
Wattage
9 W
Voltage Range
220-240V AC
Lumens
1170 lm
Cap Code
T8
Diameter
28 mm
IP Rating
IP20
Luminous Efficiency
100 lm/W
Beam Angle
300º
Fitting Material
PC
Colour Rendering Index
80
Ref. Ledkia: 4129
5 out of 5 stars
Colour Temperature No Flicker Neutral White 4000K
Led Starter No
In Stock, delivery in 24/48h
Premium range
£4.39Before £2.79
£1.66
VAT includedIn Stock, delivery in 24/48h
Are you a lighting professional or a company?
Buy now, pay later
Credit paymentDimensions
Downloads
Technical Data Sheet PDF
DoC_4129_173170
Certificates and Stamps
Technical Specifications
Technical Information
Product Data
Product Information
The T8 G13 60 cm Nano PC One-End Connection LED Tube 9W 130 lm/W is a professional solution for the direct replacement of traditional fluorescent tubes, offering superior light performance, lower energy consumption and a longer service life. Manufactured with highly durable materials and next-generation LED technology, this tube ensures homogeneous, efficient and flicker-free lighting, ideal for applications in offices, shops, car parks, industrial units or educational centres.
The tube body is made of nanopolycarbonate (Nano PC), a material that combines lightness and high impact resistance, as well as excellent light transmission. This type of diffuser ensures a uniform light distribution without hotspots or glare, providing a clean and comfortable visual finish. Its glass-free construction makes it safe against breakage and suitable for environments requiring mechanical resistance or food safety compliance.
With a standard length of 60 cm and a G13 cap, the tube can be easily installed in existing luminaires, replacing 18W fluorescent tubes with much lower consumption and no maintenance required.
This model features single-ended power feed, which simplifies installation and enhances electrical safety. The power input is provided exclusively from one end, identified by a visible mark or label on the tube. This arrangement prevents short-circuit risks and allows direct connection to the mains using a unified-wiring lampholder. For existing installations, it is recommended to remove the starter and ballast, connecting the live (L) and neutral (N) to the indicated end.
The 9W T8 LED Tube delivers a luminous flux of approximately 1170 lumens and an efficacy of 130 lm/W, representing energy savings of up to 60% compared to conventional fluorescent technology. Its colour rendering index (CRI ≥ 80) ensures proper colour perception, and it is available in different colour temperatures (3000K, 4000K and 6000K) to suit different environments: warm for comfort areas, neutral for offices and cool for industrial or high-visibility zones.
The opal Nano PC diffuser eliminates glare, while SMD LED technology ensures uniform, flicker-free light (No Flicker), improving visual comfort in spaces with prolonged use.
Thanks to its stabilised internal electronics and the quality of its components, this LED tube offers a service life of over 30,000 hours, reducing maintenance and replacement costs. Its optimised thermal dissipation keeps the LEDs at a controlled temperature, avoiding luminous flux losses and ensuring consistent performance throughout its lifetime. In addition, as it contains no mercury and emits no UV or IR radiation, it is an environmentally friendly, safe and efficient alternative.
The T8 G13 60 cm Nano PC 9W LED Tube is ideal for offices, hospitals, schools, garages, storage rooms, warehouses, supermarkets and service areas. Its combination of high efficiency, low consumption and robustness makes it an excellent choice for installations requiring continuous, low-maintenance lighting. Moreover, its Nano PC construction makes it especially suitable for food or industrial environments, where breakage safety is essential.
*The customer's visual perception of sizes, colours, textures, and so on, of our products, can be affected by factors such as ambient lighting, screen calibration, viewing angle or the device of each user. The customer must bear in mind that any returns made for reasons not related to the functionality of the product will be at the customer's expense.