How to choose glass lighting and how to match glass lighting

Lighting is the most attractive flirt in the living room. Different shapes, colors, materials, and sizes can create different light and shadow effects for different living rooms and show different living room expressions. Nowadays, faced with all kinds of lamps and lanterns in the market, do you feel a little dazzled?

To choose a lamp with high safety performance, pay attention to the following aspects. Steps/methods Check the manufacturer’s name and trademark, model, rated voltage, rated power, etc. for the mark on the lamp product to see whether it is safe; the electric shock caused by the anti-shock protection lamp is generally due to the use of a lamp holder or lamp that does not meet the requirements, and the live parts are not connected. Covers and other protective measures against electric shock.#glass chandelier lighting

Normally, the bulb should be screwed in during use, and after the lamp is powered on, people should not be able to touch live parts. When purchasing the cross-sectional area of the wire used in the lamp, you can look at the mark printed on the insulating layer outside the wire on the lamp. It is stipulated that the minimum cross-sectional area of the wire used on the lamp is 0.5mm/square. The cross-sectional area of some unqualified products is only 0.2mm/square. Such wires will burn the wires under abnormal conditions, and a short circuit will occur after the insulation layer burns out, causing danger.#stainless chandelier

There should be no sharp edges at the entrance and exit of the metal pipe through which the wire passes, so as not to cut the wire, cause the metal parts to be charged, and cause an electric shock hazard. Desk lamps, floor lamps and other portable lamps should have a wire holder at the power cord inlet. In order to prevent the wires on the terminal from falling off when the wires are pulled, causing the metal shell to be electrified and causing an electric shock; in addition, the wire fixing frame can also prevent the power cord from touching the heating element when it is pushed back, causing the wires to overheat and cause the insulation layer to melt. If it comes into contact with the metal casing, the casing will be charged, resulting in electric shock.