Perennial & Vine 1.8Kg Granula

SKU: T-7145203
UPC: 777960400804
Brand: TERRALINK
Pack: 1/6
Garden Pro Perennial & Vine 8-12-16 supplies an N-P-K ratio of 8-12-16 to support foliage, root development and reproductive growth. For herbaceous perennials and vine plants and intended for use on all herbaceous plants and vines, it delivers nitrogen, phosphorus and potassium.

IN STOCK

Available Stock: 34

This item must be purchased in quantities of 6

Features

• Garden Pro Perennial & Vine 8-12-16 provides an N-P-K ratio 8-12-16 for targeted nutrient balance in herbaceous perennials and vine plants.
• Feed herbaceous perennials and vine plants to support established foliage and sustained seasonal growth across beds and containers.
• Supply nitrogen to support foliage development, maintain vegetative vigor and promote healthy leaf tissue.
• Supply phosphorus to support root development, improve root establishment and enhance nutrient uptake efficiency.
• Supply potassium to support reproductive growth and enhance flower or fruit production and overall crop quality.

Description

Garden Pro Perennial & Vine 8-12-16 supplies an N-P-K ratio 8-12-16 to target nutrient needs of herbaceous perennials and vine plants. It supplies nitrogen to support foliage development, phosphorus to support root development, and potassium to support reproductive growth. The 8-12-16 balance shifts emphasis toward root and reproductive support while maintaining sufficient nitrogen for sustained leaf growth. For herbaceous perennials and vine plants, this profile suits established perennial beds, climbing vines and trailing plantings. Intended for use on all herbaceous plants and vines, the formula suits home gardeners, landscape contractors and horticultural professionals who require a defined nutrient profile. Use this product to strengthen root systems, support bloom or fruit set, and maintain healthy foliage across growing cycles. The clear nutrient breakdown helps planners select a consistent feeding program and supports predictable seasonal performance without adding application rates or safety instructions.