Tätoveeringukarbi ultraheli hajumine

Tattoo inks are specialty inks used for the artificial pigmentation of the skin. Mixing and dispersing tattoo inks with a probe-type sonicator offers advantages such as homogenization, particle size reduction, ingredient dispersion, reduced processing time, sterilization, and controlled process parameters. These benefits contribute to improved ink quality, tattoo outcomes, and overall safety and efficiency in the tattooing process.

Tattoo tindid

Ultraheli hajutamine tätoveeringute jaoksTattoos are a popular form of artificial body adornment and are considered as cosmetic. During the tattooing, the ink, consisting in pigments and a carrier liquid, is inserted via a needle into the dermis, the middle layer of the skin. Most tattooists work with pre-dispersed (pre-mixed) inks. Pre-dispersed inks are convenient for the tattoo artist and ensure a safe and even application. The pre-dispersed ink is a ready-to-use solution, where the pigments are dispersed the carrier liquid. Since the pigment gives the tattoo ink a certain color and makes the tattoo permanent, the pigment particles or crystals must be evenly mixed. The particle size can vary from micro to nano range. The pigment particle size is an important factor for the color expression of the ink. Ultrasonic homogenizer are a well-known and proven tool for the reliable particle breakage and dispersion. The ultrasonic dispersion process can be precisely controlled and produces a stable fine-sized ink product.

Sonicator UP100H for the simple, safe dispersion of tattoo ink.

Sondi tüüpi songaator UP100H for tattoo ink dispersion

Infonõue




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Tätoveerimistintide ultraheli dispersioon

Ultrasonic mixing and dispersing of tattoo inks is linked to improved tattoo ink quality. The use of a probe-type sonicator is a reliable, easy-to-use and safe mixing procedure coming with several advantages.

  • Homogenization of Ink: Sonication facilitates the thorough mixing of pigments and other ingredients in tattoo ink. The ultrasound waves generated by the sonicator probe break down clumps of pigment particles, ensuring a uniform distribution throughout the ink solution. This results in a consistent color and texture, which is crucial for achieving desired tattoo outcomes.
  • Osakeste suuruse vähendamine: Sonication can effectively reduce the size of pigment particles in the ink. Smaller particle sizes lead to smoother ink flow and improved ink penetration into the skin during the tattooing process. This can result in finer lines, sharper details, and overall better tattoo quality. Additionally, smaller particles may enhance ink stability and reduce the risk of particle aggregation or sedimentation over time.
  • Uniform Mixing of Ingredients: Tattoo ink typically contains various additives, such as stabilizers, preservatives, and solvents, in addition to pigments. Sonication helps disperse these ingredients evenly throughout the ink solution, ensuring uniformity and stability. This dispersion can enhance the ink performance and longevity, reducing the likelihood of ink separation or degradation.
  • Quick and On-Time: Probe-type sonicators are efficient and capable of rapidly achieving desired mixing and dispersion effects. Compared to traditional mixing methods, such as manual stirring or shaking, sonication significantly reduces processing time, allowing tattoo artists to prepare ink batches more quickly and efficiently. Due to the simple and rapid procedure, tattoo artists can easily prepare smaller ink batches on demand.
  • Sterilization and Decontamination: Hielscher sonicators offer features such as autoclaving or sterilizable probes, which can help ensure the cleanliness and safety of the tattoo ink preparation process. Proper sterilization of equipment is essential for preventing contamination and minimizing the risk of infection during tattoo procedures.

 

Ultraheliator UP200St (200W) hajutab süsimustat vees, kasutades pindaktiivse ainena 1%wt Tween80.

Carbon Blacki ultraheli hajutamine ultraheliuuringu abil UP200St

Video pisipilt

Kas väikeste erivärvide ja trükivärvide tootmine või suurte pigment suspensioonide tööstuslikuks tootmiseks – Hielscher Ultrasonics offers you the ideal ultrasonic disperser for your requirement. A small lab disperser such as the UP100H or UP200Ht are suitable for the treatment of small to mid-size volumes and therefore recommended for the production of customized pigment mixtures and specialty inks. Industrial-grade sonicators like the UIP1500hdT or UIP2000hdT give you the capacity for producing larger volumes of pigment suspensions for commercial distribution.
 
Allolev tabel annab teile ülevaate kõige sobivamast ultraheli seadmest konkreetse helitugevuse vahemiku jaoks. Klõpsake seadme tüübil, et saada rohkem teavet iga ultrasonikaatori kohta.

partii Köideflow RateSoovitatavad seadmed
0.5 kuni 1,5 mle.k.VialTweeter
1 kuni 250 ml10 kuni 50 ml / minUP50H
10 kuni 2000 ml20 kuni 400 ml / minUf200 ः t, UP400St
0.1 kuni 20 l0.2 kuni 4 l / minUIP1000hd UIP2000hdT
10 kuni 100 l2 kuni 10 l / minUIP4000hdT
e.k.10 kuni 100 l / minUIP16000
e.k.suuremklastri UIP16000

Hielscheri ultraheli seadmed annavad teile mugavuse, vähendades protsessi aega ja parandades toote kvaliteeti. Meie ultraheli süsteemid on väga tugevad, hõlpsasti kasutatavad ja vajavad vaevalt hooldust.

Küsige lisateavet

Palun kasutage allpool olevat vormi, kui soovite taotleda täiendavat teavet ultraheli homogeniseerimine. Meil on hea meel pakkuda teile ultraheli süsteemi istungil oma nõudeid.









Palun pange tähele, et meie Privaatsuspoliitika.


See UP100H ultraheli homogenisaatori video näitab selle kompaktset disaini ja mitmekülgseid rakendusi, nagu hajutamine, homogeniseerimine, segamine, degaseerimine või emulgeerimine.

Ultraheliator UP100H (100 vatti) - kompaktne ultraheli homogenisaator

Video pisipilt

UV-mustast tint ultraheli dispersioon: ultraheli tulemuseks on homogeenne peene dispersioon (Klõpsa suurendamiseks!)

Black Ink Pigments: Before and After Ultrasonication

Ultrasonic probe UP200St for dispersion and mixing of pigments into tattoo ink

Sonicator UP200St for ink disperion



Faktid Tasub teada

Pigmendid

Tätoveerimistrükis kasutatud värvipigmendid võivad olla pärit erinevatest materjalidest, nagu metalloksiidid, raskmetallid, orgaanilised kemikaalid ja taimsed värvained.
Must on enamasti kasutatud tätoveeringutrükk. Tugeva musta värvuse saavutamiseks on tindiga peamised värvaineained raua oksiidide kõrval tahma ja palkide pigmendid.
Valged pigmendid on kõige enam kasutatavad, mida kasutatakse üksinda või muude värvide lahjendamiseks kergema varjundiga. Titaandioksiid, tsinkoksiid, baariumsulfaat ja plii karbonaat on pigmendid, mis annavad tindi oma valge värvuse.
Värvide jaoks kasutatavad raskmetallid hõlmavad elavhõbedat (punane); plii (kollane, roheline, valge); kaadmium (punane, oranž, kollane); nikkel (must); tsink (kollane, valge); kroom (roheline); koobalt (sinine); alumiinium (roheline, violetne); titaandioksiid (valge); vask (sinine, roheline); raud (pruun, punane, must); ja baarium (valge). Kasutatud metalloksiidid hõlmavad ferrotsüaniidi ja ferritsüaniidi (kollane, punane, roheline, sinine). Kasutatud orgaaniliste kemikaalide hulka kuuluvad aosikemikaalid (oranž, pruun, kollane, roheline, violetne) ja naftaga saadud kemikaalid (punane). Teisteks pigmentideks kasutatavateks elementideks on antimon, arseen, berüllium, kaltsium, liitium, seleen ja väävel.

Vedaja

Kandja lahuse tavalised koostisosad on puhastatud vesi, glütseriin, etanool, etüülalkohol, vaskpaar ja glütseriin. Koostisosadena leitakse harvemini denatureeritud alkohole, metanooli, alkoholi hõõrumist ja propüleenglükooli.

Stabilisaator

Dispergeeriv aine või lahusti toimib stabilisaatorina ja tagab, et tätoveerimistrükis olevad pigmendid püsivad ühtlaselt lahustunud või suspendeerunud olekus. Stabiliseerijad on tätoveeringutindi järjepidevuse seisukohast olulised.

Lisandid

Lisandid on keemilised ained, mida lisatakse spetsiifiliste omaduste saavutamiseks, näiteks säilitamiseks, säilivusaja pikendamiseks või viskoossuse reguleerimiseks.

Katteained

Katteained on keemilised ained, mida kasutatakse tätoveeringutrükis olevate pigmentide muutmiseks ja funktsionaliseerimiseks. Muutmise / funktsionaliseerimise teel omandavad tindiosakesed spetsiifilisi omadusi.

Meil on hea meel arutada teie protsessi.

Võtame ühendust.