Polystyrene Growing Channel – 1 m

A high-density polystyrene foam growing channel, 1 m long, 15 cm high and 13 cm deep. It provides an organized, stable growing space for strawberries, leafy vegetables and other lightweight crops in greenhouses or home growing systems.

Evenly spaced top openings accommodate up to 11 strawberry plants per channel. The spacing supports ventilation and reduces competition for light and nutrients, helping growth remain consistent and making watering, feeding and plant-health checks easier.

High-density polystyrene is lightweight and provides thermal insulation, helping reduce rapid temperature fluctuations around roots, particularly in greenhouses. A more stable root-zone temperature supports nutrient uptake and reduces physiological stress.

The channel depth allows suitable root development for strawberries and leafy crops using lightweight, well-drained growing mixes. It can also be integrated into drip-irrigation systems for even watering and reduced water loss.

Benefits of raised growing

• Improves drainage and helps prevent excessive waterlogging.
• Reduces the likelihood of root rot.
• Keeps strawberries from being contaminated by soil.
• Reduces exposure to soil-dwelling pests.

Use a single channel or arrange channels in rows inside a greenhouse. Suitable for small and medium projects that depend on organized use of growing space.

Suitable crops

Based on the channel dimensions and growing-medium depth, suitable crops include:

• Strawberries: up to 11 plants per channel.
• Lettuce varieties.
• Rocket.
• Spinach.
• Swiss chard.
• Parsley and coriander.
• Basil and mint.
• Small pepper plants.
• Determinate cherry tomatoes.

Avoid deep-rooted crops or plants with large, heavy fruits that require a greater volume of growing medium.

Product details

• Length: 1 m.
• Depth: 13 cm.
• Height: 15 cm.
• Material: high-density polystyrene foam.
• Capacity: up to 11 strawberry plants.

A practical way to grow strawberries and lightweight crops while improving space management and root-zone stability in greenhouses and organized home growing systems.