White Gold

Team Chemistry - Examples.com
Created by: Team Chemistry - Examples.com, Last Updated: April 28, 2024

White Gold

White gold is an intriguing metallic compound, captivates the world of chemistry with its unique properties and stunning appearance. Created by blending gold with metals like nickel or palladium, white gold offers a dazzling alternative to traditional yellow gold. This fascinating alloy not only serves as a cornerstone in jewelry making but also enriches our understanding of chemical compositions and metallic properties. Its creation underscores the versatility and beauty found in the study of chemistry, making white gold a prime example of how elements can combine to form something truly extraordinary.

What is White Gold?

White gold is a special type of gold that doesn’t have the traditional yellow color we often associate with gold jewelry. Instead, it has a shiny, white appearance that looks a lot like silver or platinum. This unique color is created by mixing gold with other metals, such as nickel or palladium. Gold itself is too soft for making durable jewelry, so these other metals not only change the color but also make the gold stronger and more resistant to scratches and dents. White gold is a popular choice for all kinds of jewelry, including rings, necklaces, and bracelets, because it combines the value of gold with a modern, sleek appearance.

Preparation of White Gold

Creating white gold involves combining pure gold with other white metals like nickel or palladium. This process starts with melting down the gold. Pure gold, known as 24 karat gold, is too soft for making sturdy jewelry. So, to prepare white gold, we take gold and mix it with either nickel or palladium in a furnace. For example, to make 14 karat white gold, we might mix 58.3% pure gold (Au) with 41.7% other metals (either nickel, Ni, or palladium, Pd). This mixture is then melted together at a high temperature until it becomes a unified liquid. After cooling, the result is a strong, durable metal with a beautiful white sheen, perfect for crafting into jewelry.

Chemical Equation (Simplified):

For gold with nickel: Au+Ni→AuNi Alloy
For gold with palladium: Au+Pd→AuPd Alloy

This blend not only gives white gold its characteristic color and shine but also enhances its wearability, making it a favorite choice for rings, earrings, and other precious items.

Physical Properties of White Gold

ColorShiny, white appearance similar to silver; the exact shade can vary based on the type of metal mixed with the gold.
HardnessHarder and more durable than pure gold, thanks to the mix of metals like nickel or palladium.
Melting PointVaries based on the alloy composition, but generally around 1,000°Cto1,200°C.
DensityAlso varies, but is typically slightly higher than pure gold due to the added metals.
ConductivityGood electrical conductor, but less so than pure gold due to the presence of other metals.
MalleabilityMore resistant to bending and scratching compared to pure gold, making it suitable for jewelry.
LusterHas a bright, reflective luster that can be enhanced with polishing.

Chemical Properties of White Gold


White gold is less reactive than pure gold due to the presence of other metals. This means it doesn’t tarnish or corrode easily, making it great for jewelry that lasts a long time. Unlike silver, it doesn’t react much with oxygen in the air, so it maintains its shine.

Resistance to Corrosion

Thanks to gold’s natural resistance to rust and corrosion, white gold also benefits from this property. It can withstand exposure to most acids and environmental conditions without losing its luster or color. This durability is why it’s favored in fine jewelry.


When gold is mixed with nickel or palladium, it forms an alloy that changes its chemical composition. For instance, mixing gold (Au) with palladium (Pd) creates a more durable and hard material. The chemical equation for this alloying process can be represented as:

Equation: Au + Pd → AuPd Alloy

Electrical Conductivity

Although gold is a good conductor of electricity, the addition of metals like nickel or palladium reduces white gold’s electrical conductivity. This property is important in electronics, where pure gold is often too soft for use.

Heat Conductivity

Similar to its electrical conductivity, the heat conductivity of white gold is lower than that of pure gold due to the alloying metals. This means it doesn’t transfer heat as quickly, which can be a desirable property in certain manufacturing processes.

Uses Of White Gold

Uses Of White Gold


White gold is extensively used in making a variety of jewelry pieces, such as rings, necklaces, earrings, and bracelets. Its shiny, white appearance offers a modern twist to classic designs, making it a popular choice for engagement rings and wedding bands.


Many high-end and luxury watches use white gold in their designs. Its resistance to tarnishing and the prestige associated with gold make it an ideal material for crafting sophisticated and durable timepieces.

Decorative Items

white gold is also used in decorative items and personal accessories, including cufflinks, pens, and picture frames. These items benefit from white gold’s luster and premium look, adding a touch of elegance.


In the electronics industry, white gold’s good conductivity and resistance to corrosion make it suitable for certain components, especially in high-end audio and visual equipment, where quality and longevity are crucial.

Dental Work

White gold alloys are sometimes used in dentistry for fillings, crowns, and bridgework. Its strength, compatibility with the body, and aesthetic appeal make it a preferred choice over more visible metals.

Medical Devices

Due to its biocompatibility and durable nature, white gold is used in some medical devices. These can include surgical instruments and implants that benefit from the non-reactive qualities of gold while requiring the added strength from the alloying process.

Difference Between Gold And White Gold

ColorGold has a natural yellow color.White gold has a shiny, white appearance, similar to silver.
CompositionPure gold is a single metal (Au).White gold is an alloy, combining gold with metals like nickel or palladium.
DurabilitySofter and more malleable, easily scratched.Harder and more durable due to the added metals, resistant to scratches.
PriceTypically more expensive due to its purity.Often less expensive than pure gold because of the added alloys.
MaintenanceRequires less maintenance but can dent more easily.May require re-plating over time to maintain its white color.
HypoallergenicGenerally considered hypoallergenic.Nickel in white gold can cause allergic reactions in some people.


Why Did They Stop Making White Gold?

Manufacturers haven’t stopped making white gold. It remains popular, evolving with preferences for metals like nickel or palladium to enhance its durability and appearance.

Which Is Better Yellow Gold or White Gold?

The choice between yellow and white gold depends on personal preference. White gold offers a modern look, while yellow gold is classic and timeless.

Why Do White Gold Rings Turn Yellow?

White gold rings may turn yellow over time as the rhodium plating wears off, revealing the natural gold color beneath. Re-plating can restore their whiteness.

Do Diamonds Look Better in White or Yellow Gold?

Diamonds appear brighter and more brilliant in white gold due to its reflective qualities, making it a popular choice for engagement rings and fine jewelry.

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