Semi Closed Greenhouse​ by Sainpoly-1

Product Overview

The SAINPOLY Semi Closed Greenhouse is specifically designed for year-round tomato cultivation in extreme climates, offering a balanced solution between open greenhouses and fully enclosed plant factories. This greenhouse features an adjustable structure that enables ventilation in hot seasons and heat retention in cold seasons, ensuring stable production under temperature extremes ranging from -35°C to 45°C.

Product Features

Key features include a sturdy and durable frame made of high-grade hot-dip galvanized steel, adjustable opening-closing mechanisms for climate adaptation, enhanced CO₂ enrichment efficiency of 30-50% compared to open greenhouses, and a positive pressure pest control system that reduces the need for pesticides. The greenhouse boasts a lower energy consumption rate of 40-60% compared to fully closed greenhouses, contributing to cost efficiency.

Product Value

The greenhouse provides significant value by ensuring consistent tomato production despite challenging environmental conditions, enhancing photosynthetic efficiency through stable CO₂ levels, and reducing operational costs due to its energy-efficient design. Additionally, the structure’s long service life of over 15 years and quality assurance through rigorous inspections further enhance its value proposition.

Product Advantages

Advantages include its robust construction that can withstand high snow loads and wind forces, adaptability to extreme climatic conditions, high efficiency in CO₂ enrichment, and an effective pest management system that supports organic farming standards. Furthermore, the direct supply from the manufacturer allows for customization and guarantees quality through self-manufactured components.

Application Scenarios

The semi closed greenhouse is ideal for regions experiencing extreme temperatures, where traditional greenhouses may fail. It supports various agricultural scenarios, particularly in cultivating tomatoes, by maintaining optimal growing conditions against frost damage in extreme cold and preventing heat-related fruit setting failures in high temperatures. Its design allows for application in both commercial and organic farming contexts, appealing to a broad range of agricultural needs.