtering Target
 
                                        
                                      

Introduction
Silicon (Si) Rotary Sputtering Targets have two types forms for Monocrystalline and polycrystalline. We can prdcuce both types of Silicon (Si) Rotary Sputtering Targets by spraying or bonded type with low oxygen content and good refine surface and uniform grains. They are mainly used in Conductive Glass and Thin Film Photovoltaic Solar Industry.
Changsha Advanced Engineering Materials (AEM) produces 99.9%-99.999% purity of Silicon (Si) rotary sputtering targets with customized sizes.
Specifications
| Materials | Silicon (Si) Rotary Sputtering Target | 
| Symbol | Si | 
| Conduction Type | 
						P-type doped Boron 
						N-type doped Phosphorus | 
| Purity | 99.9%-99.999% | 
| Theoretical Density (g/cc) | 2.32 | 
| Melting Point (°C) | 1,410 | 
| Production Method | 
						Spraying Type 
						Bonded Type (CZ) | 
| Backing Tube | Titanium, Stainless Steel | 
| Resistivity (Ω.cm) | 0.01-400 | 
| Size | As per customer's drawings | 
| Relative Density | >=96% | 
| Grain Sizes | <100 um | 
| Annual Capacity | 1000 tons | 
Applications
- SiO2/Si3N4 Film
- Thin Film Photovoltaic Solar Industry
- Semiconductor Electronics Industry
- Flat Panel Display Industry
- Construction / Automotive Glass Industry
- Optical Industry
- Decorative / Functional Coating Industry
 Click to download datasheet about Silicon (Si) Rotary Sputtering Target
							
							
								Click to download datasheet about Silicon (Si) Rotary Sputtering Target
							
							
						 Unable to find the required data sheet? Click here to send an email and get it.
							
							
								Unable to find the required data sheet? Click here to send an email and get it.
							
						 Click here to get answers to Frequently Asked Questions (FAQ).
							
							
								Click here to get answers to Frequently Asked Questions (FAQ).
							
						Related Products
                            FREE QUOTE
  






 
					     
										 
										 
										 
										 
										 
										 
										