The mercury lamp

A new kind of lightbulb has gone viral after it went viral on Facebook.

The lamp has a special purpose for many in the community as it is designed to burn mercury.

It can be bought for about US$15.

The new lamp uses mercury in its design to create the lightbulbs which are placed in a socket, which allows the lamp to produce a low-cost and environmentally friendly source of light.

The mercury lamp has been on the internet for several weeks and has been seen by thousands of people on Facebook, Instagram and YouTube.

The lamps have also been shared by people who have seen the video of a man in a wheelchair using it.

People are now sharing their own creations using the new lamp to make their own mercury lamp, a technology called ‘photonically bonded’ lamps.

The Lumen Lamps are the latest generation of mercury lamp technology.

They are manufactured by a company called Lumen Technologies, which is based in the UK and is now owned by the Japanese company Sharp.

The company says the Lumen lamps are safer than traditional mercury lamp designs, as mercury can pass into the body through skin contact.

The bulbs can be used to light up your home, office, garden or anywhere where you can’t light up from the street.

The technology is already used by some other companies, including a US company called Nectar, which sells lamps for a fee.

However, the Lumens are still a relatively new technology.

There are currently about 60,000 Lumen bulbs in use in the world.

The device can be attached to a socket and uses a battery that will power it for a few hours, before it must be recharged by a switch.

To start, the lamp is placed on the socket and the battery must be removed to recharge the lamp.

Then the lamp needs to be placed in the socket, and the socket is then placed in its socket.

A switch is then used to control the bulb when it is set to emit light.

After a few minutes of operation, the battery will discharge and the lamp will begin to emit the light.

There are two main parts of the lamp: the bulb itself, and a light bulb.

The bulb has a mercury coating, and has a colour temperature range of about 500K to 2,500K, and emits a range of wavelengths.

The other part of the light bulb is a silicon wafer, and it is used to heat the mercury inside the wafer.

The wafer is coated with mercury and it emits a colour spectrum of between 800 to 1,200K.

The Wafer is an ideal material for the Lumeno lamps as it can be produced with low labour costs, and in a manner that will be able to meet environmental standards.

In order to create a lamp, the mercury has to be heated by an electric motor.

The motor can produce about 600 watts of power, and is made from metal alloy.

The materials used for the metal alloy are also environmentally friendly, and there are no chemicals that would be released into the air by using them.

The battery, which was made of metal, is a lithium-ion battery, and can provide the lamp with around 5,000 hours of operation.

To make the lamp, all the pieces of the device need to be cut to fit the sockets.

It is then made to fit within the socket of the mercury lamp.

After the sockets are assembled, the bulb is then set to operate.

The lamp is then attached to the socket by a small rubber strap.

The bulb can then be switched on using a switch, which means the lamp can be turned on and off by turning a switch on the mercury wafer that is inside the socket.

The light bulb can be activated by pressing a button on the Lumenchamp, which turns on the light in the bulb, and on and on, until the lamp turns off.

The power output of the Lumenum Lamps is dependent on the battery, but the Lumenzamps are also capable of producing power at up to 1.2 million hours of light per charge.

The project is funded by the UK government.