@zircont0: geloo tiba-tiba mas Dean beli G-CLASS gini 😰😰 #deankt #luthfihalimawan #clips #o2h #balabalaesport

Zircont
Zircont
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Region: ID
Saturday 01 November 2025 07:37:57 GMT
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fhtandatanya14
HANSKT :
2025-11-01 12:58:23
9
itsmehiloo
Hiloo :
gelo beneran beli dia
2025-11-01 09:46:47
21
ellhahahaha3
nnaelll :
first
2025-11-01 08:06:42
2
raffiak10
RaffiAk :
gelooo strategi dean mencuci otak piwer,dia upload broadcast editan lambo seolah olah g class nya editanjuga padahal yg g class rill🔥🔥🔥
2025-11-01 10:30:42
68
uuuuthink
nvl×adr :
g class = gerlong class, mahal mahal
2025-11-01 15:16:10
1
numbman22
UCHIHA CLIPS :
geloo dewa beras gerlong
2025-11-01 09:02:25
11
ritthasan
Haritsss :
Aseli bro
2025-11-01 17:24:27
0
11era2
A :
g class check🗿
2025-11-01 12:18:40
1
rafeeddd
fff :
dewa beras gerlongg ath
2025-11-01 11:23:41
4
fuad_f4
Azka :
bocor2
2025-11-01 10:02:21
3
ralge18
RalX – :
🥰🥰🥰
2025-11-01 12:24:02
3
raven_style02
Raven🏴 :
@ade mass sama aja rupanya
2025-11-01 09:53:52
4
xingfutangaftersex_
Kibo.co :
@DEANKT gausah nyapu, udah akuin aja kali ini masssss gapapaaaa kok kita gabakal ngomong “disitu ada ceban gua” gabakal masss🙏🏻 udh gapernah libur live, udah #mlbbidcreator, open mabar juga, semua demi bikin teh nonput, xander&walter seneng kan mas🥰
2025-11-01 12:50:00
0
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my contact dermatitis story and the journey so far. #diynailsathome #diymanicure #nailtech #contactdermatitis #contactdermatitisfromgel  Builder gel gave me contact dermatitis contact dermatitis from builder gel nails  contact dermatitis from DIY nails at home.  You need a strong light to cure gel  nail UV light too weak to cure gel.  What happens if you use the wrong kind of light to cure gel nails? how do you get rid of contact dermatitis?  itchy fingers after doing nails healing from contact dermatitis  storytime nails at home gone wrong  Contact dermatitis is basically your skin’s reaction to something it doesn’t like or can’t tolerate anymore. It shows up as redness, itching, burning, peeling, or even little blisters where the substance touched. There are two main kinds, and both can happen with nail products: 1. Irritant contact dermatitis This is a mechanical or chemical burn. Something (like acetone, alcohol, dust, or frequent washing) strips or irritates the skin barrier until it becomes raw and inflamed. It usually stays where the irritant touched and heals once you stop contact. 2. Allergic contact dermatitis This one’s trickier — it’s an immune response. Your body decides a substance (like HEMA or other acrylates in gel products) is an invader and creates antibodies against it. From then on, even tiny amounts can trigger an allergic reaction — redness, swelling, itching, sometimes spreading beyond where it touched. That’s what people mean when they say they’ve become “allergic to gel.” So in short: 	•	Irritant = barrier damage, reversible. 	•	Allergic = immune memory, permanent. Both feel awful, but allergic contact dermatitis is the one that sticks around and can make you permanently sensitive to gel, glue, adhesives, or even some dental materials.  Gel products cure through a chemical chain reaction triggered by UV light. When enough UV photons hit the photo-initiators inside the gel, they convert monomers into long, solid polymer chains — that’s what turns liquid gel into a hard, safe coating. But the reaction only completes if three things align: 	1.	Correct wavelength (usually both 365 nm and 405 nm). 	2.	Sufficient intensity (enough photons per second). 	3.	Enough exposure time to reach full depth. My old 6W lamp failed on all three: 	•	It emitted light at only 405 nm, missing the 365 nm band many modern gels need. 	•	It had just 6 W total power, so the photon intensity was too weak to penetrate more than the surface. 	•	Even doubling the cure time couldn’t fix that, because the gel’s pigment and viscosity block light from reaching the base. That’s my “light conundrum”:  you think your gel is cured because it feels hard and glossy, but underneath it’s still full of reactive monomers. Those monomers don’t just stay trapped — they migrate slowly to the surface, onto your skin, or into filing dust. Every contact is another mini-dose of allergen. Switching to a dual-wavelength, 48 W+ professional lamp solves it by producing enough energy across both 365 nm and 405 nm bands to fully polymerize the gel through its entire thickness. The result: no tacky residue, no leaching monomers, no dermatitis risk. So the conundrum wasn’t that I was doing something wrong — it was that my “light” wasn’t actually light enough.  But how do we heal? Only time will tell 😵‍💫😭😭😭😭😭😭😭😭😭😭😭😭
my contact dermatitis story and the journey so far. #diynailsathome #diymanicure #nailtech #contactdermatitis #contactdermatitisfromgel Builder gel gave me contact dermatitis contact dermatitis from builder gel nails contact dermatitis from DIY nails at home. You need a strong light to cure gel nail UV light too weak to cure gel. What happens if you use the wrong kind of light to cure gel nails? how do you get rid of contact dermatitis? itchy fingers after doing nails healing from contact dermatitis storytime nails at home gone wrong Contact dermatitis is basically your skin’s reaction to something it doesn’t like or can’t tolerate anymore. It shows up as redness, itching, burning, peeling, or even little blisters where the substance touched. There are two main kinds, and both can happen with nail products: 1. Irritant contact dermatitis This is a mechanical or chemical burn. Something (like acetone, alcohol, dust, or frequent washing) strips or irritates the skin barrier until it becomes raw and inflamed. It usually stays where the irritant touched and heals once you stop contact. 2. Allergic contact dermatitis This one’s trickier — it’s an immune response. Your body decides a substance (like HEMA or other acrylates in gel products) is an invader and creates antibodies against it. From then on, even tiny amounts can trigger an allergic reaction — redness, swelling, itching, sometimes spreading beyond where it touched. That’s what people mean when they say they’ve become “allergic to gel.” So in short: • Irritant = barrier damage, reversible. • Allergic = immune memory, permanent. Both feel awful, but allergic contact dermatitis is the one that sticks around and can make you permanently sensitive to gel, glue, adhesives, or even some dental materials. Gel products cure through a chemical chain reaction triggered by UV light. When enough UV photons hit the photo-initiators inside the gel, they convert monomers into long, solid polymer chains — that’s what turns liquid gel into a hard, safe coating. But the reaction only completes if three things align: 1. Correct wavelength (usually both 365 nm and 405 nm). 2. Sufficient intensity (enough photons per second). 3. Enough exposure time to reach full depth. My old 6W lamp failed on all three: • It emitted light at only 405 nm, missing the 365 nm band many modern gels need. • It had just 6 W total power, so the photon intensity was too weak to penetrate more than the surface. • Even doubling the cure time couldn’t fix that, because the gel’s pigment and viscosity block light from reaching the base. That’s my “light conundrum”: you think your gel is cured because it feels hard and glossy, but underneath it’s still full of reactive monomers. Those monomers don’t just stay trapped — they migrate slowly to the surface, onto your skin, or into filing dust. Every contact is another mini-dose of allergen. Switching to a dual-wavelength, 48 W+ professional lamp solves it by producing enough energy across both 365 nm and 405 nm bands to fully polymerize the gel through its entire thickness. The result: no tacky residue, no leaching monomers, no dermatitis risk. So the conundrum wasn’t that I was doing something wrong — it was that my “light” wasn’t actually light enough. But how do we heal? Only time will tell 😵‍💫😭😭😭😭😭😭😭😭😭😭😭😭

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