Chopard Ice Cube Pure Ring
Chopard Ice Cube Pure Ring
Inspired by Chopard’s Ice Cube collection, the Pure ring combines classic shapes with infinite flashes of light. The ring looks especially stunning when paired with other jewellery from the collection. It comes in a variety of different gold colors, making it an excellent choice for any woman’s jewellery collection.
Chopard’s Ice Cube collection
With their Ice Cube Pure collection, Chopard has returned to the ethical world, moving beyond traditional metals. It’s the first fine jewellery line to use 100% ethical gold. Chopard’s commitment to ethical gold continues to grow, with the brand now using gold from small-scale mines in the Fairmined and Fairtrade schemes.
Inspired by the elegant look of ice cubes, Chopard has reimagined its iconic Ice Cube range with a geometric motif. These pieces include diamond-set rings, bracelets, anklets, and necklaces. These pieces come in yellow, white, and rose gold.
The Ice Cube Pure collection from Chopard is a fun and playful homage to geometric designs. The square facets are crafted to resemble ice reflections. The geometric design captures the brand’s trademark style, combining urban elegance and modernity. The Ice Cube Pure range includes a range of gemstone-set pieces and ethically sourced 18K gold.
The brand’s new campaign features models who embody the brand’s mission to bring a new perspective to classic timepieces. The campaign was shot by Olivia Tsang, a renowned stylish photographer. Among the campaign stars are Ian Chan of Mirror, Sophy Wong, Jeffrey Ngai, and Amy Lo. These women interpret the Ice Cube collection’s minimalism and classic glamour.
In the 1960s, a German goldsmith named Karl Scheufele III bought Chopard. He and his wife, Karin, expanded the company’s product line to include watches and other jewelry. In the early 1980s, a clown pendant made of precious stones was introduced, which drew the attention of the general public. Scheufele later rose to the post of co-president and artistic director.
Fairmined gold
The Fairmined collection is inspired by the shape and frosty sharpness of ice cubes. This collection embodies contemporary cool elegance with a contemporary edge. The Ice Cube earrings are made of 18kt yellow gold and feature white diamonds and a faceted square.
Sublimation process
The sublimation process for ice involves the absorption of heat to change the state of matter. It is the opposite of solidification, which happens when heat is removed from a substance and it becomes a liquid. The process can be used to make pure ice cubes for cooling purposes.
Sublimation occurs when a substance reaches a temperature below its melting point. It will also transform from a solid to a gaseous state. In some cases, the process is reversible and the solid will evaporate into the air. A common example of this is a block of dry ice.
In sublimation, the molecules of a substance absorb heat, which in turn gives them energy to leave the solid phase and enter the gas phase. This process is an endothermic change, and the enthalpy of sublimation equals that of vaporization and fusion.
Sublimation is useful for the recovery of compounds. In the case of drugs, the sublimation process is gentle, which preserves the active compounds and chemical structure of the target drug. In addition, many compounds sublimate when heated. Hence, it is important to know the effective temperature of a substance to perform sublimation analysis.
Sublimation of ice can be explained by the fact that water molecules are attached to one another everywhere on the ice surface. The energy of each water molecule is distributed among these molecules. The cold makes the energy of each water molecule less, and the random nature of this process results in some molecules getting detached from the ice surface and the rest rejoining on it. The ice cubes in the freezer eventually disappear as a result of this dynamic equilibrium.
The process of sublimation in ice is similar to the process of melting of snow. The temperature at which a substance melts is known as the melting point. The melting point of ice is approximately zero degrees Celsius. The energy is released, which causes the molecules of water to vibrate. When they reach the melting point, the water molecules transform into a liquid state.
The sublimation process of a substance can be explained mathematically by considering its change in state. When a substance changes state, it changes from a solid to a liquid, or from a gas to a liquid. The temperature of the ice may be as low as -5deg Celsius or about 23degree Fahrenheit, but as the heat in the stove causes vibrations, the temperature rises.
Chopard Ice Cube Pure Ring
