Vásárolni szeretne LED szalagfények? Akár tapasztalt profi vagy, akár új vagy a LED szalagok világában, ez a cikk neked szól.
Tom Woo vagyok a Unitop (Kína) Co., Limited, a LED szalagok professzionális gyártója 2005 óta. Több mint 17 éves tapasztalattal a LED világítási iparban, remélem, hogy a cikkem segít Önnek.
Ez a cikk segít azonosítani a LED-csíkok minőségét meghatározó legfontosabb tényezőket, valamint néhány ismeretet, amelyet tudnia kell, mielőtt a megfelelő vásárlást végzi a projektjéhez.
Ugorjunk bele!
Mik azok a LED szalagfények?
A LED szalagfények, más néven LED szalagfények, LED szalagfények vagy LED fényszalagok olyan világítási megoldások, amelyek egy sor felületre szerelt SMD (SMD) LED-ből és egyéb elektromos alkatrészekből állnak, amelyek egy rugalmas nyomtatott áramköri lapra (FPC) vannak forrasztva. Egy tápegységhez csatlakoztatva ezek az alkatrészek tökéletesen együttműködnek, hogy egy szalag alakú fényt hozzanak létre, innen a "LED szalagfények" elnevezés.
Egy LED-es szalagfény több kulcsfontosságú alkatrészből áll, köztük SMD LED-ekből, FPC lapból, ellenállásokból és 3M kétoldalas ragasztószalagból. Ezek az alkatrészek elengedhetetlenek a LED-es szalagfény megfelelő működéséhez és tartósságához.
Hogyan működnek a LED szalagfények?
A fehér LED-es szalagfények vagy egyszínű szalagfények használatához megfelelő feszültségű tápegységhez kell csatlakoztatni őket. Amint a tápegység csatlakozik az otthoni elektromos rendszerhez, a LED-csíkok fényt fognak termelni. Ezen szalagfények fényerejének szabályozásához LED-dimmert is felszerelhet.
Ha RGB, RGBW, RGBWW, RGBWW vagy hangolható fehér/CCT állítható fehér LED-szalagokat használ, akkor a LED-szalag és a tápegység közé LED-vezérlőt kell telepítenie. Ez lehetővé teszi, hogy a LED-csíkok színét vagy színhőmérsékletét tetszés szerint változtassa.
Egy új LED szalagfény, az úgynevezett nagyfeszültségű LED szalag még egyszerűbbé teszi a telepítést. Közvetlenül AC230V-ra csatlakoztatható, vagyis nincs szükség tápegységre.
Top 10 előnye a LED szalagfényeknek
A LED szalagfények egyre népszerűbbek a lakossági, kereskedelmi és építészeti világítási alkalmazásokban a következő tíz előnynek köszönhetően:
1. Könnyű telepítés
A LED szalagfények vékonyak és laposak, így könnyen elrejthetők kis helyeken, és olyan hatást keltenek, mintha a fényt látnánk anélkül, hogy a lámpatestet látnánk. 3M szalaggal érkeznek, és szakember segítsége nélkül is felszerelhetők.
2. Rugalmasság
A LED szalagfények hajlíthatóak, hogy különböző sima és gyönyörű lineáris világítási formákat hozzanak létre. Az ívelt felületeken is könnyen alkalmazhatók.
3. Vágható és összekapcsolható
A fénycsíkok vághatók kis szakaszokra, hogy a szükséges mérethez illeszkedjen, és forrasztás nélküli csatlakozókkal vagy forrasztással összekapcsolható.
4. Alacsony feszültség
A szalagfények 12V vagy 24V DC kisfeszültséggel működnek, így rendkívül biztonságosak minden korosztály számára, beleértve a gyerekeket is.
5. Teljesen dimmelhető
A LED-es szalagfények teljes mértékben dimmelhetők, és könnyen beállíthatók a kívánt fényerősségre, ha dimmerekkel vagy vezérlőkkel használják őket. Kérjük, olvassa el ezt a cikket hogyan lehet LED szalagokat tompítani.
6. Alacsony energiafogyasztás
A LED-ek környezetbarát, nagyon alacsony energiafogyasztású lámpák. A LED-csíkok használatával idővel sokat lehet spórolni az energiaköltségeken.
7. Alacsony hőtermelés
A LED-es szalagfények alacsony energiafogyasztásúak, kevesebb hőt termelnek a környezetükben, miközben elképesztően világos fényt adnak.
8. Nagyszerű hangulatot teremt
A LED szalagfények tökéletesen alkalmasak különböző világítási környezetek kialakítására. Számos lehetőség van a különböző színhőmérsékletekre, beleértve a meleg fehéret, természetes fehéret, nappali fehéret, hideg fehéret, hangolható fehéret, pirosat, zöldet, kéket, RGB-t, RGBW-t, RGBWW-t, RGBWW-t és még sok mást.
9. Több alkalmazás
A LED szalagfények sokoldalúak, és otthoni, irodai, kereskedelmi és ipari világításhoz stb. használhatóak.
10. Vízálló és nem vízálló
Beltéri nem vízálló (IP20) és kültéri vízálló LED szalagfények (IP65~IP68) állnak rendelkezésre.
Top 9 megfontolások a LED szalagfények megvásárlása előtt
Az alábbiakban átfogó áttekintést nyújtunk a LED-es szalagfények megvásárlása előtti legfontosabb szempontokról.
1. Szín és CCT
A "CCT" kifejezés a Korrelált színhőmérsékletet jelenti. A fehér fényforrás színének megjelenését méri, és Kelvin (K) fokban fejezik ki. A fényforrás színárnyalatának leírására szolgál, az alacsonyabb hőmérsékletek melegebbnek (sárgább/narancsosabbnak), a magasabb hőmérsékletek pedig hidegebbnek (kékesebbnek) tűnnek. Az alábbiakban néhány gyakori CCT-értéket és általános használatukat ismertetjük:
- 1800K - Ez a CCT nagyon meleg, és erős narancssárga-sárga árnyalattal rendelkezik. Gyakran használják olyan környezetekben, ahol hangulatos, meleg hangulatra vágynak, például éttermekben vagy bárokban.
- 2400K - Ez a CCT közel narancssárga vagy barnássárga színű. Ez egy nagyon meleg fény, vöröses és sárga tónussal. Gyakran használják kiskereskedelemben, kórházakban és egyéb különleges eseményeken, például esküvőkön, partikon és egyéb összejöveteleken.
- 2700K - Ez a CCT hasonló az izzók fényszínéhez. Ez is melegnek tekinthető, de nem olyan meleg, mint az 1800K. Lágyabb, semlegesebb narancssárga/sárga árnyalatú. Gyakran használják lakóhelyiségekben, például nappalikban vagy hálószobákban.
- 3000K - Ez a CCT hasonló a halogénlámpák fényéhez. "Meleg fehérnek" tekinthető, és semleges fehér árnyalattal rendelkezik, enyhe sárga/narancsos árnyalattal. Gyakran használják általános világítási alkalmazásokban, például irodákban vagy iskolákban.
- 3500K - Ez a CCT szintén a "meleg fehér" kategóriába tartozik, de a 3000K-nál valamivel hűvösebb árnyalatú. Gyakran használják kiskereskedelmi környezetben, mivel úgy gondolják, hogy a termékeket vonzóbbá teszi.
- 4000K - Ezt a CCT-t "természetes fehérnek" tekintik, és semleges fehér árnyalattal rendelkezik, enyhe kék árnyalattal. Gyakran használják feladatvilágítási alkalmazásokban, például konyhákban vagy műhelyekben.
- 5000K – This CCT is considered a “daylight” white with a slightly cool, blue-white hue. It is often used in environments where high visibility is required, such as in hospitals or laboratories.
- 6500K – This CCT is also considered a “daylight” white, but it has a cooler hue than 5000K. It is often used in photography and videography, as it closely approximates natural daylight.
- 10000K – This CCT is very cool and has a strong blue hue. It is not often used in general lighting applications but may be used in special effects or for aesthetic purposes.
You can refer to the below chart for a more detailed understanding.
Adjustable white LED strip lights, also known as tunable white strip lights, or CCT adjustable LED strips, offer a range of color temperatures from 2700K to 6500K. These lights are created using a combination of warm white and cool white LEDs on the same flexible printed circuit board. By adjusting the brightness levels of the warm and cool white LEDs, various color temperatures can be achieved.
In addition to adjustable white strip lights, single-color options are available such as red, green, and blue. For even more versatility, multicolor RGB, RGBW, or RGBWW LED strips are also available.
2. Indoor or outdoor
Generally speaking, when choosing LED strip lights for indoor use, select those with an IP20 rating. For outdoor or semi-outdoor applications, it is recommended to use waterproof LED strip lights with an IP65 rating or higher.
Keep in mind that the appropriate IP rating will depend on your application’s specific needs and requirements. It is always a good idea to carefully consider the potential exposure to moisture and choose a LED strip light with a suitable rating to ensure safe and reliable operation.
For example, it is recommended to use LED strip lights with at least an IP65 rating for kitchen and bathroom applications. This rating indicates that the lights are protected against low-pressure water injection, making them suitable for damp environments.
3. 12VDC or 24VDC
There are a few factors to consider when choosing between 12V and 24V LED strip lights.
Many customers prefer 12V LED strips because they are familiar with them and because 12V power supplies are more readily available on the market.
Additionally, the cuttable section of 12V LED strip lights is typically smaller than that of 24V strips, making it easier to cut and customize the lights to the desired length.
12V LED strip lights are also popular for use in vehicles, boats, and luxury yachts, as these types of vehicles typically have 12V power systems.
However, 24V LED strip lights have become increasingly popular in recent years.
One advantage of 24V strips is that they operate with half the current of 12V strips, which means they have a longer lifespan. Additionally, more product variations are available in the 24V range, providing more options for customers.
24V LED strip lights are also a good choice for projects requiring continuous, long LED strips installations, as the voltage drop is typically smaller for 24V strips.
Constant current LED strip lights can also help mitigate the voltage drop issue. Such LED strips can run continuously up to 50m(around 160ft) with one power supply. Still, these strips are typically more expensive due to the additional electrical components and longer production lead time.
At Unitop, we offer both 12V and 24V LED strip lights to meet the diverse needs of our customers. And our most popular models are 24V. If you have any specific requests or questions, please feel free to contact us.
4. Brightness
Brightness is an important consideration when choosing LED strip lights, as it plays a significant role in creating ambiance through both its intensity and color. In the lighting field, brightness is typically measured in lumens. This value reflects the amount of light produced by a light source and can be used to compare the brightness of different lights.
Lumen
Lumen is the unit of measure for the total amount of visible light emitted over a specific period. It indicates the brightness of the light produced by a source. Electricians often use foot-candle, a unit commonly used in the US, to describe the light intensity. One foot candle is equivalent to one lumen per square foot, or the amount of light produced by a typical wax candle placed one foot away.
When selecting LED strip lights, it is crucial to consider the brightness, typically indicated in lumens per unit length. However, be aware that different suppliers may use other units of measurement, and it is necessary to convert these values for an accurate comparison.
For example, one strip may be marked as “240 lumens/ft” while another may be marked as “700 lumens/meter.” To compare these strips, it is necessary to convert the lumens/ft value to lumens/meter by multiplying it by the conversion factor of 3.28. In this case, the first strip would be 787.2 lumens/meter, making it brighter than the second strip.
If you need a brighter LED strip light, choose one marked with a higher lumen value per unit length. Just be sure to carefully compare the values using the appropriate units of measurement to ensure an accurate comparison.
Luminous efficacy
Luminous efficacy is another important factor related to brightness. It is the ratio of the lumen value of a light strip to its power consumption. In other words, it measures how efficiently a light strip uses power to produce light.
An LED strip light with a higher luminous efficacy will produce more lumens of light when consuming the same amount of power. This means that it will be more energy-efficient and cost-effective to operate.
Relationship between brightness and power
The brightness of an LED strip light is also related to its power consumption. Usually, the more power an LED strip uses, the brighter it will be. However, it is important to consider the luminous efficacy of the strip when determining how much power is needed to achieve the desired brightness level.
How many lumens do I need?
When installing LED strip lights in homes, it is common to wonder how many lumens are needed for a particular space. The number of lumens per square foot required to properly and comfortably illuminate an area can vary depending on the specific needs and preferences of the user.
Generally, a higher lumen count will be needed for brighter, more vibrant lighting, while a lower one may be sufficient for more subdued ambient lighting.
To achieve optimal lighting for various spaces, the following table offers a general guideline for the number of lumens per square foot needed:
| Alkalmazás | The number of lumens per square foot |
|---|---|
| Bedroom lighting | 10-20 lumens per square foot |
| Stair and hallway lighting | 10-30 lumens per square foot |
| Under cabinet lighting | 20-40 lumens per square foot |
| Under counter lighting | 20-40 lumens per square foot |
| Kitchen island kickboard lighting | 20-50 lumens per square foot |
| Bathroom lighting | 50-70 lumens per square foot |
| Kitchen countertop lighting | 60-80 lumens per square foot |
Keep in mind that these are just general recommendations and the actual number of lumens needed may vary based on the specific needs and preferences of the user.
5. LED density and LED types
LED density refers to the number of LEDs per meter or foot on a LED strip light. For example, a strip light may have 60 LEDs per meter or 18 LEDs per foot.
How does LED density influence the LED strip lights’ brightness?
LED density plays a key role in the brightness of LED strip lights. A higher-density strip, which has more LEDs per meter or foot, will typically be brighter than a lower-density strip. This comparison is based on the same type of LED and the same current on the LEDs.
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How does LED density influence light distribution?
In addition to brightness, LED density can also impact light distribution from LED strip lights. When the distance between individual LEDs is not uniform or too much, it can result in the appearance of “light spots” or visible areas of concentrated light. Achieving a smooth, even light distribution typically requires a higher LED density and careful placement of the LEDs.
Distance range in between LED and also diffuser
The distance between the LED and the diffuser can affect the light distribution from LED strip lights. To understand this, imagine standing 10 meters away from a wall and shining a flashlight on it. The entire wall area would be lit, indicating good light distribution. As you move closer to the wall, the lit area becomes smaller until it is the same size as the flashlight head, at which point the light distribution becomes poor due to the noticeable light spots.
Like a flashlight, an LED is a point source of light, so if light spots are a concern, one solution is to increase the distance between the LED and the diffuser. For example, when using aluminum profiles to install LED strip lights, you can choose deeper profiles to achieve a longer distance between the LED and the diffuser.
Distance between two surrounding LEDs
The closer the distance between surrounding LEDs, the higher the LED density of strip light and the better the light distribution. This is because the closer the distance, the easier it is for the LEDs to cover each other’s blind spots.
In cases where the distance between the LED and diffuser cannot be increased due to installation constraints, choosing a strip light with a higher LED density can help improve light distribution and reduce the appearance of light spots.
Some of our LED strip lights are designed specifically for optimal light distribution. These strips feature high-density LEDs and can provide excellent light distribution even when used in shadow aluminum profiles. These lights also offer higher lumen output, lower current, less heat generation, and longer lifespan.
LED types
SMD LED package types are often identified by a number, such as 3538, 2835, 5050, or 2216, which refers to the size of the LED in millimeters.
SMD3528 LEDs have dimensions of 3.5mm x 2.8mm and a height of 1.9mm. These LEDs have a power of 0.06W and can produce white or colored light. SMD3528 LED strips have a long history of use, but they may not be as cost-effective as newer SMD2835 LEDs.
SMD2835 LEDs have dimensions of 2.8mm x 3.5mm and a height of 0.7mm. These LEDs have a power of 0.1W, 0.2W, or 0.5W and can produce white or colored light. SMD2835 LED strip lights are currently the best-selling type on the market.
SMD5050 LEDs have dimensions of 5.0mm x 5.0mm and a height of 1.6mm. These LEDs have a power of 0.2W and can produce white light, colored light, RGB, RGBW, or RGBWW. The most outstanding feature of SMD5050 LEDs is they can put many chips inside one single led. This makes them widely used in the multi-color solution.
SMD2216 LEDs have dimensions of 2.2mm x 1.6mm and a height of 0.6mm. These LEDs have a power of 0.06W, 0.15W, or 0.2W and are made to produce white light. SMD2216 LEDs have the smallest ad ultra-slim body, making it best to make the thinnest LED strips.
There are also other SMD LEDs like SMD3030, SMD3014, SMD5730, SMD5630, etc.
COB (chip on board) LED strip lights are a type of LED lighting that utilizes multiple LED chips bonded directly onto a substrate or printed circuit board. The chips are mounted directly onto the board rather than housed in a separate package, resulting in a more compact and efficient lighting solution. COB LED strip lights are known for their high lumen output and improved heat dissipation; you can not see the light spots when you light them on.
Unitop is a leading manufacturer of LED strip lights in China. Our best-selling LED strips are COB LED strip lights, SMD2835 LED csíkok, high-density 180lm/W LED strips, és 230V AC LED strips.
6. CRI or color rendering index
CRI, or color rendering index, is a measure of a light source’s ability to reproduce objects’ colors accurately.
It is based on the idea that the original color of an object can be determined by how it appears when illuminated by sunlight, which has a CRI of 100.
The closer the color of an object rendered by a source of light is to the color of the same things under sunshine, the greater CRI the source of light has.
A light source with a high CRI value will more accurately reproduce the colors of objects compared to one with a lower CRI value.
CRI is important in lighting applications where color is critical, such as in retail settings where the appearance of products can influence customer purchasing decisions.
For example, LED strip lights with a high CRI in a grocery store’s produce section can make the fruit and vegetables look more natural and appealing, while low CRI lighting can make them appear dull and less attractive.
It is also worth noting that long-term exposure to light with a CRI lower than 80 can affect the ability of the human eye to distinguish colors and may cause vision problems. For this reason, it is recommended to use LED strip lights with a CRI of at least 80 for extended use.
Currently, most of our LED strip lights have CRI 90+. For your specialist demands, we additionally bring LED strip lights with CRI 98+.
7. Length and width
LED strip lights are often sold in lengths of 5 meters (16.4 feet) due to voltage drop along the strip. When using a 12V or 24V LED strip, the brightness of the LEDs at the end of a strip longer than 5 meters may be lower than those at the beginning.
It is important to note the length of the strip when purchasing LED lights, as some sellers may offer shorter lengths, such as 2 meters or 3 meters.
LED strip lights also come in various widths, including 4mm, 5mm, 6mm, 8mm, 10mm, and 12mm. The ultra-slim 4mm version is often used for special lighting projects.
8. LED power supply
When deciding between a power adapter and a switch power supply, there are a few things to consider.
1. Power adapters are generally easier to set up and are suitable for small projects, as they can usually power one to two LED strips.
2. A professional branded power supply may be a better choice for medium to large installations as it can provide power for many strip lights.
3. It’s important to choose a high-quality power adapter or power supply to avoid flickering. Flickering can be caused by substandard power supplies and can be noticeable or even unseen to the naked eye.
To check for flickering, you can use the video camera mode on your phone to view the strip lighting. Prolonged exposure to LED lights with undetectable flickers can cause vision problems or even headaches.
4. Good quality power supplies, such as MeanWell, can provide the full suggested current for continuous operation. On the other hand, bad quality, substandard power supplies may provide less current than indicated, become hot, and have problems when used for extended periods.
5. Voltage and power of LED strip power supplies
When choosing a power supply for your LED strip lights, it’s important to consider the voltage and power requirements.
Feszültség: The power supply voltage should match the LED strips’ voltage. For example, if you have 12V LED strips, you should use a 12V power supply. Similarly, if you have 24V LED strips, you should use a 24V power supply.
Teljesítmény: The power supply should be sufficient to power the LED strips. To determine the power needed, you can use the formula: Power = LED strip length x wattage/meter. For example, if you are installing a 5-meter LED strip with a wattage of 16W/meter, the total power needed would be 5 meters x 16W/meter = 80W.
It’s generally recommended to choose a power supply with a capacity that is 20% higher than the calculated power needed. This allows for some extra capacity and helps to prevent the power supply from running at full load, which can generate excess heat and reduce the lifespan of the power supply.
For the example above, you would need a power supply with a capacity of at least 96W (1 + 20% of 80W). It’s generally safe to choose a power supply with a higher capacity than needed, as it will only provide the power the LED strips require.
For more details, we have a separate article on how to choose LED power supply.
9. Quality
Quality is the result of several factors coming together.
Quality materials
To ensure high-quality LED strip lights, it’s important to use quality materials such as top-quality LEDs, double-sided red copper FPC boards, 3M double-sided tape, and waterproof materials. The quality of these materials can often be assessed by sight and touch.
Good performance
Good performance is also essential for high-quality strip lights. Some factors to consider when evaluating the performance of strip lights include the precision and uniformity of the color temperature, the heat management performance, and the color rendering index (CRI). To be easy on the eyes, LED strip lights should have a CRI of at least 80+.
UL/CE certified
It’s also important to choose LED strip lights that are UL/CE certified in the low-voltage luminaires category.
Excellent service
It’s always a good idea to choose a supplier with excellent before and after-sales customer service, including a product warranty. Unitop offers a 3-year warranty for all our LED strip light products.
What are the most effective LED strip lights?
1. LED
LEDs, also known as LED packages, are crucial in making high-quality LED strip lights. The quality of the LED has a direct and significant impact on the overall quality of the LED strip. Key components of an LED include the LED chip, bracket, lead wire, phosphor, and package glue.
A LED chip is the most important part of the LED package, as it is the component that produces light. The brand and size of the chip can often indicate its quality level. LED chips from Taiwan Epistar are known for their large size and good color precision and consistency.
In general, LED chips of a larger size will have stronger performance, producing higher brightness and better heat dissipation.
The lifespan of an LED is positively correlated with its heat dissipation ability, so some manufacturers may choose to use smaller chips to lower costs, but this can result in shorter lifespans and fewer lumens from the LED.
A bracket of a high-quality LED is made of red copper with a silver plating of at least 60u thick. This provides low resistance and good conductivity, allowing for efficient heat dissipation within the LED. Lower-quality LEDs may use iron brackets, are prone to rusting, and have poor heat dissipation capabilities.
To determine if an LED uses a red copper silver-plated bracket, you can carefully split the LED in half and look for the presence of red copper inside.
A bond wire is used to connect the various components of the LED. High-quality bond wire uses 99.99% purity gold wire that is 1.0 mil gauge. Gold wire is known for its high ductility and pliability, allowing it to withstand the internal stress forces of the adhesive without breaking.
Gold is expensive, so some manufacturers may use lower-quality bond wire, such as copper, to reduce costs. This can result in reduced conductivity, faster degradation, and more heat for the LED.
A package glue used in a high-quality LED has a high refractive index, which helps to increase the LED’s lumens. The glue should also create a strong bond with the bracket, be moisture-resistant and anti-cracking, and not turn yellow over time.
Phosphor is a crucial component of LEDs. Advanced phosphors include indium gallium nitride (InGaN) and aluminum gallium indium phosphide. The phosphor’s characteristics directly impact the quality of white LEDs, including brightness, color temperature, CRI, and chromaticity coordinates.
Good phosphor should have a concentrated spectrum, slow degradation in brightness, and high temperature resistance.
In summary:
LEDs of the same batch (or “bin”) should all emit light with the same brightness and color temperature, ensuring lighting precision and consistency.
One way to test the quality of LEDs is to apply a 6-8V DC to an LED strip light. If every LED on the strip produces a minor amount of light at the same brightness level, the LEDs have good uniformity. On the other hand, if the brightness of the LEDs varies, with some being brighter and some being darker, the LEDs are of poor quality.
It’s also important to note that for 5050 LEDs with three color chips, it’s necessary to use an RGB controller to test each chip individually. If any chips do not light up, the LEDs are faulty.
2. Flexible printed circuit board( FPC)
The FPC board is where the LEDs are mounted, using layers of copper as a conductor. Double-sided FPC boards, which have copper layers on both the top and bottom sides, are the best option for producing high-quality LED strip lights.
On the other hand, single-sided FPC boards contain less copper and are, therefore, less expensive, but they also have a shorter lifespan and can produce more heat when used in LED strip lights.
How to tell whether an LED strip light uses a single-sided or double-sided FPC board? Single-sided FPC has only one side with circuits printed, and the opposite side looks smooth and distributed color. Double-sided FPC has printed circuits on both sides. So it can be so easy for you to see.
When holding them between two fingers. Double-sided FPC boards are typically thicker, which improves their heat release function.
3. Manufacturing process
One way to determine the quality of an LED strip light’s manufacturing process is to inspect the soldering points of the LEDs. On high-quality strip lights, the soldering points should appear full and shiny. Conversely, soldering points on poor-quality strip lights will appear shriveled and dull.
Seeing is believing! It is also a good idea to visit the factories to double-check all the manufacturing processes before you can place big orders.
4. Authentic 3M double-sided adhesive tape
Almost all stick-on LED light strips use double-sided tape on the back, often marked with the letters “3M”. However, not all of these tapes are authentic 3M brand tape.
Inferior quality tapes may initially provide a good adhesive bond and keep the light strip in place, but they become less sticky over time and may eventually fall off.
In contrast, authentic 3M double-sided tape becomes stronger and more adhesive over time, and the light strip will not fall off unless it is intentionally removed.
The 3M tape used on our waterproof LED strip lights is clear and does not leave any sticky residue on the installation surface when the strip is removed.
5. Waterproof material used
For outdoor waterproof LED strip lights, the type of waterproof material used makes a difference in quality. High-quality waterproof strip lights use silicone waterproofing, which is non-toxic and can be used in products like baby bottle nipples.
Silicone has high light transmittance and does not yellow over time, and it maintains its properties over a wide temperature range (-67°F to 392°F).
In contrast, inferior waterproof strip lights may use cheaper polyurethane (PU) glue as the waterproofing material. PU glue is toxic and unsuitable for indoor use, and it may turn yellow, become brittle, and crack after a few months.
The manufacturing process using PU glue can also result in the PU glue coming into contact with the LED surface, which can alter the color temperature of the light. For example, a normal 6500K LED strip coated with PU adhesive waterproof material may have its color temperature adjusted upwards by about 1000K, resulting in a color temperature of around 7500K-8000K.
What can LED strip lights do?
LED strip lights are extremely versatile and can be used in many applications. They are a popular choice for lighting design professionals because of their creativity and versatility. When properly designed and installed, LED strip lights can be used for ambient, accent, task, and bias lighting.
Ambient lighting
Ambient lighting refers to general or mood lighting, the base level of light in a space. It allows you to move around safely and sets the overall tone in the room.
Accent lighting
Accent lighting is focused on a small area or feature in a room and is often used to highlight a particular area or make it stand out. Under-counter LED strip lighting is an example of accent lighting, often used to showcase artistic items, photographs, or trophies.
Task lighting
Task lighting is used to help you work by increasing focus and sharpness and lighting specific items or areas. It is often used in office desks and kitchen countertops, and under-cabinet strip lighting can be a good example of task lighting.
Bias lighting
Bias lighting is a backlight behind TVs, monitors, or screens to add soft lighting to the usually dark background. It is used to improve the performance of television displays and reduce eye strain for viewers.
With the above illumination capabilities, LED strip lights have been used for many applications, including residential, commercial, architectural, and industrial lighting. Some common applications for LED strip lights include:
Under-cabinet LED strip lights
LED strip lights are popular for their low profile and easy installation. They are straight and flat, making them easy to conceal in tight spaces like under cabinets or shelves.
Ceiling cove LED strip lights
LED strip lights are also popular for ceiling cove lighting, a popular form of ambient lighting in modern homes. Unlike downlights that require an opening in the ceiling, LED strip lights are flat and slim, making them ideal for hiding in ceiling coves.
Warm white ceiling lighting creates a cozy and relaxing atmosphere, while cool white ceiling lighting creates a refreshing environment. RGB ceiling lights are often used for party and holiday lighting events.
Room LED strip lights
LED strips are also a popular choice for use in rooms and can be used for indoor and outdoor installations. They are often used in lighting design trends by professionals.
Please find below the application ideas:
Under cupboard lighting.
Modern cooking area island lighting.
Under counter lights.
Ceiling concealed cove lights.
Bedroom lighting.
LED recessed lighting.
Washroom illumination.
Closet lights.
Living room lights.
LED stair step lights.
Garage illumination.
Stage illumination.
Decking illumination.
Schoolhouse lighting.
Landscape lights.
Restaurant and bar lights.
TV LED strip lights
LED strip lights are a great option for creating bias lighting for television, computer monitors, home theater screens, etc. LED backlight strips for television produce a weak bias light that can optimize TV contrast performance and reduce eye strain for viewers.
Without bias lighting, the area around a TV or monitor is typically dark, while the screen produces high levels of illumination. This high contrast can cause eye strain if viewers are exposed to it for long periods.
Bias lighting helps to reduce this high contrast by providing a low level of light in the surrounding area, which reduces eye strain for viewers. It’s important to note that bias lighting does not shine directly toward viewers and is designed to significantly lower the high contrast between the screen and the surrounding area.
Vehicle-use LED strip lights
LED strip lights are often used in automotive vehicles and recreational vehicles because of their flat, low-profile design. This makes them ideal for use in the limited space found in cars and RVs. In comparison to other high-profile lighting options, such as light bulbs, strip lights take up less space during installation, allowing for more distance between the lights and occupants and creating more space for people in vehicles.
LED strip lights for Christmas, vacations as well as parties.
More and more people are using RGB LED strip lights for Christmas, holidays, and celebrations because they operate at a low voltage (12V or 24V) and are easy to install.
RGB LED strip lights can produce a wide range of colors and lighting effects and can even be synced to music for a dynamic lighting experience. These features make RGB strip lights popular for creating a festive atmosphere for holidays and events.
LED strip lights for sign
LED strip lights are also used as backlighting for LED signage and channel letters. Their low profile and high brightness make them ideal for use as a backlight in these applications.
For example, LED strips are often used to create an attractive halo effect around company logos on the wall of a reception area. Our S-Shape or zig-zag LED strip lights are designed to make turns easily, making them perfectly suited for backlighting installation, even for small sign letters.
In summary, LED strip lights are highly versatile and can be used for various applications. Whether you want to be creative or follow the lead of others, you can enjoy DIY lighting with LED strip lights.
Customized LED strip lights
Many of our clients have unique ideas for strip lights. If our standard products don’t meet your needs, we can custom-make any strip lights you desire. Just tell us your idea, and we will make it a reality in China. We design and create samples for you, then provide you with the final, perfect LED strips.
Further LED strip lights ideas
If you are interested to know more amazing LED strip light applications, we have a separate article for you to check in more detail.
Where to get the best LED strip lights?
We are one of the leading manufacturers of LED strip lights and offer high-quality products on the market.
While lower-priced LED strip lights may seem like a good deal, they often lack the quality, safety, and lifetime of more expensive options.
Cheap LED strips may not meet necessary standards and may not be made with durable materials or designs. It’s important to consider the value of the product rather than just the price and choose LED strips that will meet your needs and provide the best value.
Different lighting applications have different requirements, and it’s important to consider your specific needs before choosing LED strips. A focus on brightness alone can waste resources and potentially harm people, so it’s important to carefully consider the illumination needs of your project and choose the best LED strips accordingly.
Our sales team can help you find the best LED strips for your project at a competitive price directly from the factory.
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Összefoglalva
How to intelligently pick out the appropriate LED szalagfények? After reading the above, you are already a specialist. If you need anything else about strip lights, we are always here waiting for your further contact.
Tom jelenleg az értékesítési vezetője a Unitop (Kína) Co., Limited. Ő volt a LED világítás 2005 óta az iparágban. Szakértője az értékesítésnek és marketingnek, valamint a gyárirányításnak. Szereti a testépítést, és őrült Apple rajongó! Keményen dolgozik, szeret tanulni és új dolgokat kipróbálni.
E-mail: tom@unitopledstrip.com WhatsApp: +86-18680307140
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