Mushroom growth requires fixed temperature, humidity, and light, and artificial cultivation of mushrooms requires good control of these growth conditions. Traditional plastic film greenhouses have difficulty meeting the requirements of artificial mushroom cultivation, and at the same time, plastic film pollutes the environment. The new cold room sandwich panel mushroom house is perfect for high-tech growing needs.
The foam sandwich panel is stronger, more durable, has a longer service life, and has a more obvious thermal insulation effect. These advantages make it an ideal material for mushroom fruiting chambers.
Material Selection
Surface Material
Prepainted Steel(PPGI/PPGL), Stainless Steel, and Aluminum.
Vinyl walls like Duramax PVC panels are ideal for grow rooms, both because their surfaces don't absorb water and because the tight seal between each panel prevents water from leaking into the foundation of the building.
The room is ventilated and humidified about 80%, sometimes heated or cooled. It must provide sufficient natural or artificial light for the mushroom species. The walls and floor must withstand moisture, and be easy to clean.
Most mushroom species thrive in a temperature range of 60-75°F (15-24°C). Invest in a thermometer and a humidifier to monitor and regulate the growth room conditions. Aim for an 80-90% humidity level during the initial stages and reduce it to 60-70% as the mushrooms mature.
PVC panels as grow room wall material help reflect the maximum amount required of indoor grow lights with their bright white surface. Its hidden fasteners and seamless joints will evenly create a reflective finish to achieve the desired outcomes without using more lights.
The ideal humidity level for growing mushrooms is between 80-90%. If the humidity level drops below this range, it can cause the mushrooms to dry out and stall their growth.
Growing mycelium should be kept in an ideal temperature range. For example, P. cubensis colonizes most rapidly between 75-80°F (24-27°C). Temperatures higher than this range may kill the mycelium and encourage growth of contaminants, and temperatures lower than this range may slow down colonization.
There are several ways to control CO2 levels in a mushroom grow room. One of the simplest methods is to increase ventilation. Adequate air circulation can help reduce CO2 levels by allowing fresh air to enter the room, diluting the concentration of CO2.
Another way to lower the temperature is to increase the ventilation in the growing area. This can be achieved by installing fans or opening windows in your growing area to circulate the air. This will help to dissipate the heat and keep the temperature at a comfortable level for the mushrooms.
Maintaining a mushroom bed requires very little effort when compared with other popular cultivation methods. The key is to ensure that your mushroom bed has sufficient moisture. As a general guide, aim to soak your bed with water once a week when no rainfall has occurred.
Effective grow tents are constructed of heavy-duty canvas fabric that is bonded to a reflective inner layer. The thickness of the fabric is expressed in terms of density with a number such as "600D".
This structure, made entirely from bio-based materials, integrated mushrooms, mycelium, timber, and a bio-based coating originally developed by Inca people around the 12th century. The timber frame was built first, then panels made from mushrooms and mycelium were attached to the frame.
One of the disadvantages of using mycelium as a construction material is it's decreasing ability to resist water over time. This makes mycelium bricks more susceptible to issues such as mold growth and humidity as they age.
Introduction: My name is Terrell Hackett, I am a gleaming, brainy, courageous, helpful, healthy, cooperative, graceful person who loves writing and wants to share my knowledge and understanding with you.
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