Overview

Introducing the 1000W DE Horticulture Plus Lamp, a cutting-edge solution meticulously optimised by DLI to elevate the efficiency of photosynthesis. This lamp, designed for compatibility with DLI JOULE – Series and most 1000W DE Systems from various brands, stands out with its exclusive spectrum and μmol output. Tailored to enhance the Red & Blue wavelengths, the lamp fosters prolific growth across all types of horticulture.

General Information

With an exclusive spectrum optimised by DLI for increased photosynthesis efficiency, this lamp ensures that your plants receive the ideal light for robust growth.

Benefits

• Optimised Photosynthesis Efficiency - The exclusive spectrum ensures that the 1000W DE Horticulture Plus Lamp maximises photosynthesis efficiency, promoting robust plant growth.
• Versatile Compatibility - Designed to work seamlessly with DLI JOULE – Series and a variety of 1000W DE Systems from different brands, providing flexibility for horticultural setups.
• Prolific Growth Across All Types - The enhanced Red & Blue wavelengths encourage flourishing growth for a diverse range of horticultural applications.
• Economic and Efficient - With a long average life, high μmol output, and low energy consumption, this lamp offers an economically viable and environmentally friendly lighting solution.
• Effortless Maintenance - Changing lamps is a breeze, ensuring a hassle-free experience for users seeking simplicity in their horticultural setups.

How to Use

Ensure your system is compatible with 1000W DE Horticulture Plus Lamp, designed to work seamlessly with DLI JOULE – Series and most 1000W DE Systems. Effortlessly install the lamp into your system for immediate optimisation of photosynthesis efficiency.

Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.

We work hard to deliver your items without damage. Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.