In most offices, hallways, and other lower level and flat ceiling environments you will find some sort of tube lighting in place. The most common technology that is found to be used is currently fluorescent, but after this post that might slowly change for some because this alternatives to fluorescent office lighting and all of those other uses listed above is going to change your mind on which technology is the truly efficient one.

Although it is completely harmless while in the tube itself, accidents always happen. When a fluorescent tube is broken, a LED fluorescent tube alternative, you will skip this issue entirely because LED technology does not require any sort of mercury to work!

While LED technology is pretty much good to go in a greater range of temperatures, fluorescent lamps only works at it’s peak performance when it is in room temperature type environments. So LED technology is much more flexible in which temperatures it can operate properly at, fluorescents are only suitable for inside only applications. But even then, LED still wins for all of these other reasons listed on this post! And a thing to remember is that fluorescent technology isn’t better than LED is indoors, it’s just that it only works optimally at room temperatures. But when you replace fluorescent light with LED, you still get all the benefits that LED brings and they aren’t picky about the temperature at all.

When you hear the words non-directional, what exactly does that mean to you? Well, in the world of lighting it basically means that such fixture emits lights 360 degrees (or in all directions). This causes 30-40% of all the light being emitted by a fluorescent tube to be wasted due to the trait it carries of non-directional emission of light. With LED, it has directional lighting which allows you to direct the light where it needs to go and isn’t going to waste being emitted 360 degrees.

Let alone all of the other benefits that a a return on investment when you start looking at what contact us with any questions you have!

For some, flickering lights are an annoyance and can be a distraction. Others don’t notice the inconsistency in the lights. But, that fluctuation in light can signal problems in the circuitry or light fixtures in one’s home. Depending on the source of the problem, it could lead to serious safety issues in a home.

All lights flicker to some extent, based on the amount of power that is coming into the lines in your home.  If your lights flash or flicker regularly, it’s often a sign that there’s a problem – either in connection or power use. Situational flickering – like when an air conditioner starts – is a sign that there’s an issue with power supply. Simply put, the dip of the lights when the AC unit starts up occurs because the AC pulls the available electricity supply from the light. It’s usually temporary. It may also be a sign that the outdoor AC unit isn’t wired for maximum amperage. If the flickering lights aren’t related to a large appliance powering up and running, it’s a sign that there are issues – home may be brighter and more comfortable.

Regardless of bends, twists, or turns, Example of a cut line on LED strip lights

2. You will now have two LED strip lights. Carefully peel back the end portion of the paper strip covering the strip’s adhesive backing, and then remove the 3M VHB adhesive from the solder pads on the bottom side of one of the strips. The strip with its adhesive peeled back will be the top strip when soldered.

5. Align the non-tinned strip segment (strip with adhesive removed) directly over the newly tinned pads, and apply heat. Hold the soldering iron in place until the solder remelts and begins to flow. To strengthen the bond and improve visual appeal, a small portion of solder can be added to the top pad.

The LED strip lights are now connected, and power should flow through the entire length of the strip.

The following steps demonstrate how to split and solder a run of non-weatherproof two-conductor or connecting wires. Peel away the blue wire so that only the positive (red), negative (black), and control (green) wires are left.

*No wires should be peeled away if you’re joining single-color or standard RGB light strips.

3. Properly heat your soldering iron. For best results, clean and tin the tip of the iron immediately before soldering. To tin the iron, touch solder to both sides of the iron’s tip.

4. Next you will need to tin the solder pads on both ends of the split strip light. When soldering, always apply heat to the target area on the strip and not directly to the solder. Once sufficient heat has been applied to the area, start introducing solder.

The LED strip lights are now connected, and power should flow through the entire length of the strip.

The following steps demonstrate how to split, solder, and reseal a

3. Follow steps two through five located at the top of this post for soldering a standard RGB strip light.

4. To reseal the strip light, apply

The LED strip lights are now connected, and power should flow through the entire length of the weatherproof strip.