Overview of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
Is e aon shreath de atoman gualain a th’ ann an graphene, air an rèiteachadh ann an leaghan sia-thaobhach, a’ cruthachadh stuth dà-thaobhach le feartan iongantach. Air a lorg ann an 2004, bhon uair sin tha e air a’ choimhearsnachd shaidheansail agus gnìomhachas a ghlacadh le chèile air sgàth a chothlamadh sònraichte de neart, seoltachd, agus sùbailteachd. Tha Graphene gu bunaiteach na aonar, duilleag rèidh de graphite, an stuth a gheibhear ann an luaidhe peansail, ach tha na feartan aige gu math eadar-dhealaichte nuair a tha iad air an dealachadh ann an aon shreath atamach.
Features of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
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Neart gun choimeas: Is e Graphene an stuth as làidire a tha aithnichte, le neart tensile timcheall 130 gigapascals, a' dol thairis air stàilinn le factar còrr 100.
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Sùbailteachd air leth: A dh'aindeoin a neart, Tha graphene gu math sùbailte agus faodar a chromadh, toinnte, no air a roiligeadh gun bhriseadh.
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Giùlan dealain air leth: Bidh e a’ giùlan dealan air leth math, le dealanan a’ gluasad aig luaths a’ tighinn faisg air astar an t-solais, ga dhèanamh air leth freagarrach airson electronics.
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Giùlan teirmeach: Tha Graphene cuideachd na stiùiriche teirmeach sàr-mhath, sgaoileadh teas gu h-èifeachdach, feumail ann an tagraidhean riaghlaidh teas.
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follaiseachd: Tha e cha mhòr follaiseach, gabhail a-steach a-mhàin 2.3% de sholas, a tha, an cois a sheòltachd, ga dhèanamh freagarrach airson electrodes follaiseach ann an taisbeanaidhean.
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Inert gu ceimigeach: Tha graphene gu mòr an aghaidh creimeadh agus seasmhach fo raon farsaing de shuidheachaidhean ceimigeach.
(20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production)
Specification of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
The 20 kHz ultrasonic spreading probe is constructed for commercial graphene production. It uses high-frequency sound waves to disintegrate and uniformly spread graphene in liquids. This procedure helps make stable diffusions without damaging the graphene structure. The probe operates at a regularity of 20,000 cycles per secondly. That regularity is strong sufficient to separate graphene layers however mild enough to maintain them intact.
The probe tip is made from titanium alloy. This material stands up to wear and corrosion, even throughout long terms. It connects to a generator that provides regular power. Power result varieties from 500 to 2000 watts. Individuals can adjust the amplitude to match their specific requirements. This control aids tweak the diffusion high quality.
Cooling is dealt with via an incorporated system. It maintains the probe and example at safe temperatures. Overheating can mess up the graphene or decrease manufacturing. The cooling configuration stops that. Operation is straightforward. Workers place the probe into a container or circulation cell. They start the system and let it run. No added actions are needed.
This probe matches existing assembly line. It collaborates with water-based or solvent-based mixes. Set or continuous handling is feasible. Cleaning up takes simply a couple of minutes. Upkeep is reduced. The style prevents intricate components that usually stop working.
Industries utilize this tool to make conductive inks, compounds, batteries, and coverings. Great diffusion implies far better efficiency in the final product. The probe delivers consistent outcomes every single time. It lowers waste and conserves time. Manufacturing scales smoothly from lab to complete factory size. Operators obtain dependable output without continuous monitoring.
(20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production)
Applications of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
The 20 kHz ultrasonic spreading probe plays an essential duty in industrial graphene production. It utilizes high-frequency acoustic waves to disintegrate graphite into thin layers of graphene. This method works quickly and gives regular results. The probe develops strong cavitation in fluids. This action helps separate graphene sheets without harming them.
Graphene made in this manner maintains its electrical and mechanical properties. That matters for making batteries, sensors, and compounds. The probe blends well with solvents and surfactants. This mix stops the graphene sheets from sticking back with each other. The process runs at area temperature level. It does not require harsh chemicals or high stress.
Manufacturing facilities utilize this probe since it ranges quickly. Little batches in laboratories can transfer to complete assembly line without big changes. The system fits into existing mixing storage tanks. It also utilizes much less power than various other techniques like round milling or chemical peeling. Upkeep is straightforward. The probe has couple of moving parts and lasts a long period of time.
Operators manage the strength and time of sonication. This allows them tweak the density and dimension of the graphene flakes. Quality remains high across big volumes. The result fulfills criteria for electronics and innovative products.
This ultrasonic approach cuts down on waste. It also stays clear of hazardous byproducts. That makes it much safer for employees and better for the setting. Numerous producers now pick it over older strategies. It delivers pure graphene much faster and with much less expense. The 20 kHz regularity hits the right balance in between power and control. It offers dependable efficiency day after day in busy plants.
Applications of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
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Leictreonaic: Ann an transistors, sgriothan-touch, agus electronics sùbailte air sgàth a ghiùlan agus sùbailteachd, a dh’ fhaodadh a bhith ag atharrachadh dealbhadh inneal.
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Stòradh lùtha: Mar electrodes ann am bataraidhean agus supercapacitors, a’ leasachadh comas stòraidh lùtha agus ìrean cosgais.
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Luchd-mothachaidh: Tha cugallachd àrd agus seoltachd a’ dèanamh graphene air leth freagarrach airson mothachairean ceimigeach agus bith-eòlasach.
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Composites: Stuthan ath-neartachaidh leithid plastaig, meatailtean, agus concrait gus neart agus seoltachd àrdachadh.
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Filter uisge: Tha an structar tana atamach aige a’ comasachadh sìoladh èifeachdach de thruaillearan, gabhail a-steach salainn, bhìorasan, agus bacteria.
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Leigheas: Am measg nan cleachdaidhean a dh’ fhaodadh a bhith ann tha siostaman lìbhrigidh dhrogaichean agus bith-mhothadairean air sgàth cho bith-fhreagarrachd agus na feartan sònraichte aca.
Pròifil companaidh
Tha Graphne Aerogels na sholaraiche stuthan ceimigeach cruinneil earbsach & neach-dèanamh le còrr air 12-bliadhna de eòlas ann a bhith a’ toirt seachad toraidhean airgel agus graphene de chàileachd àrd.
Tha roinn theicnigeach proifeasanta agus Roinn Sgrùdaidh Càileachd aig a’ chompanaidh, obair-lann air a dheagh uidheamachadh, agus uidheamaichte le uidheamachd deuchainn adhartach agus ionad seirbheis teachdaiche às deidh reic.
Ma tha thu a’ coimhead airson graphene àrd-inbhe, airgel agus stuthan càirdeach, na bi leisg fios a chuir thugainn no cliog air na toraidhean a tha a dhìth gus rannsachadh a chuir.
Dòighean pàighidh
L/C, T/T, Aonadh an Iar, Paypal, Cairt-creideis msaa.
Luingearachd
Dh’ fhaodadh e a bhith air a chuir air muir, le adhair, no le bhith a’ nochdadh cho luath ‘s a gheibhear ath-phàigheadh.
FAQs of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
C: Is 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production safe for the environment and human health?
A: Tha rannsachadh air buaidh àrainneachdail is slàinte graphene a’ dol air adhart. Ged a tha graphene fhèin air a mheas gu ìre neo-sheasmhach, Tha draghan ann a thaobh puinnseanta graphene oxide agus derivatives eile, gu sònraichte ann an eag-shiostaman uisgeach.
C: How is 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production produced?
A: Faodar graphene a dhèanamh tro ghrunn dhòighean, gabhail a-steach exfoliation meacanaigeach (a’ rùsgadh sreathan far grafait a’ cleachdadh teip adhesive), tasgadh bhalbhaichean ceimigeach (CVD), agus lùghdachadh ceimigeach de graphene oxide.
C: Why is 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production not yet widely used in commercial products?
A: Tha dùbhlain ann a bhith a’ dèanamh graphene àrd-inbhe aig dòigh scalable agus cosg-èifeachdach air bacadh a chuir air gabhail ris fad is farsaing. A bharrachd, tha feum air tuilleadh adhartais teicneòlais le bhith ag amalachadh graphene a-steach do phròiseasan saothrachaidh a th’ ann.
C: Can 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production be used to make stronger and lighter materials?
A: Gu tur, Tha cur-ris graphene ri stuthan co-dhèanta gu mòr a’ leasachadh an neart agus an stiffness fhad ‘s a tha iad a’ lughdachadh cuideam, gan dèanamh air leth freagarrach airson aerospace, càraichean, agus uidheamachd spòrs.
C: Does 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production have any limitations?
A: Ged a tha feartan sònraichte aig graphene, tha dùbhlain fhathast ann a bhith a’ cleachdadh a làn chomais, leithid coileanadh mòr-chinneasachadh àrd-inbhe, a’ riaghladh a chlaonadh airson ath-stocadh ann an stuthan co-dhèanta, agus dèiligeadh ri draghan slàinte is àrainneachd a dh’fhaodadh a bhith ann.
5 FAQs of 20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production
What is a 20 kHz ultrasonic dispersing probe used for in graphene production?
It breaks down graphene agglomerates in liquid. This helps make stable, uniform dispersions needed for coatings, composites, or inks.
Why choose 20 kHz frequency?
Lower frequencies like 20 kHz create stronger cavitation. This gives more energy to separate graphene layers without damaging them too much.
How does it improve graphene quality?
The probe evenly spreads graphene sheets in solvent. This reduces clumping and keeps the material’s electrical and mechanical properties intact.
Is it suitable for large-scale production?
Yes. Industrial probes run continuously and handle high volumes. They work with batch or flow-through systems for consistent output.
What maintenance does the probe need?
Check the tip for wear regularly. Clean it after each use to avoid buildup. Replace worn parts to keep performance steady.
The probe uses high-intensity sound waves. These waves form tiny bubbles that collapse and push graphene apart. This method works faster than stirring or shaking. It also uses less energy over time. Operators control power and time to match their material needs. The system fits into existing production lines. It works with water or organic solvents. Safety guards protect users from noise and vibration. Most units include cooling to manage heat during long runs. Graphene made this way meets industry standards for purity and layer count. Users see better results in final products like batteries or sensors. The process cuts waste and saves raw materials. It also lowers the need for extra chemicals. Companies get reliable output with less downtime. Training takes only a few hours. Support teams help with setup and troubleshooting. Spare parts are easy to order. The probe lasts years with proper care.
(20 kHz Ultrasonic Dispersing Probe for Industry Graphene Production)
