COMMERCIAL MUSHROOM GREENHOUSE

blackout greenhouse

    Mushroom cultivation requires a controlled environment with precise temperature, humidity, and ventilation levels.

    A mushroom greenhouse typically consists of a large, enclosed growing area with a climate control system that maintains optimal growing conditions for the mushrooms. The interior of the greenhouse may be divided into sections or shelves, each with its own climate control system, to allow for multiple mushroom varieties to be grown simultaneously.

    The growing medium for mushrooms typically consists of composted materials, such as straw or sawdust, that have been inoculated with mushroom spores. The spores are added to the growing medium and allowed to incubate until they have fully colonized the substrate. Then, the growing medium is moved to the greenhouse and placed in a humid, dark environment to promote mushroom growth.

    The light deprivation greenhouse is suitable for sensitive plants that require photoperiod control, such as medicinal plants, seeds, vegetables, flowers, etc. 100% blackout, shading greenhouses are very popular in the United States, Canada, Australia and other places. The light deprivation greenhouse is composed of hot-dip galvanized pipes, and the shelter is made of shading material. The frame structure is simple, low in cost and easy to install. According to climatic conditions, it is usually equipped with side wall manual winding device to achieve good ventilation and cooling effect.

FEATURES&ADVANTAGES

1. Increased yield: Light deprivation allows for precise control of the amount of light that plants receive, which can result in larger yields and higher quality crops. By manipulating the light cycle, growers can encourage plants to flower earlier and more quickly.

2. More control: Light deprivation greenhouses offer more control over the growing environment than traditional greenhouses. This includes control over temperature, humidity, and other environmental factors that can affect plant growth and development.

3. Reduced energy costs: Because light deprivation greenhouses require less artificial lighting than traditional indoor growing facilities, they can significantly reduce energy costs. By relying on natural light cycles, growers can also reduce their carbon footprint.

4. Increased flexibility: With a light deprivation greenhouse, growers can manipulate the light cycle to suit their needs. This means that they can produce crops year-round, regardless of the weather or season.

5. Improved quality: Light deprivation can lead to higher quality crops, as it can help to increase THC and CBD levels in cannabis plants. It can also lead to more uniform crops, as all plants will be exposed to the same light cycle.

SPECIFICATION

PACKAGING & DELIVERY

1. All the steel material is nude packing.
2. motor and electric machines are put in carton.
3. small steel parts are put in bag.
4.The glass is boxed in a wooden box.

PRODUCT DETAILED

GALVANIZED STEEL WITH RESIST CORROSION

COVER MATERIAL

PE film:Cost is low ,Anti-drip, anti-UV,Low Energy consumption,Quality assurance for 3-5 years Polycarbonate sheet,anti-UV,anti-drip,good thermal insulation performance, excellent strength rigidity, hardness,toughness and crack resistance,quality assurance for 10 years.

LIGHT DEPRIVATION SYSTEM

VENTILATION SYSTEM

Two sides ventilation by manual/electric roll up machine Roof ventilation by electric motor 40 mesh insect net will be offered for vents.

COOLING SYSTEM

The exhaust fans eject the air from the greenhouse (The air-circulating fans promote the circulation of the air in the greenhouse),negative pressure formed in the greenhouse. The air enters the greenhouse through the cooling pads, resulting in the effects of cooling, moistening and air-dedusting. The light trops is used with the cooling pad.

CIRCULATION FAN

Solve the problems of high temperature, peculiar smell and poor ventilation

APPLICATION

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