LED flexible strips hermetic | non-hermetic | accessories

LED strips are flexible light-emitting diode (LED) strips designed for lighting and decorating various indoor spaces. LED strips have become popular due to their flexibility, energy savings, longevity, and various application possibilities. They can be used for both indoor and outdoor lighting and are easily adaptable to different environments.

Construction of LED Strips:
Main Components:

Light Emitting Diodes (LEDs): The primary light source, usually arranged in a line on a flexible board.
Flexible Base: The strips are typically made of a flexible PCB (printed circuit board), allowing them to be mounted on various surfaces, including curved and angled areas.
Adhesive Backing: Most LED strips have an adhesive layer on the back, allowing for easy attachment to surfaces without additional tools.
Protective Layer: Some strips feature a protective silicone coating that provides resistance to moisture and dirt.
Light Color and Temperature:

Single Color (Monochrome) LED Strips: Simple white (cool white, warm white) or colored (red, blue, green).
RGB Strips: Capable of changing colors, controlled via a remote or smart system. They allow for various lighting effects.
RGBW Strips: Enhanced with a white color (warm or cool white), providing brighter and more natural lighting.
Voltage:

LED strips typically operate at 12V or 24V DC, often requiring a power adapter.
There are also 220V AC strips that connect directly to the electrical network.
Technical Specifications:
Power (W/m): Power is measured in watts per meter (W/m) and indicates how much energy a 1-meter long strip consumes. It also determines how much light it emits. Generally, power can range from 4W/m to 20W/m or more, depending on light intensity.

Luminous Flux (lm/m): The amount of visible light measured in lumens per meter (lm/m). The higher the lumen count, the brighter the strip.

Protection Class (IP Rating):

IP20: Designed for indoor use only, not protected against dust or moisture.
IP65 and IP67: Water and dust resistant, suitable for outdoor use or in damp areas such as bathrooms or terraces.
Main Functions of LED Strips:
Decorative Lighting: Often used to create accent lighting in kitchens, rooms, inside furniture, or on facades.
Task Lighting: Higher power LED strips can be used as main lighting, such as in work zones or under kitchen cabinets.
Ambient Lighting: LED strips are excellent for lighting televisions or mirrors, creating a pleasant backdrop.
Advantages:
Energy Savings: LED technology uses significantly less electricity than traditional lighting solutions.
Longevity: LED strips can last up to 50,000 hours, which is several times longer than standard bulbs.
Flexibility: Their flexible design allows them to be adapted to almost any environment.
Low Heat Emission: LED strips emit very little heat, making them safe to use even near sensitive surfaces like furniture or plastics.
Disadvantages:
Installation Complexity: Although many LED strips have an adhesive backing, careful installation is necessary to avoid adhesive wear.
Voltage Differences: A power source must be correctly selected to match the voltage of the LED strip.
Luminous Decay: Over time, the light intensity of LED strips may decrease, but this usually takes a long time.
Conclusion:
LED strips are a versatile lighting solution suitable for various needs—from decorative to functional lighting. Their energy efficiency, longevity, and flexibility make them a popular choice for both indoor and outdoor spaces.