Stellantis to Phase Out Chrome on New Vehicles, Citing Health and Environmental Risks in a Strategic Shift to Sustainable Aesthetics
Story by cleanfleetreport.co
The automotive world is entering a revolutionary stage where Stellantis, the holding company of some of the most widely recognized brands, including Dodge, Jeep, Ram, Fiat, and Maserati, is undertaking a bold move to stop using chrome in all new models. This is a great departure, the so-called Death of Chrome as the chief global designer of Stellantis, Ralph Gilles, internally named it, but it is a great change of a hundred-year-old tradition of car design. The ruling highlights the increasing industry trend towards sustainability and environmental health, where the business-level emphasis is on the environmental and grave health considerations rather than the beautification image that has always accompanied chrome.
The Historical Significance of Chrome in Automotive Design
Chrome has been part and parcel of the automotive design over the generations that have been associated with luxury and longevity. It will always offer cars a classy look, and at the same time it provides a functional purpose of shielding unpainted metal parts of the car against corrosion. This cultural importance of chrome on a car was beautifully described by Leslie Kendall, the head curator of the Petersen Automobile Museum in Los Angeles who said, Chrome on a car is the auto equivalent of wearing jewelry on an outfit.
The Hidden Toxicity of Chrome Production
Nevertheless, beneath this sparkling surface is a darker secret, which is in the manufacture of the chrome plating. The most severe health and environmental issues that made Stellantis take decisive action are concerned with hexavalent chromium or chromium 6. It is a particularly toxic kind of the element chromium, which is part and parcel of the electro-plating process, a harmful cancer causing agent which has been unanimously determined by government regulators in the United States as well as in Europe.
The gravity of this health hazard is indicated in the official announcements of regulatory authorities. California Air Resources Board (CARB) issued an interesting statement to CNN stating that, Hexafluoride chromium is a carcinogen and the second strongest toxic air contaminant detected by the state. CARB also cited the high toxicity with the reason being that, it is 500 times more hazardous than diesel exhaust and with no safe level of exposure known.
It is important to explain that the metallic chrome that is used to give the car brand a mirror finish on its logo or trim poses no harm to those in the vehicle and those who use it. It is only during the electro-plating process that the inherent danger to human health exists. In this stage, the hexavalent chromium that has been used due to its better properties may directly contact workers, or be emitted into the atmosphere, which is of high occupational and environmental risks.
Environmental Incidents and Regulatory Actions
This is not just a theoretical matter; there are recorded cases that highlight the environmental hazards related to the pollution of hexavalent chromium. Chromium pollution can have serious impacts on the soil, farming products, and on the ecosystems in general. In 2019, another significant episode happened in the area of Detroit, when an interstate highway had to be closed in the meantime as a result of green slime being spread on the road, which was later discovered to be hexavalent chromium being released by a nearby company and had to be addressed by a Michigan environmental agency.
Government agencies especially in areas where there are large populations of the plating plants, have been proactive in dealing with these risks. The Southern part of California, which hosts the greatest concentration of chrome plating shops in America has always needed solid techniques to keep vapors at bay as well as to reduce exposure to the human beings. Nevertheless, California is currently moving in the direction of a more radical solution, with a proposal to completely ban chrome plating, which involves the use of hexavalent chromium, supplemented by offering companies a financial aid to switch to safer alternative practices.
Industry Response and Safety Improvements
Organizations in the industry, even though they recognize that change is necessary, cite their past endeavors in terms of improving safety. According to the National Association of Surface Finishing (NASF) representing the chrome platers and associated industries, much progress was achieved to provide safety and safety to workers as well as the environment. According to a response given by Christian Richter, the vice president of policy at NASF, it was reported that the plating industry has been able to reduce the air emissions of hexavalent chromium by nearly 99.9 percent since 1995 going on to safeguard the environment, human beings and work safety.
Moreover, NASF ensures its consistent orientation on collaborative solutions, where it is actively involved through cooperation with the automotive industry. In their aim, they are to make sure that there is a switch to the safest and most sustainable options and substitutes to chrome plating. This cooperative position implies that the industry is widely known to require innovation and change in production processes.
Challenges and Alternatives to Chrome Plating
This quest to find a solution that can replace the long established chrome plating has its own issues though. Stellantis chief global designer Ralph Gilles admits the fact that there are now less dangerous alternatives. However, he observes that these alternatives frequently fail in key aspects: they fail to match the visual appeal of conventional chrome, fail to offer the durability in the long term or they are too expensive to be used in mass production vehicles, which is a major challenge to their mass adoption.
An example of such an alternative is trivalent chrome, which uses another type of chromium and a less complex plating process and is therefore essentially less risky when compared to hexavalent chromium. There is, however, one major aesthetic shortcoming, as Gilles notes: The luster is not quite as good. It is of some yellowish tint. This is as opposed to the very good, very brilliant, very clear, category of hexavalent chrome that consumers have grown accustomed to and as Gilles explains, that they do not know what they are viewing but are now in love with it. We have to make them unlove it.”
Design Innovation: The Rise of Blackout Packages and New Finishes
The approach that Stellantis will use to make this change in consumer preference will be to attract car buyers with completely new styles and designs that do not involve chrome or any direct substitute. One of the most successful implementations of this strategy is the so-called blackout packages that are already offered as a choice in the vast majority of Stellantis vehicles. These packages also substitute all exterior “brightwork and traditional chrome badges and grilles with matte black ones, producing a uniquely dark look, or as some enthusiasts call it, a murdered out look.
An example of this tendency was set a few years ago by Ralph Gilles himself, who blacked out his personal 2016 Chrysler minivan, a design choice that later inspired and came into the market as the Chrysler Pacifica S Package, with a black grille and its own black-winged Chrysler logo. This in-house adoption and consequent success in the market proves the feasibility and acceptance of alternatives to chrome by the consumers.
However, Stellantis understands that not everyone will like all-black appearance, which is popular. Gilles was frank in his opinion, and remarked that sometimes a car may appear a trifle bit triste, as the French say, sad, all black. This realization sparks the concept of a wide range of design options to accommodate different preferences and automobile characters.
Exploring New Materials and Tonal Contrasts
Stellantis is experimenting and using a variety of other advanced finishes to increase its palette beyond blackouts. Stainless steel, in its polished form is visually similar to chrome but is more expensive to manufacture which restricts its usage in the mass-market cars. Satin steel is less shiny and more polished; a more economical and more classy choice, which adds to a luxury sense without the dangers of chrome.
Moreover, the designers of Stellantis are playing with tonal contrasts, combining various textures and metallic colors. Gilles explains this strategy and says, Sometimes you are not interested in a very holistic, black and white kind of contrast. At other times a tonal contrast is even more appealing. This deals with the strategic placement of material like bronzes, silvers, and graphites to regions where chrome used to occupy, thus coming up with fascinating visual contrast and a new luxury of the modern times.
These chrome substitutes have been on a programmed testing on special edition models by Stellantis over several years to check on how well they are being received by the customer. This has been met with immense good news and such has been the case with these models which perform even better than expected in the market. This unwavering success is a good sign that buyers of cars are not immune and are in fact susceptible to a new attitude towards automotive looks suggesting a major change in the current tendencies in designing.
