Mars Hydro Grow Tent 240x240x200cm
The Mars Hydro 2.4×2.4x2m tent , designed for indoor vegetable and flower growing, features a robust construction with 1680D thick canvas, durable steel poles and SBS zippers. It ensures a non-toxic working environment by using high quality materials and effectively restricting all light. The tent offers convenient features such as an easy observation window, a removable floor tray and a tool bag to enhance the indoor plant growing experience.
Made from highly durable 1680D Oxford fabric, which is tear-resistant and double-stitched, the Grow tent boasts superior quality and reliability. The interior is lined with highly reflective mylar film, enhancing the effectiveness of lighting settings in any configuration. In addition, the tent’s surface is environmentally friendly, non-toxic and odor-free.
Sturdy and reliable, the deployment tent features a 100% durable metal frame with a 16 mm steel tube diameter. Reinforced with metal push-lock corners, the robust steel tube supports the thick roll-up tent, ensuring it stands securely and provides safety and stability. High-quality, wear-resistant metal corner joints contribute to enhanced stability and durability compared to plastic alternatives.
The grow tent ensures strong protection from light, preventing any light from escaping. This is achieved through the use of strong nylon zippers, double stitching and a dual channel door enclosure that effectively protects against light leakage. The tent is further equipped with a removable mylar bottom shell and a reflective mylar liner that is 95% lightproof and tear resistant. These features not only increase the intensity of the lamps, but also help to retain heat, maintaining the optimum temperature for growing plants, flowers, fruits and vegetables.
The current trend in cultivation involves the widespread use of indoor planting grow tents, often in combination with lighting and ventilation systems. This approach has become particularly popular as it allows year-round cultivation without being affected by seasonal changes and light availability. This method allows plants and fruits to grow in cooler or less sunny environments. In addition, it provides the flexibility to adjust and control factors such as temperature, humidity and light, thus minimising or preventing pest damage.
