PVC Neon

PVC Neon is a type of lighting system that replicates the vibrant and glowing appearance of traditional glass neon signs but utilizes flexible PVC (Polyvinyl Chloride) material instead of glass tubes. It is also commonly referred to as LED Neon Flex or Flexible Neon.

In PVC Neon, LED modules are encapsulated within a durable and translucent PVC outer casing. This casing is designed to mimic the shape and look of traditional neon tubes while providing flexibility and resistance to breakage. The LEDs inside the PVC tubing emit light, which is diffused through the casing, creating a neon-like glow.

PVC Neon offers several advantages over traditional glass neon signs. Firstly, it is much more flexible, allowing for easy bending, shaping, and installation into various designs and contours. Unlike glass neon, which requires complex heating and bending processes, PVC Neon can be cut and shaped on-site using simple tools.

Another advantage of PVC Neon is its energy efficiency. LED technology consumes less power compared to traditional neon, resulting in lower energy costs and reduced environmental impact.

Additionally, PVC Neon is typically lighter in weight and more resistant to damage from impact or vibration, making it suitable for both indoor and outdoor applications. It is also weatherproof, UV-resistant, and generally has a longer lifespan compared to glass neon.

PVC Neon is popular for a wide range of applications such as architectural lighting, signage, decorative accents, and commercial displays. It offers versatility in terms of color options, brightness control, and programmability, allowing for dynamic lighting effects.


1、What is the difference between LED neon and glass neon?

LED neon and glass neon are two distinct types of lighting systems that have different characteristics, materials, and manufacturing processes. Here are the key differences between LED neon and glass neon:

①Construction and Material:

LED Neon: LED neon consists of flexible PVC (Polyvinyl Chloride) tubing or silicone extrusions that encase individual LED modules. The LEDs emit light, which is diffused through the casing, creating a neon-like glow.
Glass Neon: Glass neon signs are constructed using glass tubes that are bent and shaped into the desired design. These glass tubes are filled with gas, such as neon or argon, and require skilled artisans to manipulate and seal them.



LED Neon: LED neon is highly flexible and can be easily bent, shaped, and installed in various designs and contours. It offers greater flexibility compared to glass neon, making it adaptable to different applications and installations.
Glass Neon: Glass neon is less flexible and more rigid due to the nature of the glass tubes. It requires careful bending and shaping processes during manufacturing and installation.

③Fragility and Durability:

LED Neon: LED neon is generally more durable and resistant to breakage compared to glass neon. The PVC or silicone casing provides protection to the LED modules, making it more suitable for outdoor and high-impact environments.
Glass Neon: Glass neon signs are fragile and prone to breakage if mishandled or subjected to impact. They are typically more suited for indoor use or protected outdoor applications.

④Energy Efficiency:

LED Neon: LED neon uses energy-efficient LED technology, consuming less power compared to glass neon. This results in lower energy costs and reduced environmental impact.
Glass Neon: Glass neon signs consume more power due to the high-voltage transformers required to generate the electrical discharge within the gas-filled tubes.


LED Neon: LED neon has a longer lifespan compared to glass neon. LEDs are known for their longevity and can last tens of thousands of hours before requiring replacement.
Glass Neon: Glass neon signs have a relatively shorter lifespan compared to LED neon. The gas-filled tubes degrade over time, and the electrical components may need maintenance or replacement periodically.

LED Neon: LED neon offers greater versatility in terms of color options, brightness control, and programmable features. It allows for dynamic lighting effects and customization.
Glass Neon: Glass neon signs typically offer a limited range of color options, primarily determined by the gases used within the glass tubes. Customizations require physically bending and shaping the glass tubes.
It’s important to consider these differences along with your specific project requirements, budget, and aesthetic preferences when choosing between LED neon and glass neon. Consulting with lighting professionals or suppliers can help you make an informed decision based on your needs.


2、What color is neon gas?

Neon gas, when in its natural state, emits a reddish-orange color when electrically charged. This reddish-orange hue is the characteristic color of pure neon gas. When used in neon signs or other lighting applications, this color is what is commonly associated with “neon lights.” The specific shade may vary depending on factors such as gas purity and the amount of electrical current applied. However, the dominant color emitted by neon gas is generally within the red-orange spectrum.


3、What colors are neon tubing?

Neon tubing can come in a variety of colors. Some common colors include neon red, neon blue, neon yellow, neon green, neon orange, and neon pink. These vibrant colors are achieved by using different gases inside the tubes and applying an electrical current to excite the gas molecules, causing them to emit light. It’s worth noting that while these colors are often referred to as “neon colors,” not all neon-colored lights actually contain the gas neon. Other noble gases like helium, argon, and krypton are also commonly used to produce different colors in neon tubing.