Effective Strategies for Managing Water in Thin-Film Greenhouses

Product Details
Customization: Available
Building Materials: Steel Structure
Cover Material: Film
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  • Effective Strategies for Managing Water in Thin-Film Greenhouses
  • Effective Strategies for Managing Water in Thin-Film Greenhouses
  • Effective Strategies for Managing Water in Thin-Film Greenhouses
  • Effective Strategies for Managing Water in Thin-Film Greenhouses
  • Effective Strategies for Managing Water in Thin-Film Greenhouses
  • Effective Strategies for Managing Water in Thin-Film Greenhouses
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  • Overview
  • Product Description
  • Product Parameters
  • Certifications
Overview

Basic Info.

Cultivation Method
Tunnel
Heating Method
Unheated
Layer
Double
Location
Outdoor
Roofing Shape
Arched Roof
Size
Large
Span
Single
Suitable
Vegetables
Usage
Production Greenhouse
Origin
Weifang
HS Code
9406900090
Production Capacity
80000pieces/Year

Product Description

Product Description

Film greenhouses are buildings that use plastic film covering materials as all or part of the surrounding structure materials, and can be used to cultivate plants in winter or other seasons that are not suitable for open-field plant growth.  Plastic greenhouses can make full use of solar energy, have a certain insulation effect, and can adjust the temperature and humidity in the greenhouse within a certain range through rolling films.  Plastic greenhouses are generally not heated indoors and rely on the greenhouse effect to accumulate heat.  The lowest temperature is generally 1~2°C higher than the outdoor temperature, and the average temperature is more than 3~10°C higher.  The light transmittance of plastic greenhouses is generally 60% to 75%.  In order to ensure a basic balance of average light throughout the day, the layout of the greenhouse is mostly extended from north to south.
 

Effective Strategies for Managing Water in Thin-Film Greenhouses
Effective Strategies for Managing Water in Thin-Film Greenhouses

 

Model NO. SS74 Span Single            
Usage greenhouse Length Customized            
System Heating Cooling Irrigation Ventilation Shading Height 3-6m            
Heat Preservation Quilt+Non-Woven Fabric Covering Material 0.08/0.10/0.12/0.15/0.20mmpo/PE/EVA Film            
Frame Material Hot-DIP Galvanized Oval Tube Wall Style Air Insulation Wall            
HS Code 9406900090 Service Engineers Are Available for Overseas Service            
Package Size 1.00cm * 1.00cm * 1.00cm Department Solar Greenhouse            
Film Light Transmittance Rate 60%to75% Production Capacity 1000000m2/Year            
Product Parameters

      Venlo glass greenhouse introduction: It adopts the advanced Venlo one-span three (spire) roof. The greenhouse covering material is domestic 5mm tempered glass, with a light transmittance of >90%, a ventilation area of more than 60%, and doors, windows, rafters, etc.  Made of high-quality aluminum alloy profiles, the skylight is a top-hung window. The opening and closing mechanism is mainly electric window opening, supplemented by manual, which is easy to use.  The greenhouse is equipped with a dew collection device to prevent dew condensation and water dripping from the surface from damaging crops. The internal heat preservation machine and external shading device can reduce the light intensity and temperature in the greenhouse, and can be used for heat preservation in winter, providing excellent growth conditions for crops.  Glass greenhouses have the characteristics of beautiful appearance, good light transmittance, good display effect and long service life. Glass greenhouses are a better choice for places with low light, geothermal energy and waste heat from power plants.  Greenhouse glass is very suitable for the middle and lower reaches of the Yangtze River.  This type of greenhouse can realize fully automatic control and supporting equipment can choose heating system (hot air fan heating or water heating), sunshade curtain system, micro mist or water curtain cooling system, CO2 supplement system, light supplement system and sprinkler, drip irrigation and fertilization system. Computer control system, overhead sprinkler system, etc.  Glass greenhouse refers to a greenhouse that uses glass as lighting material. It is a type of greenhouse. Among cultivation facilities, glass greenhouse has the longest service life and is suitable for use in various regions and various climatic conditions.  The industry is divided into different construction models based on the size of span and bay, and also divided into different use methods: vegetable glass greenhouse, flower glass greenhouse, seedling glass greenhouse, ecological glass greenhouse, scientific research glass greenhouse, three-dimensional glass greenhouse, special-shaped glass greenhouse  The area and usage of glass greenhouses, leisure glass greenhouses, smart glass greenhouses, etc. can be freely adjusted by the owner of the greenhouse. The smallest is the courtyard leisure type, the largest can reach a height of more than 10 meters, a span of up to 16 meters, and a maximum bay of  Up to 10 meters of intelligence can achieve one-button control.  A variety of heating methods can be used for winter heating in glass greenhouses, and their energy consumption costs are in the middle and are generally acceptable.  Beautiful appearance, high and stable light transmittance, large ventilation area, good sealing performance, and strong drainage capacity; the disadvantage is that the thermal insulation capacity is worse than that of PC board greenhouses and double-layer film greenhouses, and the energy consumption is relatively high. In order to enhance the thermal insulation performance  , use double glazing.  Suitable for flower planting, seedling breeding, flower market, eco-hotel and other purposes
 
Effective Strategies for Managing Water in Thin-Film Greenhouses
Effective Strategies for Managing Water in Thin-Film Greenhouses
 
Certifications

Effective Strategies for Managing Water in Thin-Film Greenhouses
Effective Strategies for Managing Water in Thin-Film Greenhouses
Effective Strategies for Managing Water in Thin-Film Greenhouses
Effective Strategies for Managing Water in Thin-Film Greenhouses


 

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