AINAIM JEWELLERIES

MATERIAL

ALLOY

Cannot wear during shower

Alloy in jewellery making, are created when two or more metals are combined to form a new type of metal with different characteristics. The new metal may be harder, have a different colour or be different in some other way.

ALLOY AND COPPER

Cannot wear during shower

Commonly used copper alloys include brass dan bronze. As an alloy, copper is extremely durable an can hold up well over time, despite daily wear. Because copper is durable, it’s a great candidate to use as a jewellery metal. Over time, copper will not rust but instead develop a natural green patina.

GOLD PLATED ON ALLOY

Does not rust easily but not recommended to wear during shower

Gold plating, as constrasted with alloy, signifies encasing another element in gold. Since the metals are not chemically mixed in gold plating, this type of jewellery may tarnish some over time more than gold alloy or pure gold.

COPPER

Cannot wear during shower

Commonly used copper alloys include brass and bronze. As an alloy, copper is extremely durable and can hold up well over time, despite daily wear. Because copper is durable, it’s a great candidate to use as a jewellery metal. Over time, copper will not rust but instead develop a natural green patina

STAINLESS STEEL

Can wear during shower

Stainless steel jewellery is strong, durable and rust-resistant. It typically has a silver sheen, but unlike silver, it will not corrode and it is susceptible to scratches, dings or dents.

S925

Can wear during shower

S925 silver is a jewellery made of raw silver with a silver content of 92.5%. The 925 silver made of 7.5% alloy added to sterling silver improves its luster, brightness and hardness.

GOLD PLATED SILVER

Can wear during shower

Vermeil, also known as silver gilt, refers to high quality (pure or sterling) silver that is plated with a thin layer of gold. Most vermeil jewellery available now is created by electroplating the silver with gold, a chemical process that uses an electrical current to bind the two metals together.