pore water samplers for the RhizonBox
MicroRhizons are mainly used in RhizonBox and agar tests.
They consist of two parts: a porous part of 8 mm with an outer diameter of 1 mm, and PEEK tubing with a connector fit to a syringe.
The yield of MicroRhizons is up to 2 ml. As the tubing of MicroRhizons consists of PEEK and a special glue, it is possible to steam-sterilize them.
In the front plate, there are 2183 holes with a lateral distance of 5 mm, which allow direct sampling near the roots with MicroRhizons.
The dimensions of the RhizonBox are: height 33 cm, width 22 cm, depth 4 cm.
|19.21.81||10 x MicroRhizon with an exposed porous part of 0.8 mm with an outer diameter of 1 mm, glued on 12 cm PEEK tubing 0.6*0.4 mm. The PEEK tubing has a 0.1 mm hole about 3 mm from top for sampling|
|19.21.82||10 x MicroRhizon with an exposed porous part of 0.8 mm with an outer diameter of 1 mm, glued on 12 cm PEEK tubing 0.6*0.4 mm. The PEEK tubing has a 0.1 mm hole about 3 mm from top for sampling. This part is supplied with loose 5 cm PEEK tubing 1.6 mm OD, which is used as guide tubing to push your MicroRhizon into agar or other media|
accessories for MicroRhizons
|19.21.84||5 cm PEEK tubing, 1.6 mm OD, guide tubing to push your MicroRhizon into agar or other media|
|19.21.85||30 cm PEEK extension tubing 0.6*0.4 mm, 30 cm, including silicon connectors|
|19.21.88||10 x Syringe PP with Luer tip, 5 ml|
|19.31.80||1 x RhizonBox, for direct inserting of MicroRhizons, 33 x 22 cm|
- Microfiltration membrane with a nominal pore size of 0.12 – 0.18 µm
- Hydrophilic membrane composed of a blend of polyvinylpyrrolidine and polyethersulfone
- Structure asymmetric/microporous
- High performance and a very good anti-fouling behaviour
- Suitable for filtatrion outside-in and inside-out
|pH-range||2 – 12|
|Temperature||1 – 90ºC|
|Pressure||-300 – +300 kPa|
|Organic esters, ketones, ethers||
|Polar organic solvents||
Store in a dry, normally ventilated place, away from sources of heat, ignition and direct sunlight. Store between 0 and 50 ºC (32 – 122F). The membrane modules should not be subjected to any freezing temperatures.