Unitop stands as a reputable top/vertical bend LED neon strip manufacturer in China, offering comprehensive options. Our lineup features everything from the standard 12V or 24VDC to constant voltage/constant current models, IP67 or IP68 ratings, and extensive sizes range from 0606, 1010, 1212, 1615, 2016, 3020, 5025, and D16. Customers can choose a traditional white silicone body or a black one, tailoring to diverse installation requirements.
We adhere to CE, RoHS, and UL standards, underscoring our commitment to quality and sustainability. Our Top Bend LED Neon Strips, known for their competitive pricing and quality, are a leading choice in the market. Unitop provides tailored solutions with OEM and ODM services, meeting all customer needs in LED lighting.
Top Bend LED Neon Strip, also known as top view or vertical bend LED neon strip, is a type of flexible LED neon strip designed to bend along the vertical axis. This design feature allows it to be shaped and contoured in ways that traditional neon lighting can’t, making it highly suitable for custom signage, architectural features, and decorative lighting.
Unlike traditional glass neon tubes, these LED neon strips are typically made from durable, flexible silicone materials. This construction allows for safe and easy installation in various indoor and outdoor settings. The top bend capability refers explicitly to the strip’s ability to bend upwards or downwards (like a “smile” or “frown”) as opposed to bending side to side.
These strips usually come in various colors, voltages, and levels of water resistance (indicated by IP ratings like IP67 or IP68). They can be cut to length and connected to a power supply, making them versatile for different projects. The LED technology also makes them more energy-efficient, longer-lasting, and less prone to breakage than traditional neon lighting.
Durable, Bright, Elegant: Unitop’s Top Bend LED Neon Strips Unveiled
What Sets Unitop’s Top Bend LED Neon Strips Apart? Exceptional Quality and Versatility
Top bend LED neon flex can bend vertically, allowing for unique designs and shapes that traditional LED strips can’t achieve. This feature is ideal for creating curves, waves, and other intricate patterns in lighting designs.
Made from quality silicone from Dow Corning from US, these neon strips are more durable and safer than traditional glass neon. They are less prone to breakage and don’t get as hot, reducing the risk of injury and damage.
1. Resistance to Saline Solutions: It withstands exposure to saltwater environments.
2. Acid & Alkali Resistance: Maintains integrity when exposed to acidic or basic substances.
3. Resistance to Corrosive Gases: Durable in environments with harsh gases.
4. Fire Resistance: Offers a degree of fire retardancy.
5. UV Resistance: Withstands ultraviolet light without degrading.
LED technology consumes significantly less energy than traditional neon lighting, lowering electricity bills and reducing carbon footprint. LEDs have a longer lifespan than traditional neon tubes, often lasting tens of thousands of hours, which reduces the need for frequent replacements and maintenance.
With high IP ratings like IP67 or IP68, top bend LED neon flex is resistant to water and weather conditions, making it suitable for both indoor and outdoor applications.
They come in various colors, including white, tunable white, RGB, RGBW options, offering flexibility in design and the ability to create dynamic, multi-colored lighting effects controlled via remote or controller.
Witness the Versatility of Top Bend LED Neon Strips in Various Applications
Bulk Purchases Made Easy with Unitop: Exceeding Expectations with Our Strips
Harnessing 18 years LED lighting industry for unparalleled quality.
A notable 3~5 years warranty underlining our commitment to quality.
Strong professional R&D team fosters continuous product innovation.
Tailored customized solutions to meet all your unique project requirements
Advanced systems produce up to 1.5 million meters of LED strips monthly
Embrace small orders & support businesses from small beginnings.
Providing 12x7 worldwide support for all before or after-sales queries.
Sustainable, biodegradable materials for eco-friendly production.
Excellence in Manufacturing: Crafting Perfection in Every Product
Learn the Essentials of LED Neon Strip Installation With Our Easy-to-follow, Professional Guide.
1. Preparation: Align your scissors at a precise 90-degree angle.
2. Positioning: Place the LED Neon Strip flat against the scissors.
3. Execution: Locate the designated cutting mark and execute a clean, straight cut.
Reminder: Avoid diagonal cuts to ensure integrity.
Thread the electrical wire through the designated end cap for a secure fit.
1. Prepping the Surface: Trim excess silicone from the LED Neon Strip to reveal the soldering pad.
2. Soldering Setup: Set your soldering iron between 380-400°C. Keep the soldering duration between 3 and 5 seconds.
3. Tinning: Tinning thoroughly to the Flexible Printed Circuit (FPC) pad.
4. Connection: Carefully solder the wire to the FPC, ensuring correct polarity. Avoid exposing copper and FPC edges, and prevent scalding the wire.
1. Glue Preparation: Cut the glue nozzle as needed.
2. Application: Apply a 1-2mm layer of glue inside the end cap and a 5-7mm circle around the neon strip’s cut end, avoiding the FPC and LEDs.
3. Assembly: Insert the LED Neon Strip into the end cap by 8-9mm, applying gentle pressure.
4. Cleanup: Remove any excess glue with a cloth.
Follow the same steps as for the head end cap, ensuring a secure and neat finish.
Allow 3 hours for initial solidification, with 24 hours for complete setting.
1. Scissor Alignment: Position your scissors perpendicular to the cutting surface.
2. Neon Strip Placement: Lay the LED Neon Strip evenly against the scissor blades.
3. Cutting Procedure: Identify the specified cutting mark and make a direct, even cut.
Note: Prevent angled cuts to maintain the strip’s structural integrity.
1. Slide in the U-shape transparent connector.
2. Attach the transparent PC mounting cover.
3. Install the transparent PC anti-skipping clip.
4. Install waterproof rubber gasket to cable with connector.
5. Insert cable with connector to neon strip.
6. Put the metal blank end through the cable.
7. Fasten the metal end with four screws to the transparent PC mounting cover.
1. Attach the transparent PC mounting cover.
2. Install the transparent PC anti-skipping clip.
3. Put the waterproof rubber gasket inside the end.
4. Put the transparent PC pad above the waterproof rubber gasket.
5. Put the metal blank end above the transparent PC pad.
6. Fasten the metal end with four screws to the transparent PC mounting cover.
Light on the LED neon light to check whether it is ok.
1. Unplug & Stabilize: Safety first! Unplug your strip and choose a flat surface.
2. Sharp & Straight: Grab those sharp scissors and hold them perpendicular for straight cuts.
3. Follow the Marks: Look for cutting marks on the strip – that’s your cutting zone.
4.One Smooth Slice: Make a single, smooth cut through the mark – no angles!
1. Slide in the U-shaped silicone shim to neon flex.
2. Attach the flat silicone shim to plug with cable.
3. Insert the plug to the silicone neon strip.
4. Passing the cable through the hole of the transparent housing.
5. Slide the transparent housing onto the neon strip.
6. Insert the transparent fastening latch to the housing.
7. Insert the orange fastening latch to the housing.
1. Slide in the U-shaped silicone shim to neon flex.
2. Attach the flat silicone shim to plug with cable.
3. Slide the transparent housing onto the neon strip.
4. Insert the transparent fastening latch to the housing.
5. Insert the orange fastening latch to the housing.
Light on the LED neon light to check whether it is ok.
1. Use a flat-head screwdriver to lift up the transparent fastening latch.
2. Pull the transparent housing away from the LED neon strip.
Elevate Your LED: Versatile End Cap Options for Neon Strips
Effortless Integration: Cable Entries for Enhanced Neon Flexibility
Precision Placement: Tailored Mounting Methods for Neon Flex
Displaying a Range of Accomplishments: The Epitome of Quality, Innovation, and Excellence
Illuminate on Your Terms: Personalize with Our Customizable Top Bend LED Neon Strips
Everything Answered: Guide to the Most Common Queries About Top Bend LED Neon Strips
Top Bend LED Neon Strips are innovative lighting solutions that combine traditional neon lights’ classic look with LED technology’s efficiency and flexibility. These strips are designed to bend effortlessly, allowing for creative and dynamic lighting designs. Unlike traditional neon, they are more energy-efficient and durable and offer a range of colors and brightness levels. Ideal for both commercial and residential use, they can add a vibrant touch to any space while being cost-effective and environmentally friendly.
Absolutely! Top Bend LED Neon Strips are designed for easy customization. You can cut them at designated cut marks, indicated by scissors symbols or black lines visible through the strip’s transparent window. Cutting at these specific points ensures you don’t damage the internal PCB (Printed Circuit Board), which is crucial for the strip’s functionality. Cutting elsewhere can lead to segment failure, so always look for these marks for hassle-free customization.
Yes, Top Bend LED Neon Strips come with various levels of water resistance. Depending on the model, they can range from splash-resistant (IP65) to fully waterproof (IP68). This makes them perfect for outdoor use or in damp environments like kitchens and bathrooms. When selecting your LED Neon Strip, consider the IP rating to ensure it meets your water and dust resistance needs.
Joining two sections of Top Bend LED Neon Strip is a straightforward process. You’ll typically use designated connectors that ensure a secure and seamless connection. These connectors are designed to maintain the strip’s integrity and performance while making the installation user-friendly. Ensure the connectors and the strips are aligned correctly to avoid electrical issues.
Top Bend LED Neon Strips are powered by electricity and require a compatible power supply unit. They usually operate on low-voltage power (commonly 12V or 24V), which makes them energy-efficient and safe for various applications. The power supply converts your home’s standard voltage to a level suitable for the strips. Matching the strip’s voltage requirements with the power supply is crucial to ensure optimal performance and safety.
Top Bend LED Neon Strips are known for their longevity. On average, they can last up to 50,000 hours or more, depending on usage and environmental factors. This durability is significantly higher than traditional lighting solutions, making them cost-effective and low-maintenance long-term use options.
Yes, Top Bend LED Neon Strips are more environmentally friendly than traditional neon lighting. They consume less energy, have a longer lifespan, and don’t contain harmful gases like mercury, often found in conventional neon tubes. This makes them a greener, more sustainable lighting choice, reducing energy costs and environmental impact.
Top Bend LED Neon Strips offer several advantages over traditional neon lights. They are more energy-efficient, durable, and safer, with a lower voltage operation. LED strips are also more versatile in design and installation, as they can bend and be cut to size. Moreover, they provide a more comprehensive range of colors and dimming options, making them suitable for various settings.
Installing Top Bend LED Neon Strips is relatively simple. First, plan the layout and measure where you want to install the strips. Clean the surface to ensure it’s free of dust and debris. If using adhesive backing, peel and stick the strips in place, or use mounting clips for a more secure fit. Connect the strips to a compatible power supply, and ensure all connections are tight and waterproof if necessary. Always follow the manufacturer’s guidelines for the best results.
Connecting Top Bend LED Neon Strips to a power supply is a critical step in installation. First, identify the voltage requirement of your LED strips. Use a power supply that matches this voltage. Connect the strip’s input wires to the power supply’s output terminals, ensuring correct polarity (positive to positive, negative to negative). You might need a higher-capacity power supply or multiple power units for longer runs or multiple strips. Always ensure the total wattage of the strips does not exceed the power supply.
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