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Environmental Chamber POLEKO KK350 - Image 2

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Environmental Chamber POLEKO KK350

Fiyat Sorunuz

Ultrasonic humidified climate chamber for precise control of temperature, humidity, and photoperiod cycles

Ultrasonic humidification technology with piezo-electric generators for consistent humidity distribution
Temperature range: 0°C to +60°C with optional light cycle (+10°C to +50°C under illumination)
350-liter chamber capacity with uniform environmental conditions
Deionized water system (<1µS/cm) with integrated storage and ion exchange options
Suitable for photostability testing, food preservation trials, and pharmaceutical stability studies
Compact, professional-grade design for research and quality control applications

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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

14 Günlük ücretsiz iade

Daha fazla detay

The Environmental Chamber is engineered to simulate and maintain real climate conditions through precise control of temperature, relative humidity, and day-night light cycles. The KK Series (ultrasonic humidifier models) is utilized for plant cultivation, seed germination, climate acclimation of specimens, cell and tissue culture production, genetic research on plants, protoplast and cell culture development, and insect incubation and breeding protocols.

Technical Specifications

Chamber Volume	350 liters
Temperature Range	0°C to +60°C
Temperature Range (FIT Version with Lighting)	+10°C to +50°C (under illumination)
Water Supply Type	Deionized water (<1µS/cm conductivity)
Water Source Options	Deionized water reservoir (included), internal deionized water network, ion exchange cartridge system
Drainage System	Integrated drainage with collection container (included)
Humidification System	Ultrasonic piezo-electric generator (converts electrical to mechanical vibration energy)
Power Supply	230V 50-60Hz
Water Droplet Size	Ultra-fine mist distribution (equal chamber distribution)

Applications

Plant and fungal culture growth
Seed germination and stratification studies
Microorganism and insect breeding protocols
Photostability testing of pharmaceuticals and cosmetics
Food preservation and shelf-life testing
Cell and tissue culture production
Genetic research on plant specimens
Packaging and electronic component stability assessment
Building material durability testing
Climate-controlled research requiring stable temperature and humidity environments

Frequently Asked Questions

What is the primary difference between KK and KKS climate chamber models?

KK series models utilize ultrasonic humidification (piezo-electric generators) suitable for plant cultivation and sensitive samples, operating at 0-60°C. KKS series uses steam humidification, accommodates 0-100°C ranges, permits insect breeding (e.g., Drosophila melanogaster), and handles wider humidity parameters. KKS is recommended for electronics, plastics, and construction materials testing.

Why is deionized water required for the KK350?

Deionized water (<1µS/cm conductivity) prevents mineral buildup in ultrasonic piezo-electric generators, ensuring consistent atomization performance and chamber longevity. The ultrasonic system requires pure water to avoid mineral deposits that compromise mist distribution.

What is the maximum temperature achievable in the KK350?

The standard KK350 reaches +60°C maximum. For applications requiring higher temperatures (up to +100°C), the KKS series steam-humidified models are recommended.

Is lighting integrated into the KK350?

Optional FIT (Full Illumination Technology) versions are available with controlled photoperiod cycles, operating within +10°C to +50°C temperature range under illumination.