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Plant Growth Chamber

A plant growth chamber is a controlled environment facility designed to simulate and optimize conditions for plant growth and development. These chambers are used extensively in research, agriculture, and horticulture to study plant physiology, conduct experiments, and propagate plants under controlled conditions.

Plant Growth Chamber Manufacturer in India

A plant growth chamber is a controlled environment facility designed to simulate and optimize conditions for plant growth and development. These chambers are used extensively in research, agriculture, and horticulture to study plant physiology, conduct experiments, and propagate plants under controlled conditions.

Plant growth chambers play a vital role in advancing our understanding of plant biology, optimizing crop production, and developing new agricultural techniques. When selecting a plant growth chamber, consider the specific research goals, space requirements, and environmental conditions that best suit your experiments or plant propagation needs. Test Chamber Hub offer chambers with precise temperature, humidity, light, and CO2 control for research and industrial applications.

KEY FEATURES OF PLANT GROWTH CHAMBERS:

  • Temperature Control: Plant growth chambers typically allow precise control over temperature, usually ranging from below freezing (for cold-tolerant plants) to around 40°C (104°F) for tropical species. This control is crucial for studying temperature effects on plant growth stages.
  • Humidity Control: Plant growth chambers maintain specific humidity levels to simulate natural environments. This feature is important for understanding plant responses to varying moisture conditions.
  • Lighting: Growth chambers provide artificial lighting that mimics natural sunlight. This includes full-spectrum lighting to support photosynthesis and promote healthy growth. Some chambers offer adjustable light intensity and photoperiod control to simulate day-length variations.
  • CO2 Control: Chambers often regulate carbon dioxide levels to optimize photosynthesis rates and simulate different environmental CO2 concentrations.
  • Air Circulation: Effective air circulation within the chamber ensures uniform distribution of temperature, humidity, and CO2. This promotes even growth and prevents microclimates within the chamber.
  • Shelving or Racking: Adjustable shelving or racking systems accommodate different plant heights and facilitate easy access for maintenance and observation.
  • Control Systems: Modern plant growth chambers feature sophisticated control systems with digital interfaces. These systems allow researchers to program and monitor temperature, humidity, lighting, and other parameters remotely.
  • Safety Features: Chambers may include alarms for temperature deviations, power failures, or CO2 level anomalies to protect plant specimens and ensure experimental integrity.
  • Construction: Plant growth Chambers are typically constructed from materials like stainless steel, with double-walled insulation to maintain stable internal conditions and minimize energy consumption.
  • Size and Capacity: Plant growth Chambers vary in sizes (180, 300 & 850 Liters) from small units suitable for laboratory experiments to large-scale chambers used in agricultural research. Capacity depends on the number and size of plants being studied.
  • Data Logging: Some chambers are equipped with data logging capabilities to record and analyze environmental conditions over time.
  • Accessories: Optional accessories may include irrigation systems, nutrient dosing systems, and supplementary heating or cooling units for specific research requirements.

 

SPECIFICATIONS OF PLANT GROWTH CHAMBERS:

  • Chamber Capacity: 180, 300 & 850 Liters
  • Internal Chamber Construction: Polished stainless steel 304 grade & SS inner construction
  • Exterior Chamber Construction: GI powder coated
  • Insulation: Mineral Wool
  • Interior Doors: Tempered glass door w/ silicone packing
  • External Doors: Solid doors w/ magnetic gum packing
  • Door locking system & castor lockable wheels
  • Temperature Range: 0°C to 60°C (Light ON: 10°C to 60°C)
  • Temperature Accuracy: ±0.5°C at 27°C
  • Humidity Range: 30% to 95% Relative Humidity
  • Humidity Accuracy: ±2%
  • Temperature & Humidity Controller: PID microprocessor, HMI with touch screen panel
  • CFC/HCFC free cooling system
  • Voltage: 220V+/-5% 60Hz

Test Chamber Hub provide reliable plant growth Chambers with customization options to suit your specific research needs and excellent customer support to ensure the success of your research projects