High Quality for Hydrophilic PTFE pleated high bubble point low diffusion flow filter cartridge (JHPF) series for Rome Factory
High Quality for Hydrophilic PTFE pleated high bubble point low diffusion flow filter cartridge (JHPF) series for Rome Factory Detail:
Improved on GHPF, JHPF series with characteristics of high bubble point, low diffusion flow, bidirectional stretched highly hydrophilic. It has larger filter area, larger capacity pollutant and longer lifetime. widely used for clarification and aseptic filtration of strong oxidizer and highly corrosive liquid.
Every cartridge is integrity tested before delivery.
Clarification&aseptic of strong oxidant liquid, highly corrosive liquid, strong protic organic solvent;
High void ratio, high flux,
Larger filter area, larger capacity pollutant, longer lifetime,
High bubble point, low diffusion flow, ensure better sterilization effect;
Excellent chemical stability and high temperature resistance;
High surface tension, no need wetting;
Can stand up to hundreds of times online steam sterilization;
Filter media: hydrophilic bidirectional stretched PTFE micro membrane;
Diversion layer:Polypropylene fiber
Central tube: Polypropylene, strengthen heat resistance liner;
Shell/End cap: Polypropylene
Seal ring: Silicone rubber/EPDM/fluorous/outer terafluoroethylene rubber
Filter Area:≥0.65m2@ø69, 10”
A: normal Polypropylene shell and center tube,≤65℃
B: Polypropylene shell&socket liner,≤80℃
C: high molecular weight Polypropylene shell&strengthen heat resistance liner tube&socket liner, ≤95℃
Max differential pressure: Positive pressure difference 4bar@23℃
Reverse pressure difference 2bar@23℃
Steam sterilization:121℃ for 30 minutes
|JHPF Precision Up end Cap Length|
|0010=0.1um Z=Cylindrical sharp corner 25=2.5”|
|0022=0.22um S=Triangular fin 05=5”|
|0045=0.45um P=Bulkhead 10=10”|
|0065=0.65um LP=Two flat port 20=20”|
|0080=0.8um LHP=Two flat steel liner 30=30”|
|0100=1.0um PLP=One flat port one bulkhead 40=40”|
|0120=1.2um G=Heat resistance type|
|Central tube Down port Seal ring|
|Default=PP D=226 normal S=Silicone rubber|
|H=Stainless steel E=226 normal V=Fluorine rubber|
|T=Strengthen heat resistance liner DH=222 Outer steel ring Y=EPDM rubber|
|EH=226 Outer steel ring F=NBR|
|AD=222 special WV=Outer terafluoroethylene rubber|
|DN=220 Inner steel liner|
|EN=226 inner steel liner|
Product detail pictures:
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We believe in: Innovation is our soul and spirit. Excellent is our life. Shopper need to have is our God for High Quality for Hydrophilic PTFE pleated high bubble point low diffusion flow filter cartridge (JHPF) series for Rome Factory, The product will supply to all over the world, such as: Sheffield , Sevilla , Paraguay , To make every client satisfied with us and achieve win-win success, we will continue to try our best to serve and satisfy you! Sincerely looking forward to cooperating with more overseas customers based on mutual benefits and great future business. Thank you.
Here I demonstrate how to make a very good capacitor using safe and easily available products.
How the graphene was made
How the capacitor was made……..
The plates…..You can use Aluminium as the plates or you could improve this by using activated carbon instead.
The Graphene……. You could make better quality graphene using alternative methods of production. You could apply a greater quantity of graphene resulting in better duration.
The electrolyte…….You could use an acid or an alkaline liquid of various types. Hint… Try potassium aluminum sulfate.
The dielectric… When it comes to Titanium Dioxide as dielectric, the thinner the film the better. This type of titanium is rutile so is no good for solar panel.
The reason I thinned the coating is because the DFT (Dry film thickness) will be less resulting in better current holding abilities. Generally speaking, a DFT of 10 to 15 microns produces the best results. The WFT (wet film thickness) is 70 to 75 microns.
The carrier… I used an acrylic latex (water based) because the micelle formation creates a continuous phase formation of the cured coating. This tends to aid the incorporated titanium dioxide with the graphene surface layer producing a robust, consistent and balanced system. It also enables the user to build the capacitor easily. And just by coincidence it performed better than PVA.
Thinner and more elastic films can be created and handled using an acrylic latex compared to most coatings of the same DFT.
The titanium dioxide provides the current(And current holding) for the system. The graphene provides the conduit for the power , and to a less extent the current holding ability, of the system.
I have not tried anatise titanium dioxide. although it would be interesting considering the make up of a solar cell. In theory a diy solar cell could be produced using the same system plus one other element…….. Maybe later
I hope you enjoedy this video and are inspired to create for yourself.
Thanks for watching.
Filter water into your hydration pack without removing it from you backpack with this new accessory from Sawyer.
By Elaine from Montreal - 2015.12.10 19:03
The manufacturer gave us a big discount under the premise of ensuring the quality of products, thank you very much, we will select this company again.
By Josephine from Durban - 2016.11.11 11:41