bioledex-goleaf-led-grow-light-tip65-90-cm image

Lights.co.uk

Bioledex LED grow light bulb GoLeaf TIP65 90 cm

£19.90

Colour: White

The GoLeaf TIP65 LED plant light from Bioledex promotes optimal plant growth with its full spectrum (410-710 nm). This tubular light is perfect for various settings, including greenhouses and indoor farming, thanks to its easy installation via a power plug system. It's ideal for mobile shelving and damp areas due to its waterproof housing. A connection cable, available separately, is needed for power. Multiple lights can be connected. Operating efficiently in temperatures from -30 to +45 °C, its photon yield is 1.85 µmol/J, supporting the growth of vegetables, lettuce, and flowers.

For the most recent delivery information, please visit the retailer website here.

For more product details, including dimensions, please visit the retailer website here.

Original Product Description:

For optimal plant growth - LED plant light GoLeaf TIP65 with full spectrum The tubular plant light GoLeaf from Bioledex ensures improved growth of plants such as vegetables, lettuce or flowers. Here it does not matter whether it is an area in the greenhouse, for indoor farming or vertical farming projects, because the simple and quick installation by means of power plug system makes this possible. The luminaire is ideal for plant lighting in mobile shelving systems. The luminaire is easy and quick to install thanks to the power connection plug-in system. GoLeaf is also suitable for damp rooms because it is equipped with a waterproof housing. To connect GoLeaf TIP65 to the power supply, a connection cable is required, which can be ordered from the accessories. The lights can be connected with other accessories to several lights in unlimited number. - Ambient temperature: - 30 to + 45 °C - Full spectrum, continuous from 410 to 710 nm - preferred application: optimal vegetative growth - preferred plant species: vegetables, lettuce, flowers - preferred place of application: greenhouse, dark room - photon yield: 1.85 µmol/J