Mushroom Cultivation Bottle
The PCBXH1400A Mushroom Cultivation Bottle is a durable 1400 ml mushroom cultivation container made from polypropylene (PP), designed to withstand high-temperature sterilization while providing a stable and breathable environment for mushroom mycelium growth in commercial cultivation systems.
Key Specifications
|
Item |
Specification |
|
Model |
PCBXH1400A |
|
Product Name |
Mushroom Cultivation Bottle / PP Culture Bottle |
|
Capacity |
1400 ml |
|
Material |
PP (Polypropylene) |
|
Bottom Diameter |
10.8 cm |
|
Height |
18.5 cm |
|
Mouth Diameter |
8.5 cm |
|
Bottle Cap |
Micro-perforated ventilation design |
|
Application |
Mushroom cultivation |
|
Sterilization |
Suitable for high-temperature sterilization processes, subject to process conditions |
The bottle dimensions above are the standard configuration for PCBXH1400A. Other capacities, dimensions, or bottle configurations can be discussed according to cultivation requirements and production-line compatibility.
Product Description
The Mushroom Cultivation Bottle is a reusable cultivation container designed for mushroom production systems that use bottles instead of conventional plastic cultivation bags. It provides a rigid and stable growing environment for mushroom substrate and is particularly useful for commercial cultivation systems where standardized containers, automated handling, and repeated sterilization are required.
The PCBXH1400A has a 1400 ml capacity, with a bottom diameter of approximately 10.8 cm, a height of 18.5 cm, and an opening diameter of 8.5 cm. Its rigid bottle structure helps maintain a consistent cultivation shape during substrate filling, sterilization, inoculation, incubation, and fruiting.
The bottle is manufactured from PP (polypropylene), a material commonly selected for reusable cultivation containers because of its resistance to elevated temperatures. When used within appropriate operating conditions, the bottle can maintain its structural integrity during the sterilization process.
The bottle cap incorporates a micro-perforated ventilation design. This allows controlled air exchange while helping maintain a more suitable cultivation environment for mushroom mycelium. Proper gas exchange is important during mycelial growth because the developing culture consumes oxygen and produces carbon dioxide.
Compared with flexible cultivation bags, rigid culture bottles can offer more consistent dimensions and easier mechanical handling. This makes them particularly suitable for mushroom farms using bottle-based cultivation systems and automated or semi-automated production lines.
Working Principle
The PP Culture Bottle functions as the physical cultivation container throughout several stages of mushroom production.
Prepare the Mushroom Substrate
Suitable substrate materials are prepared according to the selected mushroom species.
Depending on the cultivation system, the substrate may contain sawdust, wood-based materials, agricultural residues, bran, and other nutritional components.
A Substrate Mixer can be used to achieve uniform mixing and moisture distribution.
Fill the Culture Bottle
The prepared substrate is filled into the PCBXH1400A culture bottle.
For commercial production, a suitable Bottle Filling Machine or substrate filling system can be used to improve filling consistency and production efficiency.
Sterilize the Substrate
The filled culture bottles are transferred to the sterilization stage.
A Sterilization Rack / Trolley can be used to organize and transport the bottles into the sterilization chamber.
The PP bottle is designed for high-temperature sterilization applications, but the actual sterilization temperature, pressure, and cycle should remain within the material and equipment specifications.
Cool the Bottles
After sterilization, the substrate must be cooled to a suitable temperature before inoculation.
This prevents excessive heat from damaging the mushroom spawn.
Inoculate the Substrate
Mushroom spawn is introduced into the sterilized substrate.
Depending on the cultivation process, inoculation can be performed manually or with a suitable Mushroom Inoculation Machine.
Incubate the Mycelium
The inoculated bottles are transferred to an incubation area.
During incubation, the mushroom mycelium gradually colonizes the substrate. The micro-perforated cap allows gas exchange while the bottle provides a stable physical container.
Suitable Raw Materials and Mushroom Types
The PCBXH1400A can be used with formulated mushroom substrates suitable for bottle cultivation.
Common substrate materials include:
- Sawdust
- Wood chips
- Agricultural residues
- Wheat bran
- Other lignocellulosic materials
- Formulated mushroom cultivation substrate
The bottle can be used for suitable edible mushroom species, depending on the cultivation method and substrate formulation, including:
- Shiitake mushrooms
- Enoki mushrooms
- King oyster mushrooms
- Oyster mushrooms
- Other bottle-cultivated edible mushrooms
The optimal substrate formulation and cultivation conditions should be determined according to the mushroom species and production process.
Capacity / Production Scale
The PCBXH1400A has a 1400 ml nominal bottle capacity and is designed for standardized commercial mushroom cultivation.
Unlike processing machinery, the bottle itself does not have a bags-per-hour or kilograms-per-hour production rate. Overall production capacity depends on:
- Number of bottles used per batch
- Substrate filling quantity
- Number of cultivation cycles
- Incubation period
- Fruiting cycle
- Number of bottles handled by the production line
The standardized bottle dimensions make it suitable for production systems where large numbers of identical cultivation containers need to be filled, sterilized, inoculated, transported, and cultivated.
Automation Level
The PP Culture Bottle is a passive cultivation container and does not require electrical power.
However, it can be incorporated into semi-automatic or fully automated mushroom production systems.
A typical commercial workflow can be:
Substrate Preparation → Mixing → Bottle Filling → Sterilization → Cooling → Inoculation → Incubation → Fruiting → Harvesting
For larger facilities, bottle filling, sterilization handling, inoculation, shelf loading, and environmental control can be mechanized to reduce manual handling and improve production consistency.
Integration with Mushroom Production Line
Upstream Equipment
The bottle can be integrated with:
- Sawdust Crusher– prepares wood-based substrate materials
- Substrate Mixer– mixes substrate ingredients and moisture
- Bottle Filling Machine– fills the prepared substrate into culture bottles
- Sterilization Rack / Trolley– organizes bottles for sterilization
- Mushroom Sterilizer– sterilizes the filled substrate
Inoculation and Incubation
After sterilization and cooling, the bottles can be connected to:
- Mushroom Inoculation Machine
- Liquid Spawn Inoculator
- Mushroom Incubation Racks
- HVAC / Environmental Control System
- Humidification Equipment
For high-volume bottle cultivation, standardized bottles can be transferred between different production stages using suitable material-handling systems.
Downstream Processing
After fruiting and harvesting, mushrooms can be transferred to:
Sorting → Cleaning → Slicing → Drying → Packaging
A Mushroom Slicer and Electric Heating Mushroom Dryer can be incorporated into the downstream processing line when sliced or dried mushroom products are required.
Service & FAQ
Installation & Service
The PCBXH1400A is a passive cultivation container and does not require mechanical installation or electrical commissioning.
Product Selection
Technical support can help customers select appropriate bottle dimensions and configurations according to:
- Mushroom species
- Substrate formulation
- Required substrate volume
- Sterilization process
- Inoculation method
- Cultivation-room layout
- Automated handling requirements
Equipment Compatibility
For commercial projects, the bottle dimensions and opening size can be coordinated with bottle filling, inoculation, sterilization, shelf loading, and material-handling equipment.
Operator Guidance
Operators can receive guidance on:
- Substrate filling
- Bottle handling
- Sterilization loading
- Cooling
- Inoculation
- Cleaning
- Storage and reuse
Technical Support & After-Sales Service
Technical assistance can be provided for product application, production-line integration, troubleshooting, and replacement requirements.
Because the bottle is intended for repeated cultivation applications, proper cleaning, inspection, and handling are recommended between production cycles.
FAQ
The PCBXH1400A is specified as being made from PP (polypropylene). PP is commonly used for reusable cultivation containers because of its resistance to elevated temperatures.
Yes. The bottle is designed for use with high-temperature sterilization processes. However, the actual sterilization temperature, pressure, cycle time, and method should be matched with the bottle specification and the customer’s sterilization equipment.
The micro-perforated cap is designed to support gas exchange during cultivation. Appropriate ventilation is important for mushroom mycelial growth and helps maintain a suitable cultivation environment.
The bottle can be used for suitable bottle-based mushroom cultivation systems, including shiitake, enoki, king oyster, oyster mushrooms, and other edible mushrooms depending on the cultivation method and substrate formulation.
The bottle is designed as a reusable cultivation container. Its actual service life depends on sterilization conditions, cleaning methods, mechanical handling, and frequency of use. Bottles should be inspected regularly and replaced if damaged or deformed.
