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Endblock for Vacuum Magnetron Sputtering Coating System Vacuum Plating

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vacuum Magnetron Sputtering Coating: Enables precise deposition of thin films onto steel substrates using PVD (Physical Vapor Deposition) technology, ensuring durable and uniform coatings.
  • High-Pressure Adaptability: Designed to operate at 380V, supporting robust performance in demanding industrial environments while maintaining safety and efficiency.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, ensure durability in harsh industrial environments with exposure to chemicals or high temperatures.

  • 2. Modular Design for Customized Applications

  • With a modular design, customize configurations for diverse coating needs, such as adjusting flow rates or fluid types via interchangeable components.

  • 3. High-Pressure Performance for Industrial Use

  • With robust stainless steel components and high-pressure connectors, handle demanding applications like oil/gas processing or heavy-duty manufacturing.

  • 4. Steel Substrate Compatibility for Precision Coating

  • With optimized compatibility for steel substrates, achieve uniform vacuum magnetron sputtering coatings on automotive, construction, or machinery components.

  • 5. PVD Coating Technology with Industrial Standards

  • With advanced PVD (Physical Vapor Deposition) coating technology, meet stringent industrial quality standards for thin-film coatings.

Product details

Endblock for Vacuum Magnetron Sputtering Coating System Vacuum Plating

The Endblock for Vacuum Magnetron Sputtering Coating System is a robust industrial component designed for precision coating applications. Built with corrosion-resistant stainless steel and a compact modular design, it supports high-pressure environments and customizable configurations for steel substrate coating. Backed by a 1-year warranty, it ensures reliable performance in PVD coating processes.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless steel body and componentsCorrosion resistance and durability
Coating MethodVacuum magnetron sputteringUniform thin-film deposition on steel
Voltage Compatibility380V ACCompatibility with industrial power grids
Pressure ResistanceUp to 800 PSI (modular adjustments)High-pressure handling for demanding use
Warranty1 yearComprehensive post-sale support
Application ScenarioAutomotive, aerospace, and industrial coatingVersatile for large-scale production lines

Customization guide

Adjustable parameters include:

  • Connector Types: Swap valves/connectors to handle different fluids or gases.
  • Pressure Tolerance: Customize up to 800 PSI for high-pressure applications.
  • Flow Rate: Optimize via modular components for varying substrate processing needs.

With its modular design, you can tailor the endblock to meet specific requirements such as chemical resistance or flow efficiency.

Get inspired

Enhance your coating process with this industrial-grade endblock. Its compact size and stainless steel construction make it ideal for high-volume production of corrosion-resistant steel components in automotive or aerospace sectors.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Coating Uniformity±5% deviation±3% deviation (+40%)±1.5% deviation (+70%)
Max Pressure600 PSI700 PSI800 PSI
Energy Efficiency85% efficiency90% efficiency95% efficiency

Supplier's note

  1. Technical Breakthroughs:

    • Pro Model’s Coating Uniformity: ±1.5% deviation ensures flawless coatings for precision parts.
    • Pressure Resistance: The Pro model’s 800 PSI rating exceeds industry standards by 20%, enabling use in extreme environments.
    • Energy Efficiency: The Pro model’s 95% efficiency reduces operational costs by 25% compared to traditional systems.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard steel coating tasks (e.g., automotive trim) where cost-efficiency is prioritized.
    • Advanced Model: Suitable for mid-tier applications requiring moderate pressure (e.g., aerospace components) with improved uniformity.
    • Pro Model: Best for high-pressure, precision industries (e.g., semiconductor tooling) where minimal defects and energy savings are critical.

With the Pro model’s triple-certified chemical resistance and 800 PSI tolerance, you can safely coat substrates in corrosive environments while maintaining efficiency. Pair its low deviation rate with stainless steel durability to ensure zero downtime in high-stakes manufacturing.

Frequently asked questions

  • Which Endblock model is best suited for coating steel substrates in industrial settings?

  • How do I maintain the vacuum chamber of a Vacuum Magnetron Sputtering Coating System Endblock?

  • Stainless Steel vs. Aluminum: Which material is better for Endblock components in corrosive environments?

  • Can the Endblock be customized for non-steel substrates like glass or plastic?

  • Is the Endblock’s voltage (380V) compliant with industrial safety standards?

  • How does PVD coating via this Endblock compare to traditional electroplating methods?

  • What’s the warranty coverage for the Vacuum Magnetron Sputtering Coating System Endblock?

  • Does the Endblock handle high-pressure environments during vacuum coating processes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
PVD Coating SystemsIndustrial coating for metals, semiconductors- Coating Thickness: Base 0.1-2 µmAdvanced 0.1-5 µm ▲ (ISO 3452-1)
- Substrate: Base Steel
Advanced Steel/Stainless Steel ▲ (ASTM A370)
- Voltage: 380V (IEC 60038)
- Warranty: 1 year (ISO 9001)
CVD Coating SystemsHigh-temperature applications (e.g., turbine blades)- Coating Thickness: 1-50 µm (ISO 3452-1)
- Substrate Temp: 400-1200°C (ASTM E228)
Thick, dense coatings for extreme wear resistance. Ideal for high-temperature substrates.High energy costs. Limited to substrates that withstand 400°C+.
Electroplating SystemsDecorative coatings on conductive metals (e.g., automotive parts)- Coating Thickness: 0.5-50 µm (ISO 3452-1)
- Method: Electrolytic (ASTM B575)
Cost-effective for conductive substrates. Uniform coatings for decorative finishes.Limited to conductive materials. Environmental regulations restrict toxic plating baths.
Thermal SprayingThick wear-resistant coatings on machinery (e.g., turbine blades)- Coating Thickness: 50 µm to mm (ISO 2063)
- Method: Molten particles (ASTM F1969)
Thick coatings without preheating. Works on non-conductive substrates.Rough surface finish. Lower adhesion compared to PVD/CVD.
Dip CoatingSmall parts for uniform decorative finishes (e.g., jewelry)- Coating Thickness: 10-100 µm (ISO 2808)
- Method: Immersion (ASTM D3359)
Simple, low-cost process for small batches.Thickness variability. Limited durability for industrial use.
Powder CoatingAutomotive/appliance parts needing durability (e.g., car rims)- Coating Thickness: 25-100 µm (ISO 12944)
- Cure Temp: 160-200°C (ASTM D3359)
High durability, no VOCs. Thick, uniform layers for corrosion resistance.Requires curing ovens. Limited to conductive substrates.

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