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Vapor smoothing

Types of Vapor Smoothing Process Surface Preparation Color Applicable Materials Cosmetic Availability Visual Appearance MJF As printed Grey (default), Dyed Black HP PA 12 No

Vapor smoothing

Types of Vapor Smoothing

Process Surface Preparation Color Applicable Materials Cosmetic Availability Visual Appearance
MJF As printed Grey (default), Dyed Black HP PA 12 No Smooth glossy appearance
SLS As printed White (default), Dyed Black PA 12 No Smooth glossy appearance

Vapor smoothing Surfaces Finishes Gallery

Our state-of-the-art machining facility is staffed by expert engineers and dedicated quality control specialists, ensuring that your Vapor smoothing Surfaces Finishes Solution not only meet but exceed performance and safety standards.
3DP_MJF
Vapor Smoothing
3DP_MJF
Vapor Smoothing
3DP_MJF
Vapor Smoothing

What Are The Applications of Copper C101 | Cu OFE in Industry?

Copper C101’s combination of purity, strength, and conductivity makes it indispensable across aerospace, electronics, power, and renewable energy sectors worldwide.

Electrical and Power Systems

Busbars, contacts, terminals, and connectors made from C101 ensure low resistance and reliable current flow, reducing energy loss in demanding power applications.

Thermal Control and Cooling Devices

Used in heat sinks, heat exchangers, and vacuum cooling plates, C101 helps manage extreme temperatures in aerospace, medical, and semiconductor systems.

Aerospace and Defense Components

Its conductivity and corrosion resistance make it a preferred choice for aircraft grounding plates, radar connectors, and avionics heat shields.

Electronics and Semiconductor Equipment

In micro-electronics and vacuum chambers, C101’s purity prevents contamination, ensuring high reliability in wafers, sensors, and vacuum feedthroughs.

Renewable Energy and Automotive Systems

Copper C101 plays a vital role in EV charging systems, wind turbines, and solar power grids, supporting the global transition to clean, efficient energy.

Surface Finishes for Copper C101 Components

From mirror polishing to protective coatings, the right surface finish enhances Copper C101’s corrosion resistance, solderability, and long-term stability in electrical and industrial environments.

Natural Machined Finish

Ideal for internal electrical components or thermal systems, this finish retains copper’s pure surface while offering high conductivity and consistent appearance straight from CNC machining.

Polished Finish

Using mechanical buffing or vibratory finishing, XC Machining achieves a reflective surface that reduces oxidation and improves cosmetic appeal for exposed components or luxury equipment.

Nickel or Silver Plating

Nickel and silver plating provide improved corrosion resistance and wear performance without sacrificing conductivity. These finishes are common in aerospace, electronics, and high-voltage connectors.

Tin Plating for Solderability

For electronic or wiring applications, tin plating ensures easy soldering and reliable joint integrity. XC Machining applies controlled plating thickness for uniform performance.

Anti-Oxidation Coatings

Protective coatings, such as organic sealants or chromate alternatives, are used to extend copper’s surface life in humid or oxidizing environments while maintaining its electrical properties.

Precision Manufacturing Solutions

Experience High-Quality Precision Machining Across Varied Manufacturing Needs. From Prototyping to Mass Production, We Excel in Complex Geometries and Aesthetic Demands.

Ready to Elevate Your Project?

Bring Your Designs to Life with XC Machining

Experience precision engineering with XC Machining. From detailed prototypes to high-volume production, we’re here to turn your concepts into reality. Contact us today to discuss your project needs!

Related Articles and Insights

Enhance your knowledge and stay informed with our comprehensive collection of articles and posts. Each piece is carefully curated to align with your specific interests, offering insights and updates that resonate with your industry needs.

Frequently Asked Questions

Vapor smoothing

  • Does Vapor Smoothing Change the Dimensions of a Part?

    No, vapor smoothing does not significantly alter part dimensions when performed under controlled conditions. The process only melts the outermost microns of the surface, preserving accuracy and tolerances. XC Machining’s advanced vapor systems ensure dimensional stability even for tight-tolerance components. 

  • Can Vapor Smoothing Be Applied to Metal or Only Plastics?

    Vapor smoothing is specifically designed for thermoplastics and polymer-based materials. Metals require different surface finishing techniques like polishing, bead blasting, or anodizing. However, XC Machining offers a complete range of finishing options for both metal and plastic parts depending on your application needs. 

  • How Long Does the Vapor Smoothing Process Take?

    The duration depends on material type, part size, and desired finish, but most vapor smoothing cycles take between 10 to 45 minutes. XC Machining’s automated finishing chambers can process multiple parts simultaneously, reducing turnaround time and maintaining consistent quality. 

  • Is Vapor Smoothing Safe for Medical or Food-Grade Components?

    Yes, when performed with approved solvents and thorough post-treatment cleaning, vapor-smoothed parts can meet biocompatibility and hygiene standards. XC Machining uses carefully selected, industry-compliant agents to ensure that the final parts are safe for medical, food-contact, and wearable applications. 

  • What Type of Finish Can I Expect from Vapor Smoothing?

    Vapor smoothing produces a uniform, glossy, and sealed surface similar to injection-molded plastics. It eliminates visible layer lines, enhances tactile feel, and improves chemical resistance. XC Machining tailors the finish level—matte, semi-gloss, or high-gloss, based on your aesthetic and functional requirements. 

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