-228x228.png "B300 Bio Ultrapure water purification")
0
In stock
Dimensions (WxDxH), cm: 32x56x58
Dispense rate, ultrapure water: 1.5–2 L/min
Grade 1 water conductivity at 25°C: 0.055 μS/cm
Grade 1 water resistivity at 25 °C: 18.2 MΩ x cm
Grade 2 water conductivity at 25°C: <0.1 μS/cm
Adrona B300 is ultrapure water purification system which requires external water tank that use tap water as feed water (tap water system). There are 3 variations available: B300 Trace, B300 HPLC, B300 Bio.The B300 is a new integrated Grade 2/ Grade 1..
£4 834.00
0
In stock
Dimensions (WxDxH), cm: 32x56x58
Dispense rate, ultrapure water: 1.5–2 L/min
Grade 1 water conductivity at 25°C: 0.055 μS/cm
Grade 1 water resistivity at 25 °C: 18.2 MΩ x cm
Grade 2 water conductivity at 25°C: <0.1 μS/cm
Adrona B300 is ultrapure water purification system which requires external water tank that use tap water as feed water (tap water system). There are 3 variations available: B300 Trace, B300 HPLC, B300 Bio.The B300 is a new integrated Grade 2/ Grade 1..
£4 307.00
0
In stock
Dimensions (WxDxH), cm: 32x56x58
Dispense rate, ultrapure water: 1.5–2 L/min
Grade 1 water conductivity at 25°C: 0.055 μS/cm
Grade 1 water resistivity at 25 °C: 18.2 MΩ x cm
Grade 2 water conductivity at 25°C: <0.1 μS/cm
Adrona B300 is ultrapure water purification system which requires external water tank that use tap water as feed water (tap water system). There are 3 variations available: B300 Trace, B300 HPLC, B300 Bio.The B300 is a new integrated Grade 2/ Grade 1..
£4 086.00
0
In stock
Dimensions (WxDxH), cm: 32x56x58
Dispense rate, ultrapure water: 1.5–2 L/min
Grade 1 water conductivity at 25°C: 0.055 μS/cm
Grade 1 water resistivity at 25 °C: 18.2 MΩ x cm
Grade 2 water conductivity at 25°C: <0.1 μS/cm
The B310 is an addition to the new B300 system, which produces all types of water for laboratory applications: Grade 1, Grade 2 as well as reverse osmosis water.Adrona B310 is ultrapure water purification system which requires external water tank tha..
£5 184.00
0
In stock
Dimensions (WxDxH), cm: 32x56x58
Dispense rate, ultrapure water: 1.5–2 L/min
Grade 1 water conductivity at 25°C: 0.055 μS/cm
Grade 1 water resistivity at 25 °C: 18.2 MΩ x cm
Grade 2 water conductivity at 25°C: <0.1 μS/cm
The B310 is an addition to the new B300 system, which produces all types of water for laboratory applications: Grade 1, Grade 2 as well as reverse osmosis water.Adrona B310 is ultrapure water purification system which requires external water tank tha..
£4 657.00
0
In stock
Polishing Q w/ quick connectorsGrade 1 water conductivity is > 0.1 μm/cm
constantly or every 12 months
Depends on water
consumption amount..
£223.00
0
In stock
Pre-filter setReplacement criteriaIf the filters are clogged or every 6 months..
£138.00
0
In stock
Replacement 0.22 µm dispense filter, sterile (for "Trace" and "HPLC"
configuration)..
£143.00
0
In stock
Replacement sterilization UV bulb for 24V configuration (for "Bio"
configuration) ..
£92.00
0
In stock
Replacement photooxidation UV bulb (for "HPLC" and "Bio" configuration)..
£181.00
0
In stock
Polishing QC w/ quick connectorsGrade 1 water conductivity is > 0.1 μm/cm
constantly or every 12 months
Depends on water
consumption amount..
£223.00
0
In stock
Polishing QH w/ quick connectorsGrade 1 water conductivity is > 0.1 μm/cm
constantly or every 12 months
Depends on water
consumption amount..
£318.00
0
In stock
Replacement ultrafilter (for "Bio" configuration only)..
£433.00
0
In stock
Pre-filter setReplacement criteriaGrade 2 water conductivity is >0.5 μm/cmconstantly or every 12 months..
£187.00
0
In stock
Pre-filter
When the filters are
clogged or when filter
timer has runed out,
approximately,
every 6 months..
£74.00
0
In stock
Replacement deionization module, Compact..
£162.00
0
0
0
0
In stock
W/ immersible pump..
£174.00
0
In stock
W/ immersible pump..
£203.00
0
In stock
W/ immersible pump..
£232.00
0
0
Today's research and diagnostic laboratories require purified water that does not impact test results. As testing equipment becomes more sensitive and industry regulations become more stringent, life science and analytical labs must have complete confidence that their point-of-use water systems will provide optimum water quality every time.