Home > Cases > Europe

Germany NFT Hydroponic System Kit for Leafy Greens

2026-01-13

In Germany, demand for efficient, low-maintenance hydroponic systems is growing among home and small-scale farm customers. Local garden shops seeking to expand their hydroponic product lines aim to offer more comprehensive solutions to attract customers. This requires reliable NFT growing systems and related hydroponic accessories to showcase and sell practical hydroponic equipment.

To address this need, we recommended an NFT hydroponic system complete with planting baskets, rockwool, water pumps, and full-spectrum grow lights, forming a comprehensive growing kit from basic hydroponic products to auxiliary accessories. During discussions, we thoroughly reviewed installation methods, pipe diameter and quantity, irrigation system connection solutions, and accessory compatibility to ensure every component met the customer's practical requirements.


After confirming technical details and usage protocols, the client finalized the purchase order and accepted the quotation. This procurement enables the client to offer customers a complete, high-efficiency NFT hydroponic system supporting stable growth of strawberries, lettuce, spinach and other leafy greens.

This not only elevates the professional image of the client's garden center but also provides replicable hydroponic solutions for home and small-scale farm customers. It enhances the store's market competitiveness while facilitating future expansion into additional hydroponic products and commercial applications.

Related Products
Related news
Qatar Customers Come to Our Company to Learn About Container Farm
Qatar Customers Come to Our Company to Learn About Container Farm
Read More >
 Hydroponic Planting Effect of Aeroponic Tower System Of Lyine Group
Hydroponic Planting Effect of Aeroponic Tower System Of Lyine Group
Read More >
Senegal Agricultural Client Visits to Explore Hydroponic Systems for Sustainable Farming in Africa
Senegal Agricultural Client Visits to Explore Hydroponic Systems for Sustainable Farming in Africa
Read More >
x
*
*
*
*