Cedrium (see-dree-uhm)

Cedrium is a man-made metal that is derived from cobalt and used in conjunction with lithium to produce various electronics. It's most known for being used in the construction of the CURE robots, specifically their cores. Cedrium is commonly used in the production of rechargeable batteries and high-powered magnets. Batteries made with cedrium are long-lasting and charge quicker than average lithium-ion batteries, though they can be more dangerous. Cedrium, despite its appearance, is a fragile material best suited for smaller projects. Protection for cedrium based components is necessary in order to prevent damage to the parts themselves, or the people using them.

Properties

Material Characteristics

In its base form, cedrium appears as a shimmering, misshapen, and metallic ore. It's blueish-silver in color, though its shades are deeper than that of cobalt. When crushed down into a fine powder, its color is a dull, slate blue. This slate blue color appears when cedrium is melted down as well. Cedrium is odorless, though factories added an aroma to its powder form. If a product featuring powdered cedrium malfunctions, it will let off an overwhelming citrus smell if the cedrium itself is compromised.

Physical & Chemical Properties

Cedrium is a dangerous and toxic element. Skin contact causes an immediate reaction, usually in the form of itchy rashes and peeling skin like that of a sunburn. Powdered cedrium is especially dangerous. If inhaled, it can cause respiratory distress, wheezing, and vomiting. In rare cases, it can even cause anaphylactic shock. Being a derivative of cobalt, cedrium is flammable and must be stored in airtight containers. Those working with cedrium are advised to cover up fully, dispose of any clothing that's been directly contaminated by cedrium, and wash themselves thoroughly in case of exposure.

History & Usage

Hazards

Cedrium in all of its forms is unfortunately considered a carcinogenic. Those who work extensively with the material, especially in its powdered form, are at an increased risk of developing lung and throat cancer. Respirators are a necessary piece of equipment when working with cedrium, but even that can't prevent eventual health problems from developing due to repeated exposure.

Environmental Impact

Improper disposal of cedrium based products can lead to extensive environmental damage due to the cedrium's toxicity. Without proper containment, cedrium can seep into the surrounding soil and contaminate sources of water. Cedrium factories also present a problem by creating air pollution, which goes on to cause respiratory illnesses and certain cancers for residents in the immediate area.

Reusability & Recycling

Cedrium based batteries can be recycled much like lithium-ion batteries. Recycling is the preferred method of dealing with old or damaged batteries and also inexpensive compared to producing new batteries. The recycled batteries are not as powerful as their original form though, making them undesirable to tech gurus. For the average person though, recycled cedrium batteries are a good economical way of powering rural electrical grids.

Type

Metal

Color

Blueish-silver

Boiling / Condensation Point

5,400° F (2,982° C)

Melting / Freezing Point

2,725° F (1,496° C)

Density

8.5 grams per cubic centimeter