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Velp Scientifica™ RESPIROMETRIC Sensor System 6 for Plastic Biodegradability
The versatile reliable and cloud-enabled solution designed to support aerobic degradation test for the determination of the degree of biodegradability of plastic materials in an aqueous medium.
Brand: Velp Scientifica™ SB102A0166
25557.86 NOK valid until 2024-12-31
Use promo code "21658" to get your promotional price.
This item is not returnable.
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Description
- Designed to support aerobic degradation test for the determination of the degree of biodegradability of plastic materials, including those containing formulation additives, in an aqueous medium.
- Multistirrer Digital 6-positions to precisely set stirring speed and enable the lock feature to avoid unintentional modification of the stirring speed.
- Results reading in Pressure values (millibar).
- Pressure range: 500 ÷ 2000 mbar (hPa).
- The bright 4-digit LED display ensures long battery life in respect of other sensors in the market.
- Intuitive 2 button interface to facilitate the analysis set up.
- The RESPIROMETRIC Sensor transmits data directly to the PC enabling real-time monitoring of the analysis curve. Respirometric studies can last days and even months, the unique VELP solution ensures constant monitoring of multiple analysis from an intuitive proprietary software, the RESPIROSoft™.
- he DataBox™ store results for up to 48 RESPIROMETRIC Sensors (8 systems).
- Connect the RESPIROMETRIC Sensor to the exclusive VELP Ermes Cloud Platform to improve your laboratory experience.
The VELP Ermes Cloud Platform connection will unburden you from tedious tasks improving your lab productivity.
Specifications
Anaerobic Respiration Analyzer | |
CR 2430 | |
Technopolymer | |
Bottle volume: 1000 mL | |
RESPIROMETRIC Sensor ( x 6), MULTISTIRRER6 Digital 100-240 V/50-60 Hz (with bottles & stirring bars), Kit for respirometric analysis of plastics ( x 6) | |
2.5 kg |
Digital | |
Ermes via Wi-Fi / RESPIROSoft™ via USB | |
500/2000 Mbar (hPa) | |
Aerobic Degradation Test for The Determination of The Degree of Biodegradability of Plastic Materials in an Aqueous Medium. | |
25 months |