BLOOM by NMCORE — 30% More Yield & Low‑Light Growth

BLOOM is a groundbreaking photosynthesis enhancer developed using cutting-edge nanotechnology. This biocompatible organic compound, similar to chlorophyll, significantly boosts photosynthesis in plants. When applied to leaves, BLOOM integrates with chloroplasts, optimizing photon absorption and electron transfer, enhancing the natural process of photosynthesis.

This results in up to 3X increase in photosynthetic efficiency.

Analysis	0 - 0 - 0
Ingredients	Carbon, Silica, Water
General Application	Foliar Application
General Rate	20oz/ac (USA), 1.6L/ha (International)
Easy Mixing	The general use rate for BLOOM is 15-20 fl oz per acre. Apply 20-25 fl oz per acre for high volume applications (greater than 50 gallons per acre). A reduced rate of 10 fl oz per acre may be used for low volume aerial applications (less than 5 gallons per acre). Use BLOOM to supplement crop nutrient applications as needed according to recommendations in your nutrient management plan.
Product Benefits	Superior formulation for foliar uptake Supports drought stress recovery Enhances nutrient uptake Compatible with most liquid fertilizers Clean, easy handling and safe for the environment

Sell Sheet General Label General SDS

Maximize Your Crop Growth with Nano-
technologyNanotechnology

Finally, a breakthrough solution that enhances photosynthesis, cuts fertilizer usage, and transforms your farm’s productivity.

30% More Yield

Experience a significant yield boost for the same level of effort.

Low-light Hero

Boost your plant’s ability to photosynthesize in low-light conditions.

Drought Resilience

Ensure better plant survival and response to dry environments.

Enhanced Nutrient Absorption

Efficient nutrient uptake leads to thicker stems, larger leaves, and more robust plant growth.

Our solution

Our advanced carbon quantum dot technology is designed to help plants make better use of light across the UV, visible (VIS), and infrared (IR) spectrum. These tiny particles move easily through leaves and roots, reaching key areas in the plant, like the chloroplasts where photosynthesis happens. By doing so, they boost the plant's natural growth processes and energy production. Though this nanotechnology is new to agriculture, it's already widely used in many fields, from science and electronics to medicine, showing great promise for improving crop health and yield.

The particle

The effects

Our carbon quantum dot technology (CQD) effectively maximizes light capture. Unlike traditional delivery methods, CQDs travel to crucial photosynthetic structures like the thylakoid membranes and chlorophyll-rich light-harvesting complexes. This precision enables efficient nutrient distribution at the cellular level, enhancing the plant’s ability to capture and utilize light energy for growth while minimizing environmental losses.