What is the hansonled led neon flex technical data sheet?

If you have ever shopped for led neon flex, you have probably noticed a small table of numbers on every product page. Working voltage, watts per meter, IP rating, CRI, cutting unit. That table is the technical data sheet, and for buyers who are new to LED signage lighting, it can look like a foreign language. This guide walks through each spec on the HansonLed LED neon flex technical data sheet, explains what it really means, and shows you how to use it to pick the right product for your project.

What is a technical data sheet?

A technical data sheet, often shortened to TDS, is a document that lists the physical, electrical and optical properties of a product. For LED neon flex, it tells you how the strip is powered, how bright it is, how well it survives rain and dust, and how you can cut and connect it. It is the most reliable way to compare one neon flex product with another, because every manufacturer fills in the same kind of fields. Once you know how to read one data sheet, you can read them all.

Key parameters on a LED neon flex data sheet

The HansonLed LED neon flex data sheet covers a handful of core parameters. Here is what each one means in plain language.

Working voltage

Most LED neon flex runs on low-voltage DC power, usually 12V or 24V. Low voltage is what makes the strip safe to touch and easy to install in homes, shops and public spaces. 24V is a common choice for longer runs because it keeps brightness even over greater distances, while 12V is popular for shorter decorative layouts. The data sheet always states the voltage, and your power supply must match it exactly.

Power consumption (W/m)

Power consumption is measured in watts per meter, and it tells you how much electricity the strip draws. A typical neon flex uses somewhere between 8W and 15W per meter. This number matters for two reasons: it helps you size your power supply, and it gives you a rough idea of running cost. Multiply the watts per meter by the total length you plan to install, and you know the total load your driver needs to handle.

LED density (LEDs per meter)

The data sheet lists how many LEDs are packed into each meter of strip, for example 120 or 140 LEDs per meter. Higher density produces a smoother, more continuous line of light with no visible dots, which is exactly the look people expect from neon. If the strip is going to be viewed up close, higher density is worth paying for.

IP rating

The IP rating tells you how well the product is protected against dust and water. The first digit covers solids and the second covers liquids, so IP65 resists water jets, IP67 can be briefly submerged, and IP68 can stay underwater for long periods. For outdoor signs, facades and garden lighting, an IP67 or IP68 rated neon flex is the safe choice. For indoor decorative use, a lower rating is usually fine.

CRI (Color Rendering Index)

CRI measures how accurately a light source shows colors compared with natural daylight, on a scale up to 100. A CRI of 80 is acceptable for general lighting, while CRI 90 or above makes signage, food displays and architectural details look vivid and true. If color accuracy matters to your application, check this number before you order.

Cutting unit

Neon flex cannot be cut anywhere. It has marked cutting points, usually every 50mm or so, and the data sheet tells you the exact interval. This determines how precisely you can fit the strip to your lettering, logo or architectural outline. A shorter cutting unit means less waste and more flexibility when you are working around tight corners.

Dimensions

The width and height of the strip are listed in millimeters, such as 10x10mm, 13x13mm or 16x16mm. Slimmer profiles look more delicate and fit into narrow channels, while larger profiles hold more LEDs and deliver higher brightness. The dimension also affects how the strip bends, so it is worth matching the profile to the groove or mounting channel in your design.

Viewing direction: top view vs side view

LED neon flex comes in two main optical designs. Top view neon flex emits light straight out of the front face, which makes it ideal for channel letters, logos and wall-mounted signs that face the viewer directly. Side view neon flex emits light from the edge, which suits building outlines, recessed channels and applications where the strip is seen from an angle. The data sheet tells you which type you are looking at, and choosing the right one makes a big difference to the final effect.

Operating temperature

The data sheet lists the temperature range the strip can work in, for example from -25°C to +60°C. This is critical for outdoor projects in cold climates or near heat sources. A product with a wide operating range will keep working reliably through summer heat and winter frost.

Luminous flux (lm/m)

Luminous flux, measured in lumens per meter, tells you how much light the strip actually puts out. It is the closest thing to a brightness number on the sheet. Compare lm/m values between products of the same size to judge which one will look brighter in your application.

Why the data sheet matters when you buy

A complete technical data sheet protects you in three ways. First, it lets you compare products fairly instead of guessing from photos. Second, it tells you whether the strip is suitable for your environment, especially outdoors. Third, it is a sign of a serious manufacturer. A supplier who publishes clear, honest specifications is usually a supplier who stands behind the product. That is one reason buyers looking for a dependable partner search for led neon flex manufacturers that provide full documentation for every item.

HansonLed LED neon flex range

HansonLed Ltd is a high-tech LED lighting manufacturer based in Shenzhen, China, with 13 years of production experience and customers in more than 80 countries. The company offers a complete LED neon flex lineup, including top view neon flex in 1010, 1313 and 1616 profiles, side view neon flex, RGB neon rope lights and flexible LED wall washers. Every product is backed by CE, RoHS, PSE, UL and Reach certifications as well as ISO9001 quality management, so the specifications on the data sheet match the product that arrives at your door.

Applications of LED neon flex

Because the data sheet confirms the strip can handle the conditions, LED neon flex is used across a wide range of projects. It lights up channel letters and shop signs, traces the outlines of buildings and shopping malls, adds atmosphere to bars, restaurants and hotels, and decorates furniture, vehicles and boats. Whether you need a warm white glow for a cozy interior or a vivid RGB effect for a storefront, there is a neon flex product with a data sheet to match.

Final thoughts

The technical data sheet is not just paperwork. It is the fastest way to understand what a neon flex led light can do before you spend a single dollar. Check the voltage, the IP rating, the CRI and the cutting unit, and you will avoid most of the common mistakes buyers make. If you are planning a signage or decorative lighting project and want a product that is built to last, browse the HansonLed LED neon flex collection and compare the data sheets yourself. The team also offers OEM and ODM service, so you can customize size, logo and color to fit your exact requirements.