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Climate Chamber POLEKO KK1450

Fiyat Sorunuz

Large-capacity growth chamber with ultrasonic humidification system for precise temperature, humidity, and light cycle control

1450-liter capacity for large-scale research projects
Ultrasonic humidification system ensures stable, uniform moisture distribution
Temperature range 0°C to +60°C with optional light-compatible variation (+10°C to +50°C)
Piezo-electric technology converts electrical energy to mechanical vibrations for precise aerosol generation
Ideal for plant growth, seed germination, and microbial culture applications
Compact design with integrated deionized water reservoir and drainage system
230V 50-60Hz power supply standard
Superior stability for photostability testing, food preservation studies, and pharmaceutical research

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Kargolama ve Teslimat

Kurye Teslimatı

Kuryemiz belirtilen adrese teslimat yapacaktır.

2-3 Gün

Ü.A. Kargo

Aras Kargo Teslimatı

Aras Kargo kuryesi belirtilen adrese teslimat yapacaktır.

1-3 Gün

Ücretsiz Kargo

Garanti 2 yıl

Daha fazla detay

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Daha fazla detay

The Climate Chamber is engineered to simulate real climatic conditions by controlling temperature, humidity, and day-night light cycles. The MBB Series is designed for plant cultivation, seed germination, plant acclimatization to new environmental conditions, cell and tissue culture production, plant genetic research, cell and protoplasm culture, insect incubation, and breeding applications. The KK1450 represents the largest ultrasonic-humidified model, offering 1450 liters of controlled growth space for high-capacity research operations.

Technical Specifications

Model	KK1450
Chamber Type	Ultrasonic Humidification (KK Series)
Internal Volume	1450 liters
Temperature Range	0°C to +60°C
Temperature Range (FIT Version with Lighting)	+10°C to +50°C
Relative Humidity Range	Zone A
Water Supply Requirements	Deionized water (<1 µS/cm conductivity)
Water Source Options	Deionized water reservoir (included), internal deionized water network, or ion exchanger
Drainage System	Included container or external drainage system
Power Supply	230V 50-60Hz
Humidification Technology	Piezo-electric ultrasonic generator with deionized water atomization

Applications

Plant and fungal growth cultivation
Seed germination and stratification studies
Microorganism and insect breeding programs
Photostability testing of pharmaceuticals and cosmetics
Food preservation and shelf-life testing
Stability testing for packaging and electronic components
Building material testing and durability assessment
Cell and tissue culture production
Plant genetic research and acclimatization trials
High-capacity research requiring stable temperature and humidity environments

Frequently Asked Questions

What is the difference between KK ultrasonic and KKS steam humidification systems?

KK chambers use piezo-electric ultrasonic humidifiers that convert electrical energy into mechanical vibrations, producing fine aerosol mist. KKS chambers employ steam generators and do not emit ultrasonic waves, making them suitable for insect breeding (e.g., Drosophila melanogaster). KKS models also offer wider temperature ranges (0°C to +100°C) and are preferred for electronics, plastics, and building materials testing.

What water quality is required for the KK1450?

The KK1450 requires deionized water with conductivity less than 1 µS/cm. The chamber includes a deionized water reservoir, and can be configured with an internal deionized water network or ion exchanger for continuous operation.

How does the ultrasonic humidification system work?

Piezo-electric generators in the ultrasonic system convert electrical energy into high-frequency mechanical vibrations. These generators are submerged in deionized water, breaking it into ultra-fine droplets that are evenly distributed throughout the chamber, ensuring precise humidity control.

Is the KK1450 suitable for plant breeding research?

Yes, the KK1450 is ideal for plant breeding, genetic research, and acclimatization studies. Its large 1450-liter capacity, precise temperature and humidity control, and optional lighting system make it suitable for developing climate conditions that simulate natural environments.

What applications require the larger KK1450 model over smaller KK variants?

The KK1450 is recommended for high-capacity operations including large-scale plant cultivation, extensive microbial research programs, institutional breeding facilities, and studies requiring extended growth periods with multiple specimen batches simultaneously.