Why PVD is Gaining Traction in the Appliance Industry

05.01.2017

The reasons include aesthetics, functionality and flexibility

Physical Vapor Deposition (PVD) has been gaining traction in the appliance industry as a multifaceted raw material option. It offers aesthetic and functional benefits that many other materials can’t match. As such, appliance designers have become increasingly aware and interested in the possibilities of using PVD in their components. These possibilities include a broad range of coloring options along with anti-fingerprint and in some cases anti-microbial applications.

PVD is most often referred to as a coating, but it is actually more of a surface treatment. Instead of adding a substantial layering to a surface such as paint, PVD physically binds a compound to the surface at the micron level. The process alters the physical properties of the metal surface with an extremely minute buildup. In fact, the very thin layer of material is deposited and becomes a part of the metallic surface itself.

Aesthetics

Surface aesthetics and functionality are improved by controlling time, temperature, and inert gas, along with a sacrificial metal such as titanium, all combined in a vacuum environment. Varying those elements within the vacuum atmosphere will achieve a particular and repeatable look, color and thickness of the application.

Other aesthetic advantages include:
• No chipping or flaking
• Wears over time
• Enhances the look of stainless steel, preserves the base metal finish
• Graining/mirror aspects are retained, a significant benefit for upscale applications
• No cracking or crazing, even on severe bends

The Aesthetics of Color 

PVD color options continue to evolve, and the typical applications have greatly expanded. While it has long been applied to handles and hardware components, PVD is gaining popularity in the kitchen for front appliance panels and tops, where stainless steel has long been utilized. With recent trends toward color and lighting options in new design concepts, consumers are requiring more flexibility and choices beyond the bare stainless look. Other advantages to incorporating color into appliances include:

• Customers are looking to add more design, from full colored panels to hardware enhancements
• Using color for one or two accent pieces may enhance the look, as color contributes individuality and style
• Affords appliance designers a way to differentiate their brand, whether large scale runs or specialty high-end niches
• Offers a full range of copper, gold, bronze, and blue tones, in addition to gunmetal, black or charcoal tones
• Highly reflective chrome components paired with various color options are now possible with PVD

PVD can be supplied in sheet form as well as post part coloring to finished parts. This can be important because if you weld extensively, it’s important to blend the heat affected zone. While you can blend “texture,” it is difficult if not impossible to blend color. Thus post-fabrication welding can be fully dressed for the finish and then colored to achieve a pristine part. While there are advanced welding and joining techniques, the ability to apply PVD on a completed part opens up a lot more flexibility to the designer, especially for complex shapes.

Like most trends, the higher-end appliances and kitchens usually lead the way and as the cycle grows, the usage is expanded to a broader scale. The stainless steel look or gourmet kitchen started the whole trend, and addition of color is just another evolution of that concept.

Functionality and Flexibility 

Beyond aesthetics, PVD can add an element of functionality to design. For example, copper is a wonderful metal with beautiful attributes. But if you desire to maintain the fresh copper look, with no patina effect, it can lead to extensive and continuous cleaning. PVD will retain the color and look when applied to stainless steel, plus it’s more cost effective. This material also has the following advantages, depending upon
the application and service demands:

• Can add to corrosion resistance
• Perform admirably under high-temperature ranges
• Exhibits an easier to clean attribute
• Anti-fingerprint applications

PVD has long been used in architectural design and conveyance (elevator, escalator), and now sees a greater utilization in the appliance industry which could result in new developments in adjacent applications such as furniture.

The ability to coordinate appliances with a certain aspect of lighting and furniture has great appeal. When you start looking at appliances, you can easily see the possibilities for backsplashes and different components that also can be coordinated as possible accent pieces. It brings a whole different level of flexibility to decorating, particularly when textured stainless steel, custom brushed stainless steel, and patterned stainless steel can be colored.

The key issues for designers and manufacturing engineers are formability, bendability and material integrity without cracking. For samples, you can start out by going online and doing a little bit of research.

Once you have the metal in hand, you can start testing it and applying it to various design and service parameters of the unit or part. Start with a simple visual concept for testing and make sure the surface achieves the same standards as the bare stainless steel currently in use. Then, as you put it through various levels of performance testing, other functional considerations can be factored in. Branding considerations can come into play as well. The whole process usually begins with aesthetics and moves to functionality.

Article can be found: http://www.appliancedesign.com/articles/95433-why-pvd-isgaining-traction-in-the-appliance-industry?

Steven Nghe
Steven Nghe is currently the Head of Marketing & Communications at Kloeckner Metals. Nghe is a marketing professional with more than 14 years of experience in various environments and industries. His goal is to tell you about the sexy side of steel. Nghe holds a bachelor’s degree in Business Management with a concentration in Marketing from North Carolina State University. Prior to Kloeckner, Nghe worked for Delta Dental, Wells Real Estate Funds, Georgia Institute of Technology and Doosan.
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