NEW product information | ROKITECKNO CO.,LTD.

The MAP cartridges are designed especially for the filtration of high-viscosity / high-concentration fluids.
Having highly rigid support and high pressure ability, the MAP will provide outstanding flow rates.
The MAP cartridge consists of media developed by ROKITECHNO to maintain stable filtration under high differential pressures.

With the functionality of our unique performance-stabilized media developed by ROKITECHNO, stable filtration retention can be constantly attained under high or fluctuating differential pressures.
Having highly-rigid supports which maintain sufficient flow passage under high differential pressure, the MAP cartridges provide outstandingly high flow rates. Further improved flow rate can be expected due to their enhanced pressure capacity, which has made it possible to send fluid by higher pressure.
With optimized media composition and higher differential pressure capacity, the MAP cartridge can avoid surface clogging (rapid clogging) and can offer longer service life when compared to conventional filters.
Having excellent pressure capacity (0.86 MPa at 20℃) comparable to metal cartridges, the MAP cartridges can be used, as an alternative to metal cartridges, for fluids susceptible to metal contamination.
Entirely composed of polypropylene components (except for gaskets and O-rings) and manufactured without using any binders or surfactants, the MAP cartridges pose no risk of extractables.

The SCP cartridges, using Gel-trapping material as the main filter media, provide stable capacity of capturing gel-like substances from the initial to end stage of their service life.

Using our unique Gel-trapping media developed by ROKITECHNO as main media, the SCP cartridges with optimized media structure provide stable removal of submicron fine particles and gel-like foreign substances even at the end stage of the cartridge service life.
Entirely composed of polypropylene components (except for gaskets and O-rings) and manufactured without using any binders or surfactants, the SCP cartridges are in no risk of extractables.
All SCP filters have undergone pre-flushing to provide enhanced filter cleanliness and to reduce flushing time before operation.

The SBP cartridges, having media consisting of super-fine polypropylene fibers, maintain high porosity.
The media allows the cartridges to provide outstanding flow rates at classifying filtration in the submicron range.

Having super-fine polypropylene fiber media, the SBP cartridges can attain excellent precision in particle removal.
Since the super-fine polypropylene fiber media has high porosity, it provides lower pressure drop and higher flow rates compared to conventional polypropylene fiber media, which requires consolidation process.
With optimized media structure, the SBP filters can provide an efficient classifying filtration process where coarse particles are captured and very fine particles necessary for the process are allowed to pass.
Entirely composed of polypropylene components (except for gaskets and O-rings) and manufactured without using any binders or surfactants, the SBP cartridges are in no risk of extractables.
All SBP filters have undergone pre-flushing to provide enhanced filter cleanliness and to reduce flushing time befor operation.

The TPN cartridges are completely new products having the filter media composed of nano-sized fibers.
They provide excellent particle capturing efficiency comparable to membrane filters in the submicron range.

Having the media composed of fibers with an extremely small diameter, the TPN cartridges can attain removal efficiency to 0.2μm.
Having homogeneous pore size, the nanofiber media constantly provides stable fine-particle removal from the initial to end stage of its service life.
The TPN cartridges using high porosity media allow lower chances of surface clogging (rapid clogging) compared to membrane filters, and provide outstanding flow rates.
Using nylon material as nanofiber media, the TPN cartridges can be used with aromatic and hydrocarbon solvents.

image:Ez-Change Capsule Filter Cartridge and Housing

Ez-Change WK filter cartridge is an epoch-making capsule filter cartridge whitch can extract not only the air from an upstream side but the air from downstream side. Air inside a filter is controlled and air mixing to liquid can be reduced. The air generated during continuous operation can also be extracted by connecting piping, such as a tube.

With the downstream air vent, air problem trapped inside the filter can be minimized.
With the dome-shaped filter capsule, air from the upstream side can be easily extracted compared to conventional capsules, resulting in shortening initial starting time.

The Labo Disk Holder is the optimal disk holder for trial evaluation of filtration experiment with very small (about 10ml - 100ml) liquid samples.
As thick media up to 5mm can be installed to the holder, it can handle the liquid of high solid content ratio which immediately gets a single media plugged.

As thick media up to 5mm can be installed to the holder, evaluation test with multi-layer media is possible.
Media with micron rating from 0.5 to 90μm is available.
Various experiments and evaluations from an initial stages to simulation of mass production are possible.
Nanofine-Pure Filter cartridge TPN consists of filter media composed of ultra-fine fiber, resulting in outstanding particle removal efficiency in the submicron range.
In addition, low differential pressure and high flow rates are realized when compared to conventional membrane filters.

Ez-ChangeXS Smooth Changer XSES is a very compact filter changer unit which enables the XS Capsule Filter Cartridge to be easily removed and set in one-touch action.
It implements labo-scale filter evaluation or filtration of small quantity batches in combination with the XS Capsule Filter Cartridge.

One-touch quick change
Compact size and space saving
Liquid-antiscattering design

ROKITECHNO | Filter cartridge & Filter system