Advanced Nutrients Bud Candy – 1L

Advanced Nutrients Bud Candy is a liquid bloom additive that supplies simple and complex carbohydrates, beneficial plant extracts, and microbial food to flowering crops. It is formulated to provide fast-accessible energy for floral development, support beneficial microbes in the root zone, and improve essential oil production for better aroma, flavour, and flower colour.

Bud Candy Specifications

The table below covers the key product specifications for Advanced Nutrients Bud Candy 1L. The weight figure is sourced from supplier data; application rate is drawn from the manufacturer’s nutrient supplement category guidelines.

Specification	Value
Brand	Advanced Nutrients
Product	Bud Candy
Volume	1 Litre (1L)
Formulation	Liquid concentrate
Shipped Weight	3.9992 lb (~4 lb)
Application Stage	Bloom / Flowering cycle
Primary Actives	Simple and complex carbohydrates, bloom-enhancing plant extracts
Category	Nutrients & Additives > Additives > Growth & Bloom Boosters

Why Choose Bud Candy

Bud Candy addresses a specific need in the bloom phase: giving flowering plants access to the energy they require for floral development while simultaneously feeding the microbial population at the root zone and enhancing the quality of the finished crop.

• Dual carbohydrate profile: Bud Candy provides both simple and complex carbohydrates. Simple carbs are available to the plant immediately, while complex carbs are stored and drawn upon as the plant progresses through later ripening stages.
• Direct energy for floral growth: Channelling carbohydrate energy into floral development supports bigger, denser flower sites throughout the bloom phase rather than relying on the plant to synthesise its own carbohydrate reserves under stress.
• Microbial stimulation at the root zone: The additional carbohydrate load feeds beneficial microbes in the rhizosphere. A denser microbial population converts organic matter into plant-available nutrients more efficiently and supports greater root mass over time.
• Bloom-enhancing plant extracts: Beyond carbohydrates, Bud Candy includes plant extracts that increase essential oil production. Higher essential oil content translates to stronger aroma, more developed flavour profiles, and more intense pigmentation in the flowers.
• Compatible with most nutrient programmes: As a liquid concentrate, Bud Candy dilutes into the reservoir or foliar tank alongside base nutrients and other additives without displacing existing feeding schedules.

Best Uses for Bud Candy

Bud Candy is an additive designed for the flowering stage across a range of growing methods. The following scenarios represent the most common contexts where growers use it.

• Hydroponic flowering cycles: Add Bud Candy to the reservoir during the bloom phase. Recirculating systems such as deep water culture, ebb-and-flow, and NFT benefit from the energy boost and the microbial support it provides in conjunction with beneficial-bacteria programmes like Advanced Nutrients Tarantula.
• Coco coir and soilless media: Coco naturally has a limited microbial ecosystem. Feeding Bud Candy through the bloom phase helps sustain the carbohydrate energy supply and supports any microbial inoculant added at transplant.
• Soil and amended-soil grows: In living-soil or organically amended beds, the carbohydrate fraction feeds the existing microbial community. Pairing Bud Candy with a carbohydrate-rich amendment like Earth Juice Hi-Brix Molasses is a common approach for growers focused on root-zone microbial density and terpene development.
• Late-stage ripening support: Because complex carbohydrates are stored for future use, Bud Candy applied early in bloom is still providing energy as the plant enters the final weeks of ripening when its own sugar production naturally peaks.
• Essential oil and terpene focus: Growers who prioritise aroma and flavour in the finished crop use Bud Candy specifically for the plant-extract fraction, which the manufacturer states increases essential oils, improves colour pigmentation, and deepens flavour.

Bud Candy vs Similar Bloom Additives

Carbohydrate-based bloom additives are a distinct category from base nutrients or PK boosters. They are intended to serve as an energy substrate and a microbial food source rather than a direct macronutrient supplement. Understanding the differences helps determine where Bud Candy fits in a programme.

Bud Candy vs plain sugar supplements: Raw sucrose or molasses products supply simple sugars but typically do not contain the complex carbohydrate fraction or the bloom-enhancing plant extracts that Bud Candy includes. Plain molasses (such as unsulphured blackstrap) is a lower-cost option for pure carbohydrate feeding, but it lacks the stabilised plant extract component that Advanced Nutrients includes in Bud Candy. Growers who want a combined carbohydrate-plus-extract product in a single formulation use Bud Candy rather than sourcing separate inputs.

Bud Candy vs PK boosters: Phosphorus-potassium bloom boosters target macronutrient supply to support cell division and flower-site density. Bud Candy does not replace a PK booster; the two categories address different aspects of the bloom phase. Most Advanced Nutrients feeding schedules run a PK booster alongside Bud Candy rather than choosing between them.

Bud Candy vs enzyme products: Enzymes such as those in root-zone enzyme supplements break down dead root matter and complex carbohydrates into simpler forms the plant and microbes can use. Bud Candy provides the carbohydrates that enzymes and microbes consume. They are complementary rather than substitutes.

Compatibility

Bud Candy is a liquid concentrate formulated for use as an additive alongside a base nutrient programme. The following notes are drawn from the canonical product description and standard nutrient supplement practices.

• Growing media: Compatible with hydroponics (recirculating and drain-to-waste), coco coir, soilless mixes, and amended soil.
• Base nutrient programmes: Designed to slot into the Advanced Nutrients product line alongside base nutrients (such as Micro, Grow, and Bloom or pH Perfect series), but functions as an additive in programmes from other nutrient brands as well. Add to the reservoir after mixing base nutrients.
• Microbial products: Bud Candy’s carbohydrate fraction is a food source for beneficial microbes. It works alongside bacterial and fungal inoculants. The additional carbohydrate load can magnify the reproductive rate of beneficial root-zone microbes, according to the manufacturer’s product description.
• System types: Suitable for reservoirs, hand-watering, and drip systems. The liquid concentrate dilutes fully at standard reservoir temperatures. For recirculating systems, mix into the reservoir rather than applying as a top-dress.
• pH range: Use within the standard hydroponic pH range of 5.5–6.5 (or 6.0–7.0 for soil). Adjust pH after adding all nutrients and additives.

Growers building a root-zone programme may also consider Heavy 16 Roots as a root development complement, particularly in large-format reservoirs where root mass support is a priority.

Dosing Guidelines

Bud Candy is a supplement additive. The following guidelines are drawn from standard practice for the nutrient supplement category. Always consult the Advanced Nutrients Bud Candy feed chart for exact per-week dosing rates, as these can vary by base nutrient line and crop.

• Stage of use: Introduce Bud Candy at the start of the flowering/bloom phase and continue through to the final flush week. It is not a base nutrient and is not typically used during the vegetative stage.
• Typical dose range: Carbohydrate additives in this category are commonly dosed at 2–4 mL per litre (approximately 8–15 mL per US gallon), though the specific Advanced Nutrients recommended dose should be confirmed on the product label or the manufacturer’s feed chart before use. (Unverified — confirm on product label.)
• Mixing order: Add Bud Candy to the reservoir after measuring and adding base nutrients. Fill the reservoir with water first, add base nutrients, then add Bud Candy and any other additives. Mix thoroughly and test EC and pH after all additives are combined.
• EC monitoring: Adding carbohydrate supplements does not significantly raise the EC in the same way macronutrients do, but monitor EC weekly and adjust base nutrient concentration if total EC rises above the target range for the growth stage.
• Flush week: Stop using Bud Candy during the final flush phase when all supplemental nutrients are removed from the feed schedule.

How to Use Bud Candy

1. Shake or stir the concentrate thoroughly before measuring. Liquid carbohydrate concentrates can settle over time; ensuring even distribution before dispensing gives accurate dosing.
2. Measure the required dose using a calibrated syringe or measuring cup. Do not estimate by eye for a 1L bottle, as over-application of carbohydrate supplements can feed unwanted pathogens (such as pythium) if applied at excessive rates to a system with poor aeration.
3. Fill the reservoir with RO or source water to the target volume before adding any nutrients. Pre-filling reduces concentration gradients and makes mixing easier.
4. Add base nutrients first (Micro, Grow/Bloom, or pH Perfect equivalent), then add Bud Candy and any other additives in sequence. Most Advanced Nutrients feed charts specify the addition order for their full product line.
5. Mix thoroughly after adding all products. Stir or circulate the reservoir until the solution is uniform.
6. Check and adjust pH to the appropriate range for your growing medium (5.5–6.5 for hydroponics and coco; 6.0–7.0 for soil). Verify EC is within the target range for the current week of flowering.
7. Apply to plants as a reservoir feed or hand-water application. For recirculating systems the solution is ready to circulate once EC and pH are confirmed. For hand-watering, apply at normal irrigation frequency for the growth stage.
8. Store the remaining concentrate in a cool, dark location with the cap tightly sealed. Liquid carbohydrate products should be kept away from direct sunlight and extreme temperatures to preserve shelf life.

Sources & Further Reading