How to Hang a Suncatcher: A Step-by-Step Guide

Ruby Rainbow Cat

Here at Rainbow Symphony, we’re passionate about our suncatchers. They’re a unique way to bring color, light, and personality into any space. Our rainbow suncatchers use holographic prisms and diffraction to turn every speck of light into vibrant rainbows that stretch out across your room. Figuring out how to hang a suncatcher may seem straightforward, but there are several tips and tricks to consider when you’re deciding how and where to hang your suncatcher.

Read below for our step-by-step guide on how to hang a suncatcher!

1. Pick the Perfect Suncatcher

Before you can think about how to hang your suncatcher, you’ll have to pick one out, of course! Our suncatchers come in a variety of designs and types, so you can browse to your heart’s content. If you already have a room or place in mind, you should consider the size and type of suncatcher that you’re buying. If not, that’s totally okay! Just find the suncatcher that speaks to you, and you can find the perfect place for it later. You can choose from simple, clean designs, or go for something more festive around the holidays, like a snowman.

2. Find the Right Spot

Sun Catcher

Once you have your suncatcher, you have to find the perfect spot to hang it. When looking for that perfect spot, consider how your suncatcher works: light is diffracted through the special holographic lenses to turn light into individual rainbows. Naturally, then, suncatchers work best when they are situated in a window that gets direct sunlight.

3. Hang Using a Suction Cup

Now, it’s finally on to how to hang a suncatcher! Start with cleaning your window; a clean surface will help the strong suction cup adhere to your window. Next, wet the suction cup before placing it on the window, ensuring it will not slip off the clean window. At Rainbow Symphony, all of our suncatchers come with suction cups and hooks, so hanging them up is a breeze.

If you prefer that your suncatcher dangle from the suction cup, tie a thread to the suncatcher and the other end to the suction cup. This can create a bit more movement, which can really make your rainbows come alive!

4. Admire the View

Once you’ve mastered the art of how to hang a suncatcher, the rest is easy: you just have to sit back, relax, and enjoy the view! Every time sunlight comes through and moves throughout the day, your suncatcher-adorned window, your room will be covered in vibrant, glowing rainbows. It won’t be long before you decide you need a suncatcher in every window.

Start Your Suncatcher Collection

At Rainbow Symphony, we’re committed to bringing you the highest-quality suncatchers so that you can spread your love of rainbows everywhere you are. From classic designs to fun animal options, our collection has something for everyone. Whether you’re getting your first suncatcher or adding to your collection, get your next suncatcher at Rainbow Symphony today.

When Was the Last Solar Eclipse, and When Can We Expect the Next One?

Solar Eclipse

When the moon moves directly between the sun and the Earth, a solar eclipse occurs. Solar eclipses are spectacular to watch, but unfortunately, they only happen every once in a while. Eclipses don’t occur on any set schedule, so if you’re hoping to see one for yourself, you have to do your research.

Generally, solar eclipses occur every 18 months or so, but each eclipse is only visible from certain parts of the planet. This means researching your eclipses is extra important. So when was the last solar eclipse, and when is the next solar eclipse? Don’t worry, we have all the answers!

When Was the Last Solar Eclipse?

If you haven’t previously kept track of eclipses, you may be wondering — when was the last solar eclipse? In the United States, the last visible total solar eclipse happened on August 21, 2017. It was the first total eclipse visible in the United States since 1979. What’s more — August’s eclipse was the first one visible across the entire continent since 1918. So when is the next solar eclipse? Chances are, you don’t want to wait another hundred years for it to happen. Luckily, you won’t have to.

When Is the Next Solar Eclipse?

The next solar eclipse that will be visible in the United States will happen on October 14, 2023. This will be an annular eclipse rather than a total eclipse. During an annular eclipse, a ring of the sun’s light is still visible around the moon. People from Northern California to Florida will be able to watch it happen, so you better have your eclipse viewers handy!

eclipse viewers

If you’re holding out for a total eclipse, you still won’t have to wait long. The next total solar eclipse that will be visible in the United States will happen on April 8, 2024. It will be visible from Texas to Maine, so if you’re in that area, don’t forget to pick up some plastic eclipse glasses to keep your eyes safe.

Get Your Eclipse Glasses Today

Viewing a solar eclipse with your naked eyes is only safe during the moment of totality — that is, when the moon completely blocks out the sun. For the rest of the time, you need special eclipse viewing glasses or lenses to protect your eyes from the harmful, harsh sunlight. Make sure you keep track of your solar eclipse dates, so you’ll never have to ask, “when was the last solar eclipse” and worry you missed out!

At Rainbow Symphony, our eclipse glasses, shades, and viewers meet the standard for ISO 12312-2:2015. They are "CE" Certified and meet the requirements for safe direct solar viewing. Be sure to get your eclipse glasses from Rainbow Symphony for a safe viewing experience!

Wondering Where to Buy the Best Solar Eclipse Glasses? We’ve Got You Covered


The chance to watch a solar eclipse only comes around every so often. When it does, make sure you’re ready to make the most of it. You can’t watch a solar eclipse unless you have the proper eclipse glasses or viewers to keep your eyes safe. If you’re wondering where to buy solar eclipse glasses, look no further. Rainbow Symphony has a whole variety of solar eclipse glasses so you can view safely and in style.

What Is a Solar Eclipse?

A solar eclipse occurs when the moon passes directly between the earth and the sun. During a solar eclipse, the moon casts two shadows over the earth, causing darkness during the day. These shadows are called the umbra and penumbra. Solar eclipses occur about every 18 months, but they only last a few minutes. Make sure you stay up-to-date on when the next eclipse is occurring, or else you might miss it!

There are three types of solar eclipses: total, partial, and annular. Total eclipses are the most striking, but they are only visible over small areas. It’s important to do your research to make sure that, if you’re planning on viewing a total eclipse, you are within the ‘path of totality’.

Why Do You Need Eclipse Glasses?

If you’re asking where to buy solar eclipse glasses, you may be wondering why you need them in the first place. Unless you’re looking at a solar eclipse during the moment of totality, you’re actually staring directly at the sun!

Eclipse Glasses

Looking at the sun can cause too much ultraviolet light to flood into your eyes, resulting in solar retinopathy. At its worst, it can cause blindness, but usually, it tends to result in blurred vision, dark or yellow spots, pain in bright light, or loss of vision in the center of the eye. To permanently damage your eyes, you typically need to stare at the sun for 100 seconds––which could very well happen if you’re attempting to watch a solar eclipse!

At Rainbow Symphony, we’ve outfitted our eclipse shades and eclipse viewers with solar lenses that filter out the harmful ultraviolet light. All of our eclipse glasses meet the standard for ISO 12312-2:2015 and are "CE" Certified to meet the transmission requirements of scale 12-16 of EN 169/1992 for safe direct solar viewing. In other words, with our eclipse glasses, you can watch the entire solar eclipse with no fear of damaging your eyes!

Where to Buy Eclipse Glasses

At Rainbow Symphony, we offer multiple options for eye safety during a solar eclipse. You can use eclipse glasses, which are like sunglasses that have special solar filters instead of regular lenses. If you plan on photographing the solar event, be sure to check out our solar filters which can be attached to cameras and binoculars. The only way you can go wrong is by not buying any eclipse lenses at all!

No matter what your taste in eclipse viewing is, you know where to buy solar eclipse glasses: Rainbow Symphony!

Where Can You Buy Rainbow Suncatchers?


Suncatchers are thought to have been invented by the Southwest American Indians, but today, they are found in homes everywhere. The dazzling display of rainbows these simple yet beautiful decor items create offer an easy way to add a unique splash of color to any room in the house. If you’re looking for a way to bring the magic of rainbows into your space, these suncatchers are a fun and affordable option. Learn more about how suncatchers work and where to buy suncatchers below!

How Do Suncatchers Work?

Physics teaches us, that light travels in a straight line until it hits an object. When it does hit an object, that light gets reflected, refracted, or absorbed. Suncatchers work to reflect or refract the light. Dispersive prisms within the rainbow catcher separate the light into all of its individual color components, and that’s how the rainbows are formed. It’s mostly science –– and a little bit of magic!


When you get a suncatcher, it’s best to hang it in a window that gets direct sunlight. Once that sunlight hits your suncatcher, your room will be dancing in rainbows! Now you just have to figure out where to buy suncatchers so you can experience the magic yourself.

What Kind of Suncatchers Are Available?

At Rainbow Symphony, we specialize in designing suncatchers that refract light into rainbows. Our suncatchers feature various diffraction designs that will create unique rainbow patterns in your room. Some of our suncatchers, like our original Axicon Suncatcher, feature a sharper rainbow created a more radial pattern throughout the room . Others, like our Gem Series Rainbow Decals, feature crystal prism patterns that cast a hue of rainbows in different sizes and randomized rainbow patterns creating a unique blast throughout the room.

You can choose from simple, glass suncatchers, or you can use rainbow window adhesive films to cover any area that you wish. The options are endless; you just have to use your imagination.

If you’re looking for a more mild rainbow effect from your suncatcher, consider getting a rainbow maker. Rainbow Makers feature a swarovski crystal prism that rotates with the power of solar energy, so your beautiful array of rainbows will travel around the room. Not only does the sun create some rainbows, it also creates the power that rotates your rainbow maker! Once you get one, you’ll want one in every room.

Where to Buy Suncatchers?

If you’re looking for where to buy suncatchers for your home, there’s truly no better place than Rainbow Symphony. After all, launched our line of magical suncatchers over 40 years ago with the Axicon Suncatcher!

Today, we offer dozens of styles of suncatchers to suit any room in your house. We have options that let the sheer beauty of the suncatcher shine on its own, and we also offer artwork-centered pieces that let you express your individual style. No matter what kind of suncatcher you’re looking for, we’re sure that you’ll find it in our online store!

Interference and Diffraction: How It Affects the Light Around Us

visible spectrum on hand

As you look at the horizon after a rainstorm, you see it in looming in the distance. It’s a rainbow. Of course, there’s no pot of gold at its end, but there is a wealth of knowledge that the rainbow can teach us about wave diffraction.

How about a more man-made phenomenon? As you spin a CD back and forth between your fingers, the back of the disc flashes a brilliant array of colors. Why does the CD react like this? It’s simple: the principles of interference and diffraction are at work, causing you to see these gleams of color.

Have you ever wondered how these kaleidoscopes of colors are produced? They are all around us. Not only do you see them in rainbows and CD’s but you can also observe them in bubbles, glass, and holographic stickers (just to name a few). So what exactly is this phenomenon?

Understanding the Science of Light

Before we consider interference and diffraction, we have to take a moment to consider what light is and how it travels. Waves are part of the electromagnetic spectrum, and they carry information from one place to another. Waves can carry different types of information, like light and sound. Some of these waves we are able to discern, but others are beyond our abilities to process.

Waves can be used many different ways. Radio stations transmit their signal via sound waves. Microwaves cook our food through the power of (unsurprisingly) microwaves. X-rays are harnessed by special machines that allow us to view inside our bodies. Waves are everywhere!

Right in the middle of the electromagnetic spectrum are light waves. These waves travel from a source and help us discern both light and color. So where does interference and diffraction come into this picture?

What Happens When Light Waves Bend

When light waves travel to our eyes on a straight and unimpeded path, we discern colors in a fairly straightforward fashion. However, it’s when light waves take a detour on the way to our eye that they react in unique and colorful ways. When waves are diverted by particles in the air or other light waves, their path and even their wavelength can change. This effect is called interference or diffraction.

rainbow over farmland

So, is there a difference between interference and diffraction? The scientific answer is this: not really. They are designations that don’t have a firm difference between the two. However, when most scientists talk about a small amount of sources diverting light waves, it’s usually called wave interference. When there are many different sources, it’s usually called wave diffraction. In the end, though, the two names describe the same concept.

The Effect of Interference and Diffraction

Let’s imagine for a moment that we’re looking at the evening sky after a pouring rain. As the sky starts to clear, a beautiful rainbow appears in the distance. How does interference and diffraction play into this beautiful natural phenomenon?

As you stand on your front lawn and see the clouds move away, the rain slows down and eventually comes to a stop. However, as you look to the horizon, you can likely see that, although it’s no longer raining where you are standing, there is still precipitation coming from the clouds. If these water droplets are in between your position and the sun, they represent an opportunity to see wave diffraction at work.

As light waves travel through the rain falling in the sky toward your eye, they can’t travel in a straight path. Imagine the light waves travelling through the rain like a pinball, bouncing around back and forth before they finally make their way back to your eye. What is the result of this? You end up seeing all seven colors of the visible spectrum in the natural wonder we call a rainbow. All of this is brought to you thanks to the work of interference and diffraction.

Everyday Observances of Interference and Diffraction

Of course, we don’t have the opportunity to see rainbows of a regular basis. Conditions in the atmosphere have to be perfect for us to witness one. But that doesn’t mean interference and diffraction are rare. In fact, we witness it so often that we probably don’t even realize it.

If you look at a piece of glass on your home, car, or even your smartphone, you can often see the array of colors that flash as your point of view changes. This is wave diffraction at work. Sometimes merchandise sold at stores have holographic stickers attached to them. These stickers are hard to duplicate, so they are a way to show that the item you are buying is authentic. As you turn the tag back and forth, you’ll see the variety of colors that pop and flash.

Even something as simple and beautiful as a suncatcher shows the practical use of interference and diffraction. As light waves travel through the opaque colored panels of the suncatcher, the light waves change and allow us to see a variety of colors. Stained glass windows work on the same principle as well. As light waves from the exterior of the building travel through the pieces of colored glass, the result on the interior of the building is a breathtaking display of colors and light.

stained glass cathedral

As you go about your day, can you find other examples in nature of interference and diffraction? When you look at your home, do you see ways that this phenomenon produces an array of colors? Once you begin to look, you’ll see it all around you.

However, if you always want to have access to the rainbow spectrum no matter where you are, or if you would simply like to give someone else the colors of the rainbow, then consider picking up a pair of our diffraction glasses, rave glasses, or our diffraction grating slides to bring the color spectrum to life!


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