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Ar Vacuum Plasma Cleaning System: Precision Surface Treatment Solution
In precision component manufacturing, achieving high surface adhesion without altering chemical properties is a major challenge. The Ar Vacuum Plasma Cleaning System provides the ideal solution. By harnessing the power of high-energy argon ions, this system completely removes contaminants and creates uniform micro-scale surface roughness, ensuring exceptional bonding performance.
1. Introduction to the Ar Vacuum Plasma Cleaning System
The Ar Vacuum Plasma Cleaning System uses argon gas—a chemically inert gas with relatively heavy atoms. Under vacuum conditions, argon atoms are energized and converted into positively charged ions (Ar⁺) with extremely high kinetic energy.
Instead of triggering chemical reactions, these ions physically bombard the material surface through a sputtering effect. This process dislodges stubborn contaminants and creates new bonding sites, allowing coatings, paints, or adhesives to adhere with outstanding strength.
2. Typical Technical Specifications
A standard Ar Vacuum Plasma Cleaning System is equipped with a robust configuration to ensure reliable performance:
| Item | Specification | Item | Specification |
|---|---|---|---|
| Overall dimensions | 760W × 1435H × 757D (mm) | Chamber capacity | 310W × 320H × 330D (mm) / 30 L |
| Effective treatment area | 250W × 260D (mm) | Effective processing layers | 1–5 layers (standard: 3 layers) |
| Main power supply | 380V (±10%) AC, 50–60 Hz | Plasma power source | RF 13.56 MHz (300 W) |
| Vacuum pumping system | Direct rotary vane vacuum pump, two-stage oil pump | Control mode | PLC + HMI touchscreen (stores up to 50 recipes) |
| Operation mode | Automatic & manual (switchable) | ||
| Gas flow control | High-precision mass flow controller (0–300 ml/min) | Gas line system | Standard 1 line (O₂, N₂, Ar, CF₄, etc.) |
| Working vacuum range | 10–150 Pa | Total system power | ≤ 2 kW |
| Gas inlet pressure | O₂, N₂, Ar, CF₄: 0.4–0.5 MPa | ||
| Cooling gas (N₂) | 0.3–0.4 MPa | Compressed air (start valve) | ≥ 0.4 MPa |
| Cleaning cycle | < 5 minutes per cycle | ||
| (Vacuuming + cleaning + venting) | Notes | Actual time depends on product & process requirements |
3. Comparison: Ar Vacuum Plasma Cleaning vs. Mechanical Abrasion
Many workshops still rely on sandpaper or grinding machines to create surface roughness. However, when compared with the Ar Vacuum Plasma Cleaning System, traditional mechanical methods reveal clear disadvantages:
| Criteria | Ar Vacuum Plasma Cleaning System | Mechanical Abrasion |
|---|---|---|
| Uniformity | Nanometer-level uniform roughness across the entire surface | Inconsistent, dependent on operator force and tool wear |
| Processing capability | Handles micro-parts, narrow gaps, and deep holes | Limited to flat or easily accessible surfaces |
| Cleanliness | Absolute cleanliness with no residue | Generates dust and material debris |
| Material impact | No thinning or deformation of the product | High risk of deep scratches or dimensional damage |
4. Why Is Argon Gas Critical in Plasma Treatment?
Unlike oxygen or nitrogen, argon does not participate in chemical reactions during plasma processing. This characteristic is crucial for materials that must not undergo oxidation or chemical modification.
In the Ar Vacuum Plasma Cleaning System, argon ions act as microscopic “projectiles” that clean and restructure surfaces purely through physical impact. This ensures superior cleanliness and adhesion performance for glass, precious metals, and specialized polymers.
Are you looking for a modern, automated alternative to manual abrasion processes?
Let our experts help you configure the Ar Vacuum Plasma Cleaning System that best fits your production requirements:
Ms. Yuna
📞 Hotline: +84 965 535 348
📧 Email: sales03@cousz.com
Ar Vacuum Plasma Cleaning System
Ar Vacuum Plasma Cleaning System enables uniform micro-roughening without chemical reactions, ideal for precision surface preparation.
Product SKU: VACUUMARE
Product Brand: COUSZ
Product Currency: VND
Product Price: 8888
Price Valid Until: 2025-12-31
Product In-Stock: InStock
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Contact now for technical support!
Ms Yuna
📞 Hotline: +84 965 535 348
✉️ Email: sales03@cousz.com