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ThinkGrow by TrolMaster | LED
ThinkGrow by TrolMaster | LED

ThinkGrow is committed to providing our customers with the most advanced horticultural LEDs using only the highest quality components, built to last and engineered to the highest standards, to enable them to create the perfect grow room.

We continuously observe, test and modify different light beads on the market. Through deliberate comparison, we have chosen the most reliable partners in the industry to create the perfect grow lights.

The number of white-based full spectrum diodes accounts for over 90% of an LED, so choosing a high-quality, reliable white LED is crucial for growing high-yield crops.

After research and testing, we have found that Samsung white base full spectrum diodes are the most suitable for plant growing in the grow light market.

ThinkGrow aims to strive for excellence in the field of top-class grow light engineering in the market, so we never hesitated to partner with Samsung, a pioneer in LED technology, becoming the FIRST company to reach a cooperation agreement with Samsung.

We hope to leverage our cooperation with Samsung to bring high-quality grow lights to the market and thus help our customers generate nice planting yields. ThinkGrow LEDs are a must-have for every grower.

Full spectrum solutions are more cost effective and productive than conventional narrow spectrum solutions.

ThinkGrow white-based full spectrum LEDs are powered by 100% SAMSUNG technology. SAMSUNG high-efficiency full spectrum LEDs include a green spectrum in addition to red and blue, ensuring industry-leading performance in stimulating photosynthesis, preventing disease, and generating usable bioactive compounds. Therefore, it results in healthier and more balanced growth.

The green spectrum can penetrate deeper into the plant canopy than blue or red light due to its high transmittance, allowing light to reach the lower branches and leaves of the plant. Green light also participates in a reverse defense mechanism that can be activated by blue light, influencing flowering and morphogenesis.