#factor 2 adhesives

[aethon-recs]

30 Tomarrymort Recs for 2024 — One-Shot Edition (Part 2)

2024 recs continued! Here's a round-up of some of the most compelling one-shots that I came across in 2024 that I hope showcases the diversity of talent in our ship across a broad range of tropes and themes and ratings 🤍

Criteria for this list: one-shot, complete, published in 2024. Can be read in 1 sitting. Overall for 2024, I've split up the year-end recs into 3 parts: (1) Completed Multi-Chapter Fics, (2) One-Shots, (3) WIPs. Here’s the link back to Part 1: Completed Multi-Chapter Fics. 

The 3rd and last part of this list (WIPs/Longfics updated in 2024) will be posted soon. Happy reading!

*

A Moment of Curiosity (or Weakness) by koel7 (E, 6k, complete)

“I’m having these dreams,” Harry says. “You’re in every one of them. I think you’ve been in them for a long time, I just didn’t know it was you.” Tom inclines his head, and Harry sees the red eyes. He sees deathly, pale skin, and a flash of green light. “Do you remember?”

a pale horse by @ictyn (E, 7k, complete)

Harry, a penniless orphan, struggles to survive under the superstitious judgement of his isolated puritan community. One day, a vile omen is left before the church, an omen which portends only doom. The elders choose to cast Harry out, sending him as a sacrifice to a crumbling castle. The Dark Lord waits within, ravenous for the taste of his blood and the sweetness of his soul.

A Prank Unlike Any Other by A_Single_Cactus (E, 2k, complete)

It was April Fools’ Day. Harry decides to prank Riddle by acting differently. He decides to act nice. It doesn’t go as planned.

Adhesion by @telelli-writes (T, 5k, complete)

Overachieving sixth-year prefect Tom Riddle is on the fast track to be Head Boy next year, a Department Head by thirty, and Minister for Magic by forty. Harry Potter, Quidditch star and the most popular boy in school, doesn't factor anywhere into those plans or Tom's life. Until Professor Slughorn pairs the two of them together on a Potions project.

bad guy by @circleofplanets (M, 5k, complete)

Considered the power couple of Hogwarts, Tom Marvolo Riddle and Harry James Potter have been the topic of interest ever since they got together. A series of interviews getting close and personal with their friends and their outsider perspective on the famed couple.

Blood of the Covenant by @solelyseeking (E, 10k, complete)

Perhaps more than Parseltongue ran through Tom's veins. The Gaunts carried a hunger in their blood- not just for power, as is their right- but for each other. Tom thinks of the way their legacy had dripped from Harry's tongue, later that night, as his wrist works beneath the covers. He feels no shame for his urges. Tradition is sacred, after all. And Tom had always wanted a family.

Consume by @known-concepts (E, 4k, complete)

Something goes awry during Voldemort's resurrection, the balances of life and death are upset, and there is only one way to fix it.

cult classic by @aitafrog (G, 3k, complete)

For his whole life, Harry’s been looking forward to leaving behind the Dursleys and making his own fresh start. He’d envisioned endless opportunities ahead of him, with countless ways of reinventing himself. But for all of his daydreams and plans, he never quite imagined his fresh start involving the infamous cult leader Tom Riddle.

Customer Service by lilacscented (T, 6k, complete)

Furious at Borgin & Burkes’ blatant false advertising and shoddy customer service, Harry spends his Christmas Eve on a quest for Justice. Tom, meanwhile, is just punching the clock for some holiday pay. Both of them end up getting more than they bargained for.

deadbolt by @duplicitywrites (E, 8k, complete)

Tom is stunning at sixteen. He has always been an exception in a sea of mediocrity, a chameleon of sorts, conducting himself with the arrogance of genius astride the pity of orphanhood. Each facet of Tom Riddle is a domino on the path of Voldemort; it is up to you to divert them. Or: Harry goes back in time again, and again, and again.

don't blame the stork by @theonceandfuturequeenoftarts (T, 10k, complete)

Harry feels a little adrift after the war, so Magic decides he needs a baby, Magical Britain decides he needs to be Minister, and Voldemort decides he needs some company.

Eternal Hunt by @metalomagnetic (E, 3k, complete)

Harry wants to be good. Tom wants Harry.

Fearsome Thing by @0p4l3sc3nc3 (NR, 13k, complete)

It was him. The angel. "P-pleased to meet you," Tom murmured, and then cursed his tongue for the stutter, and his throat for the raspy tone of his voice, and his heart for being a traitor. And the angel—Harry, he had to remember that name now, it was of utmost importance—smiled at him. "The pleasure is mine.”

Heartbeats by @cyandenial (T, 10k, complete)

Harry Potter, a medical student, volunteered to help in St Mungo's hospital for the summer, to gain extra credits and some practical experience. He was assigned to look over one old man, a task no one wanted, because Tom Riddle wasn’t making it easy for anyone. His horrible attitude brought about every nurse to tears, and Harry was determined not be among those who cried. To everyone's surprise, he managed somehow… Until he didn't.

his love life and death by @noctelier (T, 5k, complete)

Tom Riddle doesn’t get sick. His immune system, just like the rest of him, is extraordinary. Incomparable. No one would dare suggest otherwise. Which is why everyone goes silent when he starts to cough. Or: Tom contracts Hanahaki Disease, knows what he must do about it, and decides he’s better than all that (until he doesn’t).

Ho, Ho, Ho by @moontearpensfic (E, 3k, complete)

Tom's parents take him shopping at the mall, where he scopes out snake paraphernalia and a Santa Claus with pretty green eyes.

if the moon should ever doubt by @fericide (M, 6k, complete)

They meet in the Astronomy Tower.

Mistletoe Managed by @tommarvoloriddlesdiary (T, 3k, complete)

“What’s so bad about magical mistletoe?” Harry asks. Hermione sighs, “Well, magical mistletoe won’t let a person go until they share a heartfelt kiss... So he'll be there a while.”

O Come, All Ye Faithful by @shyinsunlight (E, 3k, complete)

The sanctity of midnight mass requires dignity, composure, and absolutely not dropping the thurible when Harry fucking Potter walks in fifteen minutes late. Harry, who hasn’t darkened the church door since last Easter, and who’s apparently decided Christmas Eve is the perfect time to make his triumphant return to worship.

paint your eyes with sunsets by @boyneptunee (T, 5k, complete)

Tom moves to a new apartment building where he more or less gets himself a boyfriend and a family. Oh, and there's also a cat.

Resonating Souls by @endlessburningdarkness (E, 4k, complete)

Minister Riddle has an unusually dream filled night.

Roughly 19 Years Later by @dividawrites (E, 2k, complete)

Platform 9¾ is a nice place for reunions.

seven by lilacscented (T, 7k, complete)

Harry meets Tom Riddle on the first day of school. He has just turned seven. “So you’re like me,” he says, a statement, not a question. “Meet me in the woods later this afternoon.”

Soil by @ratzeebatz (T, 11k, complete)

The thing about Tom, and many people were aware of this, is that he had a combination of traits that made him both dangerous and infinitely appealing to anyone that spoke to him.  Or: Tom Riddle is a murderous herbologist, and Harry smells better than anything he's smelled before.

stumbling into wonderful by @satflesk22 (E, 5k, complete)

The Ministry sees fit to meddle at Hogwarts in an attempt at curtailing rising pureblood sentiments, to try and lure prospective recruits away from the Dark Lord Nott. Unsurprisingly, the Heir of Slytherin is stuck together in a room with the Chosen One. The worst part is that it bloody works.

The Betrayal (and Boon) of One's Own Biology by @riverxsong-ao3 (E, 7k, complete)

Tom Riddle had always known he was destined for greatness. As a young wizard, he was certain he would present one day as an Alpha - strong, powerful, in charge. When he did not, he came to accept that he must, in fact, be a Beta. Then, one day, everything changed.

The Descent by @chaos-bear (E, 5k, complete)

Secrets, grief and blood magic collide in the depths of the Austrian Alps.

The Good Knight by @mosiva (E, 9k, complete)

Harry and Tom drifted apart at Hogwarts, and Harry hasn’t seen Tom in years as she’s off travelling the world. But Harry doesn’t have time to be sad about it. She’s got problems closer to home – like helping the Order of the Phoenix to combat the recent rise of one Lord Voldemort.

the thing lay dead by @duplicitywrites (E, 7k, complete)

In the end, there was one body that all refused to touch. It unnerved people to see even the corpse. Harry tended to him, this man made mortal. Smooth, alabaster skin and thin, brittle bones. Peaceful in death as he had never been in life. No longer a monster. Now a body, just like everyone else.

this is my persona, secret lover (he's my collar) by souliloquium (M, 3k, complete)

Some things are the same, some things are different. Harry is not the Boy Who Lived. He still finds the locket. And Tom finds him.

We Bow to Each Other, Harry by @liquidluckandstuff (T, 4k, complete)

Harry falls asleep with the Horcrux around his neck and has a very strange dream.

When the Weight is Gone by @marrythemonstersao3 (M, 7k, complete)

In the quiet after the war is over, Harry feels the empty space in his soul like a missing limb. Eventually, his grief and longing come to a head when Death offers him a choice: to move on for good, or go back and do it over again.

*

[whirligig-girl]

a thought occurred to me (that i shall now tell to you, my friend Callisto, who i am currently writing to in my discord DMs) If Henry's a 4-6-0, i think it makes a lot more thermodynamic sense than if he's a 4-6-2.

imagine if you wanted to make a more powerful Atlantic. (without sacrificing speed) ultimately you're going to need either more cylinders, or larger cylinders or both. but more tractive effort means less factor of adhesion. no use getting more tractive effort if you're slipping. So you add the extra drive wheel in place of the trailing wheel. this design now has three, larger cylinders. More tractive effort, and a relatively similar footprint. You will need a conjugated valve gear or at the very least three sets of walschearts valve gears, rather than internal stephenson valve gear. But the frames and boiler can be nearly unmodified. unfortunately after some analysis you, Sir Nigel Gresley, realize it's never going to work. There's just not enough fire grate area and you use steam faster than you can build it. You're going to need to start from scratch with a new boiler. That second plan is the first version of the A0 prototype, Gordon, which as we know is thought to have been refined into more or less mechanically identical to the production A1 class. but the first plans, discarded, were built as Henry. Henry should have same tractive effort and top speed, or nearly so, as Gordon, but without the boiler volume or fire grate area to match.

in theory running him as if he had indeed been an Atlantic--just as fast but with a shorter, lighter train--should have worked. But that's when we get into the other mechanical issues that resulted from being a… "bastard." I wouldn't be surprised if, at least before repairs were undertaken, Henry's boiler had to be de-rated to a lower pressure to avoid leaks (or worse). Lower pressure means not just less power, but less efficiency too. the Ivatt Atlantics and the Gresley A1 Pacifics had similar boiler pressures of 170 and 180 PSI respectively. (the A3s were uprated to 220 PSI; but Gordon probably never was since i believe his post rebuild boiler is his original boiler.)

Cylinders Two, outside (Majority), Four (2 outside + 2 inside) on No. 3292 Compound & 3279

WHAT

a C1 Atlantic was fitted with four cylinders????

No. 292, built at Doncaster in 1904 (but not entering service until 1905), was a four-cylinder compound. The high-pressure cylinders, having a diameter of 13 in (330 mm) and a stroke of 20 in (510 mm), were outside the frames, driving the rear coupled wheels; and the low-pressure cylinders, 16 by 26 in (410 by 660 mm) were inside, driving the front coupled axle. The valves were arranged so that the locomotive could work either as a compound or as a four-cylinder simple. The boiler pressure was 200 lbf/in2 (1,400 kPa), but whilst the boiler was under repair, the locomotive used a 175 lbf/in2 (1,210 kPa) boiler from 1910 to 1912. This locomotive was withdrawn in 1927 and scrapped in 1928.[9]

No. 1300, another four-cylinder compound, was an experimental locomotive which differed greatly from all of the others. It was built by Vulcan Foundry in 1905, largely to their own design although to Ivatt's specifications. The boiler had a narrow firebox, a diameter of 5 ft 3 in (1.60 m) and a pressure of 200 lbf/in2 (1,400 kPa). As with No. 292, the high-pressure cylinders were outside, driving the rear coupled wheels, whilst the low-pressure cylinders were inside, driving the front coupled axle; but their dimensions were 14 by 26 in (360 by 660 mm) and 23 by 26 in (580 by 660 mm) respectively. The engine worked as a two-cylinder simple on starting, changing over to compound expansion automatically. A superheater was fitted in 1914, and the engine was rebuilt as a two-cylinder simple in 1917; the new cylinders were outside, 20 by 26 in (510 by 660 mm) of the type used on class H3, driving the leading coupled wheels. It was withdrawn in 1924.[10] the cylinder diameters varied wildly on the C1s too

a compound loco would have superior efficiency. a simple loco with four cylinders on the other hand would chew through steam twice as fast. idk… idk… a 4-6-0 Henry with an atlantic boiler might not be possible

i mean the whole point of an atlantic is it's a 4-4-0 with a bigger firebox there were small boiler atlantics like this that could accomodate a third driver

but the outline of this engine is definitely more like James than Henry god and like. even this engine, with a much smaller firebox and boiler than the large boiler C1s, still has the same cylinder dimensions as them and only slightly smaller than the pacifics. giving Henry a big wide firebox matches the illustrations, it matches the tvs model, but… it's also explicitly the problem with Henry. so like. it's difficult to really figure out a realistic answer to what's wrong with Henry's design that would be fixed by better coal.

[covid-safer-hotties]

Endothelial inflammation in COVID-19 - Published Nov 28, 2024

The vascular endothelium forms a crucial interface between tissues and the blood stream and maintains normal blood flow (1). In its homeostatic state, the endothelium resists blood clotting, vasoconstriction, and inflammation and maintains selective barrier functions. This tightly regulated suite of properties can shift rapidly to unleash a series of functions vital to stanch blood loss from wounds or mobilize innate and adaptive immune defenses to repair injury and fight pathogenic microorganisms. But these defensive actions of endothelial cells can, if overexuberant, aggravate disease. Infection with severe acute respiratory syndrome coronavirus 2 (SARSCoV-2) has highlighted how altered endothelial functions contribute to multiorgan health effects during the acute phase of COVID-19 and potentially to the longer-term consequences associated with Long Covid.

The resting endothelial cell has multiple mechanisms that resist thrombosis (blood clotting) and favor fibrinolysis (clot clearance), including anticoagulant heparan sulfate proteoglycans (1) (see the figure). Nitric oxide and prostacyclin produced by the endothelium combat platelet aggregation and promote vasodilation. The cell surface protein thrombomodulin binds thrombin and paradoxically confers anticoagulant properties on this usually procoagulant molecule by enabling thrombin to activate protein C. This protein, in turn, proteolytically inactivates coagulation factors Va and VIIIa. The resting endothelium further promotes fibrinolysis by expressing plasminogen activators on its surface.

Endothelial function can quickly switch from the homeostatic state to a potentially pathogenic defense posture (see the figure). In response to proinflammatory cytokines, released in response to viral sepsis, the endothelium can produce tissue factor, a potent procoagulant, and plasminogen activator inhibitor–1 (PAI-1), an inhibitor of blood clot breakdown. Many endothelial cells release von Willebrand factor, a key mediator of thrombus formation. Proinflammatory cytokines also stimulate endothelial cells to increase their own production of cytokines and to express adhesion molecules that bind leukocytes as well as chemoattractant chemokines that beckon the adherent inflammatory cells to traverse the endothelium.

Pathogens such as SARS-CoV-2, which presumably first encounter respiratory epithelial cells, elicit an initial burst of cytokine release, including the proinflammatory interleukin-1 (IL-1) and interferons. Local phagocytes and the neighboring extensive pulmonary endothelial cell network amplify this cytokine release. The initial wave of IL-1 can induce the production of large amounts of IL-6 by many cell types. IL-6, in turn, instigates the acute phase response in hepatocytes, augmenting the production of fibrinogen (the immediate precursor of blood clots) and stimulating local endothelial production of PAI-1.

In diseases such as COVID-19, the early onset of fever indicates that IL-1 is acting on the hypothalamic thermoregulatory center. Thus, fever provides a clinical indicator of the systemic cytokine storm that can flip homeostatic functions of the endothelium to properties that promote thrombus accumulation and inflammation in many organs, even in early phases of the disease (2). In COVID-19 and other forms of severe sepsis, the endothelial barrier can become leaky, resulting in extravasation of fluid and blood constituents, notably into the lung’s gas exchange spaces (3). Instead of the low leukocyte trafficking in the homeostatic state, the inflamed endothelium expresses adhesion molecules for white blood cells, and local bursts of chemoattractants can direct the migration of inflammatory cells into tissues such as the lung, impairing oxygenation or impairing gas exchange. Inflammation can further cause vasoconstriction. In the presence of superoxide anion that is produced by activated leukocytes, the endogenous endothelial dilator nitric oxide can form the highly pro-oxidant species peroxynitrite, thereby propagating tissue damage. The potent vasoconstrictor endothelin produced by endothelial cells can also promote inflammation.

By disrupting normal endothelial functions, thrombosis can complicate many severe infections, including SARS-CoV-2 infection. The early and consistent elevation of D-dimer, a product of fibrin breakdown, and the correlation of its plasma concentrations to poor outcomes in COVID-19, support a systemic and ongoing activation of coagulation during the disease. COVID-19 can drive increased clot accumulation through changes to the endothelial cell surface and contents of the blood. In addition, activated polymorphonuclear leukocytes (also known as granulocytes) can undergo a specialized form of cell death that forms neutrophil extracellular traps (NETs). NETs at the endothelial surface can promote thrombosis by entrapping platelets and fibrin and activating the contact coagulation pathway.

During the early stage of the COVID-19 pandemic, cases of ischemic strokes were attributed to the obstruction of arteries that feed the brain. This complication represents an example of thrombosis of large arteries (4). In addition, microscopic postmortem examinations of the heart, kidney, and lungs in individuals who succumbed to COVID-19 have revealed widespread thrombosis in microvessels and evidence of NET formation (5, 6). These findings indicate that thrombosis contributes to multiorgan system failure in this disease by impairing local blood flow. Myocardial injury in COVID-19, affecting up to a third of hospitalized patients, can arise from such microvascular blood clots and can include vasomotor disorders that affect smaller arteries, increased oxygen demand owing to fever and tachycardia (rapid heartbeat), decreased coronary artery blood flow, and even direct infection of cardiomyocytes by SARS-CoV-2 (7). Venous thrombosis can also complicate COVID-19 (8) and is evident in up to 20% of patients. Clots in veins can travel to pulmonary arteries and provoke pulmonary embolism (9). Both microvascular blood clots and emboli in larger pulmonary arteries also contribute to the morbidity of COVID-19. Given the frequency of pneumonia in SARS-CoV-2 infection, the decreased gas exchange owing to concomitant pulmonary thromboembolic disease can contribute to worsened clinical outcomes.

Considerable interest in the long-term consequences of SARS-CoV-2 infection has emerged (10). Resolution and healing of acute inflammation can cause fibrosis in organs, including the lungs, kidneys, and heart. Magnetic resonance imaging indicates edema and fibrosis in many individuals recovering from COVID-19. Studies show impaired myocardial blood flow capacity persisting for more than 4 months in more than 40% of individuals who have recovered from COVID-19 compared with contemporaneous controls (11). Derangements in autonomic cardiovascular control resembling postural orthostatic tachycardia syndrome (POTS), which is characterized by inappropriate rapid heart action upon standing, can also affect people with Long Covid.

Endothelial function in health and disease In its resting state, the vascular endothelium promotes homeostasis through multiple mechanisms that resist blood clotting, vasoconstriction, and inflammation. Injury or infection [and their associated damage- and pathogen-associated molecular patterns ( DAMPs and PAMPs)] can trigger a rapid shift to an activated state to stem blood loss and mobilize immune defenses. Overactivation can lead to endothelial dysfunction and aggravate disease, as observed with severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) infection.

Some individuals who have had COVID-19 report cognitive impairment, commonly referred to as “brain fog.” According to recent mouse studies (12), inflammatory activation within the central nervous system, mediated by the cytokine chemokine 11, may lead to central nervous system abnormalities that can impair cognition. Long-term consequences may accrue from multiple acute infectious processes caused by viruses or bacteria. These observations raise concerns about continued cardiovascular complications, such as impaired cardiovascular reserve and the persistence of microscopic fibrotic areas in the heart muscle that could become substrates for arrythmias in the long term.

What are the therapeutic implications of systemic inflammatory activation and dysregulated coagulation and thrombosis in SARS-CoV-2 infection? Given the evidence for a high prevalence of thromboembolic disease in vessels of all types, anticoagulant and/or antiplatelet therapy might be expected to improve outcomes. Yet, the current clinical evidence suggests the contrary: Antiplatelet therapy (with aspirin or a class of drugs known as P2Y12 inhibitors) confers no net benefit while augmenting bleeding risk (13). Likewise, anticoagulant administration has not improved outcomes and is also associated with increased bleeding risk in acute patients. Bleeding risks counterbalance the potential beneficial effects of these interventions. Thus, current practice guidelines recommend “prophylactic” or low-dose anticoagulation with heparin products only for hospitalized patients.

Because proinflammatory cytokines likely mediate much of the systemic inflammation in advanced COVID-19, many studies have evaluated anticytokine therapies. Glucocorticoids, such as dexamethasone, have proven useful in treating acute COVID-19. Neutralizing IL-6 has also received considerable attention (14). Indeed, the case of anti–IL-6 receptor therapy with the monoclonal antibody tocilizumab provides an instructive example of the confusion stemming from the rush to validate treatments for advanced COVID-19 (15). Despite glimmers of efficacy in retrospective observational or nonrandomized evaluations, the prospective randomized trials of tocilizumab have provided mixed results. Current guidance recommends anti–IL-6 therapy or baricitinib—an inhibitor of Janus kinase 1 and 2 implicated in COVID-19–associated inflammation—only in severely ill COVID-19 patients. Anti-inflammatory interventions may impair host defenses, providing a possible explanation for the lack of clear benefit of some such therapies.

The complications of SARS-CoV-2 infection highlight the key role of endothelial functions in health and disease. Unfortunately, the rush to respond to the public health emergency led to a proliferation of observational and nonrandomized studies that sowed more confusion than illumination. This experience should inform responses to future public health emergencies, encouraging a more concerted fashion. Coordinated public health messaging and deployment of proven preventive measures would limit the need for expensive advanced therapies with mixed results regarding efficacy and would lessen potential adverse effects when we confront the next pandemic.

Acknowledgments P.L. acknowledges support from the National Heart, Lung, and Blood Institute (1R01HL134892 and 1R01HL163099-01); the American Heart Association (18CSA34080399); the RRM Charitable Fund; and the Simard Fund.

References and Notes 1 M. A. Gimbrone Jr., G. García-Cardeña, Circ. Res. 118, 620 (2016).

2 P. Libby, T. Lüscher, Eur. Heart J. 41, 3038 (2020).

3 S. Xiong et al., J. Clin. Invest. 130, 3684 (2020).

4 S. Nannoni et al., Int. J. Stroke 16, 137 (2021).

5 M. Ackermann et al., N. Engl. J. Med. 383, 120 (2020).

6 J. E. Johnson et al., Am. J. Pathol. 192, 112 (2022).

7 P. Libby, J. Am. Coll. Cardiol. Basic Transl. Sci. 5, 537 (2020).

8 A. Di Minno et al., Semin. Thromb. Hemost. 46, 763 (2020).

9 Ò. Miró et al., Eur. Heart J. 42, 3127 (2021).

10 T. J. Gluckman et al., J. Am. Coll. Cardiol. 79, 1717 (2022).

11 B. Weber et al., J. Am. Heart Assoc. 11, e022010 (2022).

12 V. Venkataramani, F. Winkler, N. Engl. J. Med. 387, 1813 (2022).

13 J. M. Connors, P. M. Ridker, JAMA 327, 1234 (2022).

14 J. B. Parr, JAMA Intern. Med. 181, 12 (2021).

15 E. J. Rubin et al., N. Engl. J. Med. 384, 1564 (2021).

[shabbytigers]

went for a long walk, down into steglitz, which i don’t like very much but it has the needful as far as shopping

purchases:

new pillow

secondhand woolen sweater from humana

new pyjamas in cotton ?muslin? substantial, crisp 1x1 weave, has crumply quality but is not seersucker, idk. they were on sale and it seemed like a way to get full coverage for chilly nights without bringing in fleece or flannel—wary of feeling sweaty and trapped in too much fabric, but the way i sleep in warmer spaces isn’t cutting it here. might also pick up a flannel nightshirt if prices come down after xmas; simple cotton flannel be priced like hand-embroidered silk velvet out here

pair of long underwear also on sale

egg slicer, sturdier than the crappy one i managed to kill in only two years of occasional egg salad

extension cord with six outlets and surge protection for workroom. floating the desk, bit of a problem for cabling, maybe a rug over this solves it

white duck tape. there’s tape holding on some of the baseboards here and i don’t rly give a shit about the baseboards but i draw the line at using brown packing tape to hold together white trim. like, come on. white tape over the brown: if it doesn’t catch the eye then it isn’t a problem

with low faith, an adhesive hook rated for 2 kg bc i would prefer not to drill anything or be the reason anything gets drilled (in the bathroom, okay)

still need:

curtains. somewhat urgently tbh. there’s a warmth as well as a light factor for the bedroom which abuts the infrastructurally unsound sun porch and gets morning light through it. putting it off bc i have to measure and that will involve the serious ladder and i doan wanna. need to deal with it tomorrow though

[mollyhawk]

Slaters

Common names in English:

Isopods, rolley pollies, webspinners, weavers, long spiders

Binomial name:

Sericutextor Sp. (Silk weavers)

Description:

Slaters are a genus of dodecapodal alien sophonts and were a founding member of the USS.

They posses an exoskeleton composed of a mineralised core covered in a layer of organic polymers, consisting of a tegus and a sternum. The body is divided into four tagma: the head, the neck, the body and the abdomen. The head consists of a single plate and possesses three pairs of eyes, two pairs of antennae, three pairs of external jaws and a pair of cephalic limbs. One pair of antennae act as chemoreceptors, audio receptors and to detect gravity, whilst the other pair bear a semaphore-like structure used in communication. Of the three pairs of external jaws, one pair act as pincers and food manipulators, whilst the other two act as both a seal to the oral cavity and as masticators. An additional pair of heavily derived internal jaws separate the oral cavity from the rest of the digestive tract. Lastly, the cephalic limbs posses two manipulators digits and two specialised for silk production. The neck is divided into three segments, the first segment bearing no limbs and allowing greater flexibility of the head whilst the latter two each possesses a pamprodactyl hand. The body is made up of six segments, each bearing a limb with a anisodactyl foot, with each appendage being able to act as a manipulator, especially those of the front segment, however typically they are relegated to locomotion. Finally, the abdomen is also made up of six segments, with the final segment bearing a pair of spinnerets whilst all other segments are limbless.

The respiratory system is made up of two booklungs within the abdomen and a series of spiracles between each segment, linked by a pair of trachea. The circulatory system is centred around two major hearts, one at the rear of the abdomen and one at the base of the neck.

Slaters are capable of producing organic fibres often referred to as silk,and posses silk glands on their cephalic limbs, their manipulatory limbs and their spinnerets. The most complex silk strands are produced by the cephalic limbs, the spinnerets can produce the most durable silk, and the manipulatory limbs produce the most simple silk. The adhesiveness, tensile strength and other factors of the silk produced can be controlled by the skaters.

Slaters have a bisex system, with the primary differences being in sephamore colours, pheromones and social cues, and whilst there is a slight weighting of mass and colour (males on average being slightly paler and lighter) there is significant overlap. They are also bidirectionally dichogamus, naturally undergoing the process when exposed to certain environmental, social or chemical stimuli. In the modern day many slaters use artificial methods to at least kickstart transition, as this is typically swifter and causes less inconvenience.

Between two and eight eggs are laid within an ootheca weaved from silk similar to that used to package faeces. After about a month, these eggs hatch into small, soft larvae, which grow for two years before their exoskeleton begins to harden, with adulthood being reached at about eighteen years old.

Ancestrally, slaters lived in large, communal burrow networks and above ground structures made from wood, silk and soil. Due to these fossorial habits their fore and ventral eyes are quite shortsighted, with their dorsal eyes providing a wild field of vision but poor depth reception.

The modern genus of slaters is thought to have evolved 2-3 million years ago. Due to their subterranean nature, they gained a familiarity with metallurgy and fossil fuels much earlier in their history than most other sophonts. This lead to a comparatively rapid technological development, allowing them to have the longest continuous spacefaring history of any extant sophont. They were also the founding members of the precursor to the USS after making contact with two other homeworlds before the beginning of the Great War. Following the establishment of communication with terrans and formids and the end of the war, they assisted in the founding of the USS.

[packaging64]

Why Stretch Wrap is Essential for Safe and Secure Shipping in the UK

Shipping products in the UK has always come with its fair share of challenges—from safeguarding goods during transport, to reducing the risk of damage, to maintaining cost efficiency. However, one standout solution that has revolutionized packaging across industries is stretch wrap. Widely recognized for its versatility and effectiveness, stretch wrap plays a vital role in ensuring safe and secure shipping.

Whether you're in logistics, manufacturing, or retail, stretch wrap provides an indispensable way to protect your items and optimize your shipping process. In this blog, we’ll explore what makes stretch wrap essential, its benefits, and why more businesses in the UK are choosing premium solutions like Tilak Polypack stretch films.

What is Stretch Wrap?

Stretch wrap, also referred to as stretch film or stretch wrap roll, is a highly stretchable plastic film made from polyethylene. Its elastic properties allow the material to tightly and securely wrap items or pallet loads without the need for adhesives or heat. It ensures tight containment, reduces risk of shifting during transport, and protects goods from external elements.

Stretch films are available as hand rolls for manual application and machine rolls for automated operations, making them highly versatile for various packaging needs. Advanced versions now also come with additional features like UV resistance or pre-stretching for added convenience and cost savings.

Popular Use Cases for Stretch Wrap:

Logistics and Warehousing: Streamlining palletized shipping and reducing the risk of goods tipping over.

E-commerce and Retail: Efficiently bundling packages together and securing items for delivery.

Food and Beverage Industries: Safeguarding products against dust, moisture, and contamination.

Manufacturing: Containing irregularly shaped items or bundling loose components.

Why Stretch Wrap is Essential for Shipping in the UK

1. Protection from Damage and Moisture

Shipping involves handling, vibrations, and exposure to external factors like rain or humidity. Stretch wraps act as a durable shield, preventing scratches, dents, dust, and moisture from damaging your goods. For sensitive or fragile products, such as electronics or fabrics, this level of protection is critical.

2. Secure Load Stability

Stretch wrap increases the stability of pallet loads, reducing the risk of shifting or toppling during transport. This makes it a reliable choice for the UK’s busy distribution networks, where goods are constantly loaded and unloaded at warehouses, ports, and delivery hubs.

3. Cost-Effective Packaging Solution

Stretch film is not only affordable but also reduces the need for additional packing materials such as strapping or adhesives. Its high conformability ensures that every inch of material is effectively used, minimizing waste while delivering superior results.

4. Ease of Usage for Businesses of All Sizes

From small retailers to large-scale logistics operations, stretch wrap offers scalability. Hand rolls cater to small packaging needs, while machine stretch wraps are perfect for bulk operations. Combined with its lightweight and recyclable nature, stretch wrap becomes a practical addition to any packaging workflow.

5. Sustainability and Eco Friendliness

Many businesses are now adopting more sustainable practices, and using recyclable stretch wraps is a great way to reduce environmental impact. Choosing eco-friendly options from a provider like Tilak Polypack not only ensures high quality but also supports your business’s green initiatives.

Benefits of Stretch Wrap Rolls

Here are some solid reasons why stretch wrap rolls are the go-to packaging choice for UK businesses:

Secure Packaging: Keeps items tightly bound, preventing them from slipping or shifting.

Damage Prevention: Minimizes the risk of scratches, breaks, or exposure to external elements.

Load Stability: Provides excellent grip for stacked pallets, preventing toppling during transport.

Versatility: Ideal for pallets, irregularly shaped loads, or bundling small items.

Transparency: Easy product identification during inventory checks.

Efficiency: Streamlines packaging and unpacking processes, saving time.

Eco-Friendly: Recyclable materials are available, contributing to sustainability goals.

Customizable Options: Different thicknesses, lengths, and features are available to meet unique needs.

Why Choose Tilak Polypack for Your Stretch Film Needs?

When it comes to premium stretch wraps, Tilak Polypack stands out as a trusted manufacturer and supplier. What makes them the ideal choice for UK businesses? Here’s why:

Top-Quality Products

Tilak Polypack offers durable, high-performance stretch film that meet stringent manufacturing and quality standards. You can trust their products to keep your shipments protected at all times.

Eco-Friendly Solutions

Committed to sustainability, Tilak Polypack provides recyclable and eco-conscious wraps that minimize environmental impact—a win for your business and the planet.

Customizable Packaging Options

With a variety of film thicknesses, lengths, and widths available, Tilak Polypack ensures you receive the perfect solution tailored to your needs.

Global Reach and Trusted Expertise

With over 20+ years of experience and a strong presence in global markets like the US, UK, Australia, and Singapore, Tilak Polypack is a reliable partner for businesses worldwide.

Excellent Customer Support

From choosing the right type of stretch film to resolving queries, their attentive team ensures a seamless experience for all their customers.

[sizzlingvoiddreamer]

The Role of DTF Printing in Promotional Merchandise”

Introduction

In today's fast-paced world, promotional merchandise has become a vital tool for businesses to enhance their brand visibility and connect with their audience. Among the various printing technologies available, Direct to Film (DTF) printing has emerged as a revolutionary method that offers unique advantages over traditional techniques. This article delves into the role of DTF printing in promotional merchandise, exploring its benefits, applications, and why it’s becoming the go-to choice for businesses looking to create impactful promotional items.

What is DTF Printing? Understanding Direct to Film Printing

Direct to Film (DTF) printing is a relatively new technology that allows designs to be printed on a special film which can then be transferred onto various substrates like fabric, plastic, and more. Unlike traditional methods such as screen printing or heat transfer printing, DTF utilizes advanced inks and adhesives that provide superior adhesion and vibrant colors.

How Does DTF Printing Work?

The process of DTF printing involves several key steps:

Design Creation: A digital design is created using graphic design software. Film Printing: The design is printed onto a special transfer film using a direct to film printer. Powder Adhesive Application: A powder adhesive is sprinkled over the wet ink on the transfer film. Curing Process: The film is heated to cure the adhesive, ensuring it sticks well during transfer. Heat Transfer: Finally, the film is applied to the substrate using a heat press.

This method ensures high-quality prints that are durable and long-lasting.

The Role of DTF Printing in Promotional Merchandise

DTF printing plays an essential role in creating promotional merchandise due to its versatility and efficiency. Businesses can produce custom apparel, bags, hats, and other items quickly while maintaining quality and detail.

Benefits of Using DTF for Promotional Merchandise 1. Versatile Applications https://www.openpr.com/news/3525667/eazydtf-introduces-fast-and-affordable-dtf-printing-services

One of the standout features of DTF printing is its versatility. It can be used on various materials including cotton, polyester, leather, and even hard surfaces like mugs or phone cases.

2. High-Quality Prints

With DTF transfers, businesses can achieve vibrant colors and intricate designs that stand out — perfect for attracting attention at events or trade shows.

3. Cost-Effective Production

For small runs or large orders alike, DTF printing can be cost-effective since it eliminates many setup costs associated with traditional methods.

4. Quick Turnaround Times

DTF technology enables quick production times without sacrificing quality. This means businesses can meet tight deadlines for promotional campaigns easily.

5. Durability

DTF prints are known for their durability; they withstand multiple washes without fading or cracking — an essential factor for promotional items like T-shirts or tote bags.

Applications of DTF Transfers in Promotional Merchandise

[tetranymous]

Why are the only 2 options for new phones nowadays:

World's most expensive slab of glass that costs more than a new laptop. Has one single port and the screen is the size of your head. The next model will have a screen on the side to remove all of the buttons and will reduce the thickness of the glass, both for the sake of sleekness and fashion (and money). The glass will crack upon a slight gust of wind but the adhesive holding the phone together is the famed immovable object of legend. The model after that will be as if the monolith from 2001 a space odyssey had screens on every surface, the charging port is obsolete since it can all be done through induction (the hot new trend). It's the camera for the photographer who is deathly afraid of buttons and dials present on real cameras. Don't worry guys we're removing features for your own good. If you try to repair it yourself you will be killed through our patented DontTry™ technology installed in every device.

The same price as a decent SD card and the absolute lowest quality slop they could push out of the factory. The phone equivalent of a pug, struggles to run its own OS (go edition of course). When idling with nothing but the home screen running the cpu is rivalling the heat output of a miserable old macbook forced to run the sims. Its hardware specs are somehow worse than a flagship released NINE (9) years ago. The screen genuinely hurts to look at if not using a jig to perfectly align it with your head (portrait only, no landscape video unless you want to turn it into the migrane machine). Has both a headphone jack and sometimes a user replaceable battery. Micro B charging port means that no one will Disappear your charging cables. Sometimes come in fun form factors. Cannot scan a QR code no matter how much you try. Absolutely zero technical information available online. Would probably run okay if it wasn't forced to have android 10+ installed. Immune to damage from getting dropped (back flies off, battery falls out).

[airheartz]

Leo's injuries in my fic I'm making

Over 35 injuries (my boy's going through it 😞)

*All recovery times will be less than stated, due to Leo’s mutant healing factor. 

Ruptured eardrum. Will heal within 3 - 6 weeks. Take antibiotics + ear drops.

2. Scrapes on feet.

3. Bruising on tailbone + lower back. Recovery time: 4 - 6 weeks.

4. Skidded knees.

5. Bloody nose.

6. Bruised face.

7. Scratched arms, legs, hand, knees, and plastron.

8. Scraped Shell + Arms.

9. Broken Ankle (Lateral malleolus fracture). This is the most common type of ankle fracture. It is a break of the lateral malleolus, the knobby bump on the outside of the ankle (in the lower portion of the fibula). Recovery time: 8 weeks. Boot for the last 5.

10. Cuts and scrapes on the left side of the body, bruising from around there.

11. Broken ribs on his left. Recovery time: 6+ weeks.

12. Bruising surrounding said ribs.

13. Mild bruising and scratching on shoulder.

14. Black eye.

15. Dented top-middle shell. 

16. Concussion from whiplash.

17. Shell punctures from claws and surrounding cracks.

18. Broken shell. Recovery time: 1+ yrs. Drill small screws into the shell on either side of the fracture and then wrap wire around the screws, tightening the shell down almost like opposing tissue during suturing. Apply fiberglass patch and resin. Wrap with sterile gauze to help stabilize any broken shell pieces that may be present. 

19. Fractured clavicle (collarbone). Recovery time: 6 - 8 weeks. Sling. 

20. Fractured temporal skull. Recovery time: 5 - 7 weeks.

21. Broken femur (thighbone). Recovery time: 4 - 6 months.

22. Punctured lung. Recovery time: 6 - 8 weeks. 

23. Neck bruising.

24. VERY skinned knees and lower legs.

25. Back of arms + shell got cut by claws.

26. Broken humerus (upper arm bone). Recovery time: 4+ months. Needs  temporary splint extending from the shoulder to the forearm and holding the elbow bent at 90 degrees.

27. Broken scapula (shoulder blade). Recovery time: 6-12 weeks. Needs short-term immobilization along with motion exercises to prevent adhesive capsulitis, also called frozen shoulder.

28. Fractured vertebrae. Recovery time: 3+ months. Would need a brace, but with his shell, it won't happen.

29. Fractured orbital bone (eye socket). Recovery time: 3+ weeks. 

30. Pneumothorax (collapsed lung). Recovery time: 1 - 3 weeks. Needs chest tube (but how will THAT work?).

31. Bruised liver (minor). Recovery time: 1 - 2 weeks.

32. Stomach bleed. Will lead to vomiting blood, yay.

33. Fractured sternum (breast bone). Recovery time: 6 weeks. Sternal injuries can usually be treated conservatively involving rest, restrictions of activities and painkillers, or occasionally through some form of intervention including targeted physical therapy.

34. Mild brain bleed. Recovery time: 6+ months. Surgery needed to drain blood from the brain Draining the fluid that surrounds the brain creates room for the hematoma to expand without damaging brain cells. Drugs are used to control blood pressure, seizures or headaches. Burr hole surgery is the main treatment for subdural hematomas that develop a few days or weeks after a minor head injury (chronic subdural hematomas). During the procedure, one or more small holes (the size of dimes) are drilled in the skull and a flexible rubber tube is inserted to drain the hematoma. Will drain within 2 - 3 days.

35. Second degree burns on his front. Recovery time: 1 - 3 weeks. Treat with antibiotic cream and wrap if the skin is raw, if the blisters open, or if there is risk of infection.

Homeboy will also deal with some other stuff, see my other post about it.

Credit to bellflowering and her ROTTMNT injuries masterpost!

[chemicalresearchnews]

Exploring the Growth Potential of the Construction Adhesive Tapes Industry: Key Trends and Innovations Driving the Market

The construction adhesive tapes industry has been gaining significant momentum in recent years, becoming an essential component in modern construction projects. From residential buildings to large-scale infrastructure, adhesive tapes are revolutionizing how structures are assembled, sealed, and protected. In this blog, we’ll explore the factors driving the industry's growth, the latest innovations, and the benefits that construction adhesive tapes offer over traditional bonding methods.

1. Market Growth and Demand Drivers

The global construction adhesive tapes market is expanding rapidly, driven by rising demand for more efficient, cost-effective, and sustainable construction materials. Factors contributing to the market's growth include:

Increased construction activities in developing regions

A growing emphasis on sustainable and green building practices

The need for faster, labor-saving solutions on construction sites

Technological advancements in adhesive formulation, ensuring stronger and more durable bonds

2. Types of Construction Adhesive Tapes

Adhesive tapes in the construction industry come in a variety of forms, each designed for specific applications. Some of the most popular types include:

Duct tapes: Known for their versatility and strength in temporary bonding.

Double-sided tapes: Ideal for permanent bonding in installations like flooring or wall paneling.

Foil tapes: Used in HVAC applications, offering excellent resistance to temperature and moisture.

Masking tapes: Perfect for precise painting and surface protection.

Each type serves a critical function, whether it's sealing, joining, or protecting surfaces.

Download PDF Brochure: https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=222451392

3. Key Innovations in the Industry

Recent developments in the construction adhesive tapes industry have focused on improving adhesion strength, environmental resistance, and ease of application. Some innovations include:

Heat-resistant and waterproof tapes for extreme conditions

Low-VOC (volatile organic compound) adhesives that contribute to healthier building environments

Eco-friendly options using recyclable materials and biodegradable adhesives

Smart tapes that change color to indicate correct application or curing

These advancements ensure that adhesive tapes not only perform better but also contribute to more sustainable building practices.

4. Benefits Over Traditional Bonding Methods

Compared to conventional fastening systems like nails, screws, or liquid adhesives, construction adhesive tapes offer several advantages:

Quick application: Tapes require minimal equipment and can be applied faster than traditional methods.

Clean worksite: Adhesive tapes eliminate the need for liquid adhesives, reducing mess and cleanup time.

Strong and flexible bonding: Tapes provide long-lasting bonds that can withstand the stresses of construction environments.

Minimal damage to materials: Tapes cause less structural damage compared to drilling or nailing into surfaces.

These benefits are making adhesive tapes the go-to choice for many contractors and builders.

5. Future Outlook for the Industry

As construction projects continue to evolve with advancements in building materials and methods, the construction adhesive tapes industry is poised for continued growth. Innovations like smart adhesives, sustainable materials, and more specialized tapes tailored for unique construction needs will play a vital role in the industry's future. Moreover, as green building regulations become stricter, the demand for eco-friendly adhesive solutions will continue to rise.

[jhonny564]

What is the quality of leather bags?

What is the Quality of Leather Bags? Understanding the Hallmarks of Excellence

When it comes to choosing the perfect bag, quality is a critical factor that can make all the difference. Leather bags are often synonymous with luxury, durability, and timeless style, but what exactly determines the quality of a leather bag? Whether you’re a seasoned leather enthusiast or a first-time buyer, understanding the factors that contribute to the quality of leather bags will help you make an informed decision and ensure that your investment stands the test of time.

1. The Type of Leather: A Key Determinant of Quality

The quality of a leather bag begins with the type of leather used. Leather comes in various grades, each offering different levels of durability, texture, and aesthetic appeal. Here’s a breakdown of the most common types:

Full-Grain Leather: The highest quality leather available, full-grain leather is made from the top layer of the hide and retains its natural grain. This type of leather is incredibly strong, durable, and ages beautifully, developing a rich patina over time. Full-grain leather bags are often the most expensive, but they offer unmatched quality and longevity.

Top-Grain Leather: Slightly lower in quality than full-grain, top-grain leather is also made from the top layer of the hide but has been sanded to remove imperfections. This process gives top-grain leather a more uniform appearance, and it is often treated with a finish to enhance its durability and look. While not as durable as full-grain, top-grain leather is still of high quality and offers a smoother, more polished look.

Genuine Leather: Contrary to what the name might suggest, genuine leather is actually a lower grade of leather, made from the layers of the hide that remain after the top grain is removed. While it’s more affordable, genuine leather is less durable and may not age as well as higher grades. However, it still offers a good balance of quality and price for those looking for a budget-friendly option.

Bonded Leather: The lowest quality leather, bonded leather, is made from scraps of leather that are bonded together with adhesives. This type of leather is not as durable or long-lasting and is often used in lower-end products. While it may look like leather, it lacks the durability and feel of higher-quality grades.

2. Craftsmanship: The Art of Leather Bag Making

The craftsmanship involved in making a leather bag plays a significant role in its overall quality. High-quality leather bags are often handcrafted by skilled artisans who take great care in every step of the process, from cutting the leather to stitching and finishing. Here are some craftsmanship elements to look for:

Stitching: The stitching on a leather bag should be uniform, tight, and clean, with no loose threads or uneven lines. Double stitching or reinforced seams in high-stress areas can indicate a well-made bag that will withstand daily use.

Edges and Finishing: Quality leather bags have neatly finished edges that are either burnished or edge-painted to prevent fraying. The finishing should be smooth and consistent, adding to the bag’s overall aesthetic appeal.

Hardware: The quality of the hardware, such as zippers, buckles, and clasps, is another indicator of a well-crafted leather bag. High-quality bags use metal hardware that is durable, polished, and complements the design of the bag.

3. The Feel and Smell: Sensory Indicators of Quality

The feel and smell of leather can tell you a lot about its quality. High-quality leather has a rich, supple feel that is smooth and pleasant to the touch. It should not feel overly stiff or plasticky. The smell of leather is also a good indicator of its quality—a rich, earthy smell signifies natural, high-grade leather, while a strong chemical odor may indicate lower-quality leather or excessive use of treatments.

4. The Tanning Process: A Foundation of Quality

The tanning process used to treat the leather is another crucial factor in determining the quality of a leather bag. There are two main tanning methods:

Vegetable Tanning: This traditional method uses natural tannins from plants, resulting in a durable, eco-friendly leather that develops a beautiful patina over time. Vegetable-tanned leather is often considered the highest quality due to its natural properties and the time-intensive process involved.

Chrome Tanning: A more modern and faster process, chrome tanning uses chromium salts to tan the leather. This method produces soft, flexible leather that is more resistant to water and stains. While chrome-tanned leather can be of high quality, it’s generally less eco-friendly and doesn’t develop a patina like vegetable-tanned leather.

5. Longevity and Aging: The True Test of Quality

One of the hallmarks of a high-quality leather bag is its ability to age gracefully. Unlike synthetic materials that wear out and deteriorate over time, quality leather improves with age, developing a unique patina that adds to its character. This aging process not only enhances the bag’s appearance but also increases its value, making it a true investment piece.

6. Brand Reputation and Reviews: Trustworthy Indicators

Finally, the reputation of the brand and customer reviews can provide valuable insights into the quality of a leather bag. Brands known for their commitment to quality, craftsmanship, and ethical practices are more likely to produce high-quality leather bags. Reading customer reviews can also help you gauge the durability and performance of the bag over time.

Conclusion: Quality Matters

When it comes to leather bags, quality is everything. From the type of leather and craftsmanship to the feel, smell, and aging process, every detail contributes to the overall excellence of the bag. By understanding these factors, you can confidently choose a leather bag that not only looks great but also stands the test of time, making it a worthy investment for years to come.

This blog post provides a comprehensive overview of the factors that determine the quality

[diabolus1exmachina]

Mitsubishi Lancer Evolution IX GT-A Wagon 

I don't know about you, but when I think of a wagon, I normally think of a car that's had the thrill factor turned down a notch or two. Not here. The Lancer Evolution Wagon is a fully-blown Evo in every detail. Dropped onto the same four-wheel- drive platform as the Evo IX, this luggage-lugger is about as extreme as they come.

Outside, it's no raving beauty with its Volvo-esque rear end grafted onto the chunky, sharp-edged Evo front. Inside the story's much the same. Except for the leather-wrapped gear-shifter and three-spoke steering wheel, and the supportive Recaro seats, bland grey plastic is the order of the day. Fortunately, when you fire up that 2-litre turbo it all starts to get rather more interesting.

The Wagon gets the same turbocharged 2-litre engine that debuted in the Evo IX saloon, complete with its sophisticated MIVEC variable valve timing system, but uniquely has the option of an automatic transmission to supplement the standard and excellent six-speed manual.

Bottom-end torque response is beefy and comes on hot and strong from 2500rpm, while at the top-end you can enjoy a deluge of free-flowing revs. That's the beauty of the MIVEC system, in that it allows you ready access to the considerable all that the engine has to give, but if you're stuck in slow-moving city traffic it gives you the luxury of shunt-free progress. The six-speed manual has deliciously short throws and is ideally matched to the engine's torque curve. So how fast is the Evo Wagon? Around Japan's most popular race track, the 2.1km-long Tsukuba Circuit near Tokyo, it clocked an impressive 1min 7sec, a mere one second off the pace of its booted brother. Just like the saloon, the Evo Wagon employs MacPherson struts on the front and a multi-link on the rear with the same rally-bred body rigidity and Bilstein dampers added for good measure. And just like the saloon, the Wagon feels rock-solid in the corners with minimum body-roll, while the ride quality is noticeably better and more compliant than that of the Evo currently on sale in Europe.

But while the Wagon inherits the four-door's Active Centre Differential (ACD) with the three-way Tarmac/Gravel/Snow control, it doesn't get the Evo IX's highly-rated Super Active Yaw Control (AYC). One Mitsubishi engineer suggested that price was the probable reason for its omission, but this car doesn't really need it. With its squared-off and heightened rear bodywork the wagon hauls an extra 70kg over the rear wheels, which works to improve the car's front to rear weight distribution.

Throw it into a corner and the Wagon turns in fast as the extra kilos at the rear get the tail moving and the nose turned-in, while the front-mounted helical LSD and ACD keep the nose in check. At the limits of adhesion, either understeer or oversteer is there for the taking. With no AYC to get in the way of a good slide, and the extra rear weight making it easier to provoke rear-end breakaway, the Wagon can be chucked into prolonged power-slides all day long. And unlike the four-door, which 'floats' its rear inside tyre in tight, fast corners, you can actually feel all four tyres (Yokohama Advan AO46s) in contact with the road, even through the quick corners.

Throw it into a corner and the Wagon turns in fast as the extra kilos at the rear get the tail moving and the nose turned-in, while the front-mounted helical LSD and ACD keep the nose in check. At the limits of adhesion, either understeer or oversteer is there for the taking. With no AYC to get in the way of a good slide, and the extra rear weight making it easier to provoke rear-end breakaway, the Wagon can be chucked into prolonged power-slides all day long. And unlike the four-door, which 'floats' its rear inside tyre in tight, fast corners, you can actually feel all four tyres (Yokohama Advan AO46s) in contact with the road, even through the quick corners.With four-piston Brembo callipers up front, sports pads and large rotors, the brakes wipe speed off instantly and feel perfectly balanced under-foot.

The Evo IX Wagon was without doubt the fastest- cornering wagon on the planet (at least until new versions of the Audi RS6 and RS4 Avants arrived to challenge its supremacy). But as Mitsubishi maked only 2500 Wagons, none officially destined for export.  

[carvinylcarl]

What Should be Part of Your Vehicle Wrapping Kits?

Vehicle wrapping kits can help improve the visual appeal of your car or unify your fleet vehicles. There are also other benefits, such as car protection and advertisement potential.

Whatever you want your vehicle wrap to achieve, it will only serve its intended purpose when you have an effective vehicle wrapping kit. Good vehicle wrapping kits typically include high-quality materials and the necessary tools to ensure a smooth and professional application.

Here are the key elements of good vehicle wrapping kits:

High-Quality Vinyl Wrap: there are 4 factors that determine the quality of vinyl wrap: durability, flexibility, thickness, and adhesiveness. The vinyl should be durable, withstanding harsh weather conditions, UV rays, and car washes without fading or peeling. Good vinyl is also flexible enough to conform to the curves and contours of the vehicle without cracking. A thicker vinyl (around 3-4 mm) provides better coverage and durability. And finally, the adhesive of wrap should be strong enough to hold the vinyl in place but also allow repositioning during application.

Application Tools: There are 2 especially useful tools which will aid in the application process. Squeegees, which help smooth out the vinyl and remove air bubbles. Then there are utility knives, which are essential for trimming off excess vinyl.

Cleaning Supplies: Cleaning the vehicle's surface ensures that the wrap has the best chance of sticking to the vehicle's body. Cleaning products available to you include microfibre cloths, which clean and dry the surface without leaving scratches. There are also alcoholic cleansers, which will rid a vehicle's surface of any debris or dirt.

Application Solution: An application fluid or mix of water and a small amount of soap will help position the vinyl before it sticks firmly.

Heat Guns: A heat source is crucial for making the vinyl pliable around curves and edges. More pliability means that the wrap will be able to neatly fit around corners and dents in a vehicle.

Brands and Quality:

Investing in reliable brands, such as 3M, Avery Dennison, VViViD, or ATC is a good idea as they offer high-quality products with proven performance

Summary:

A good vehicle wrapping kit combines durable, flexible vinyl with the right tools and accessories to guarantee a smooth, bubble-free application. Look for kits that have an array of important tools and accessories, as well as durable vehicle wrap. It would also be beneficial to find a kit with instructions if you are a beginner.

When you're armed with the ideal vehicle wrapping kit, then you will have the best chance of a successful vehicle wrap application. And when wrap is properly applied, then its benefits can be reaped.

[healixhospitals24]

Understanding Infertility And Its Causes

Infertility causes, a complex and emotionally charged concern, reverberates across countless couples globally. Within the realms we meticulously delve into the intricate tapestry of factors influencing infertility, providing profound insights into its origins and efficacious solutions. This comprehensive blog seeks to endow individuals with the knowledge indispensable for navigating the labyrinth of their fertility problems journey successfully.

Deciphering the Enigma: Understanding Infertility and its Causes!

Infertility, often enshrouded in mystique, manifests as a medical condition characterized by the inability to conceive after a year of consistent, unprotected intercourse. Unraveling the intricacies of stress and infertility causes assumes paramount importance for those earnestly seeking answers and viable solutions.

The Top 10 Causes of Infertility

Here are some: -

1. Ovulatory Disorders

The perturbation of regular ovulation exerts a profound impact on age and fertility problems. Conditions such as polycystic ovary syndrome (PCOS) or hormonal imbalances can disrupt the normal ovulation process, introducing significant challenges to conception.

2. Sperm Abnormalities

Male infertility factors causes emerges as a prevalent issue, with sperm quality and quantity playing a pivotal role in the conception process. Lifestyle factors, genetic predispositions, or infections can contribute to abnormalities in sperm, posing impediments to successful fertilization.

3. Fallopian Tube Blockage

Blocked or damaged fallopian tubes serve as formidable obstacles, impeding the journey of the egg to the uterus and resulting in emotional aspects of age and infertility causes. Factors such as infections, endometriosis, or adhesions may contribute to the development of this impediment.

4. Endometriosis

Endometriosis, a condition characterized by the growth of tissue similar to the uterine lining outside the uterus, poses formidable challenges to age and fertility problems. It can lead to scarring and distortion of reproductive organs, exacerbating the difficulty of conception.

5. Uterine Issues

Anomalies in the uterus, including polyps, fibroids, or congenital malformations, can prove detrimental to implantation and disrupt the normal course of pregnancy, presenting additional hurdles on the path to parenthood.

6. Age-Related Factors

Age assumes a pivotal role in fertility problems, particularly for women. The aging process diminishes both the quantity and quality of eggs, amplifying the complexity of conception and making successful pregnancy attainment progressively challenging.

7. Lifestyle Factors

Unhealthy lifestyle choices, encompassing smoking, excessive alcohol consumption, poor dietary habits, and heightened stress levels, wield a detrimental influence on age and fertility problems for both men and women, underscoring the significance of adopting healthier living practices.

8. Underlying Medical Conditions

Certain medical conditions, including diabetes, thyroid disorders, or autoimmune diseases, can contribute to infertility by adversely affecting reproductive functions. Addressing these underlying health issues is crucial for mitigating fertility problems & challenges.

9. Genetic Factors

In specific cases, emotional aspects of infertility causes may be rooted in genetic components. Certain genetic disorders can impact fertility problems in both men and women, necessitating a comprehensive understanding of the genetic landscape to tailor effective solutions.

10. Unexplained Infertility

Despite meticulous medical evaluations, instances of unexplained infertility persist. This puzzling phenomenon, while frustrating, underscores the intricate and multifaceted nature of reproductive health.

Continue Reading: https://www.healixhospitals.com/blogs/understanding-infertility-and-its-causes

[authorexplorer1]

Best Enamel: The Ultimate Guide to a Durable and Beautiful Finish

When it comes to achieving a durable, glossy, and long-lasting paint finish, choosing the best enamel is essential. Whether you’re painting doors, windows, furniture, or metal surfaces, enamel paint provides superior protection and a sleek finish that enhances the overall aesthetics of any space.

This guide will explore what makes enamel paint special, its types, benefits, and how to choose the right one for your project.

What is Enamel Paint?

Enamel paint is a type of paint that dries to a hard, glossy, and durable finish. It is typically oil-based or water-based, offering excellent resistance to moisture, stains, and daily wear and tear. This makes it an ideal choice for surfaces that require extra protection, such as wood, metal, and walls exposed to frequent cleaning or harsh weather conditions.

Benefits of Using the Best Enamel Paint

Enamel paints are widely used due to their outstanding properties. Some of the key advantages include:

Durability: Enamel paint forms a strong, protective layer, making it resistant to chipping, peeling, and general wear.

Glossy Finish: It provides a smooth and polished look, enhancing the beauty of the painted surface.

Water and Stain Resistance: Most enamel paints are resistant to moisture, making them ideal for kitchens, bathrooms, and exteriors.

Versatility: Suitable for a wide range of surfaces, including wood, metal, walls, and even floors.

Easy Maintenance: Surfaces painted with enamel can be cleaned easily without damaging the finish.

Types of Enamel Paint

There are different types of enamel paints available, each suited to specific applications. Understanding these variations will help you make the best choice.

1. Oil-Based Enamel

Offers a tough and long-lasting finish.

Ideal for high-traffic areas and surfaces exposed to heavy use.

Takes longer to dry but provides superior durability.

2. Water-Based Enamel

Faster drying and low in odor compared to oil-based options.

Easier to clean with just soap and water.

Environmentally friendly and less prone to yellowing over time.

3. High-Gloss Enamel

Creates a reflective, mirror-like finish.

Best suited for doors, trim, furniture, and accent areas.

Resistant to dirt and stains, making it easy to clean.

4. Satin or Semi-Gloss Enamel

Offers a balance between glossiness and subtle shine.

Great for areas that need a refined finish without excessive reflection.

Works well for walls, cabinets, and metal surfaces.

How to Choose the Best Enamel Paint for Your Project

Selecting the right enamel paint depends on various factors, including the surface type and the desired finish. Here are some key considerations:

1. Surface Material

Wood: Both oil-based and water-based enamels work well, depending on the required durability.

Metal: Use a rust-resistant enamel for long-lasting protection.

Walls: Satin or semi-gloss finishes are preferred for easy maintenance.

2. Interior vs. Exterior Use

For interiors, a water-based enamel is a good choice as it has less odor and dries quickly.

For exteriors, oil-based enamel offers better resistance to weather conditions and wear.

3. Desired Finish

For a modern, sleek look: Choose a high-gloss enamel.

For a softer, elegant appearance: Satin or semi-gloss enamel works well.

4. Drying Time and Application

Oil-based enamels take longer to dry but offer better durability.

Water-based enamels dry faster and are easier to clean up.

How to Apply Enamel Paint for the Best Results

Applying enamel paint correctly ensures a smooth and flawless finish. Follow these steps for a professional outcome:

Step 1: Prepare the Surface

Clean the surface thoroughly to remove dust, grease, and old paint.

Sand the surface for better paint adhesion.

Use a primer if necessary, especially for metal and wood surfaces.

Step 2: Choose the Right Tools

Use a high-quality brush or roller for an even application.

For a smoother finish, consider using a spray gun for larger surfaces.

Step 3: Apply the First Coat

Use even strokes to apply a thin coat of enamel paint.

Let the first coat dry completely before applying another layer.

Step 4: Sand Between Coats

Lightly sand the surface after the first coat dries for a smoother finish.

Wipe off any dust before applying the next coat.

Step 5: Apply the Final Coat

Apply a second or third coat as needed for a rich and durable finish.

Allow proper drying time before using or touching the painted surface.

Common Mistakes to Avoid When Using Enamel Paint

Skipping Surface Preparation: Painting on a dirty or uneven surface can lead to poor adhesion.

Applying Thick Coats: Thick layers take longer to dry and may result in an uneven finish.

Not Allowing Proper Drying Time: Rushing the drying process can cause smudges and imperfections.

Ignoring Ventilation: Enamel paints, especially oil-based ones, emit strong fumes. Always paint in a well-ventilated area.

Maintenance Tips for Enamel-Painted Surfaces

To keep enamel-painted surfaces looking fresh and vibrant, follow these simple maintenance tips:

Regular Cleaning: Wipe surfaces with a damp cloth to remove dust and stains.

Avoid Harsh Chemicals: Use mild soap and water to clean painted areas without damaging the finish.

Touch Up When Needed: If any chips or scratches occur, touch them up with the same enamel paint for a seamless look.

Conclusion

Choosing the best enamel paint ensures that your surfaces stay protected while maintaining a stunning finish. Whether you're painting wood, metal, or walls, enamel paint offers long-lasting durability, an attractive gloss, and easy maintenance. By selecting the right type of enamel and following the correct application techniques, you can achieve a professional-quality result that enhances the beauty and longevity of your space.

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The Impact of Sack Quality on Flexographic Printing Systems

Discover how the quality of sacks impacts flexographic printing systems with insights from the leading producer of printing inks in Iran. As the foremost producer of printing inks in Iran, Pasargad Iranian Ink Company emphasizes the importance of high-quality materials in achieving optimal print results. In flexographic printing, the quality of the substrate, particularly sacks made of woven polypropylene or polyethylene, plays a crucial role in determining the overall print quality and efficiency. This article explores how the quality of sacks affects flexographic printing systems and provides strategies for selecting the best materials to enhance print outcomes.

Understanding Flexographic Printing on Sacks

Flexographic printing, commonly referred to as flexo, is a versatile printing method that uses flexible relief plates to transfer ink onto various substrates. This process is widely used for printing on sacks due to its efficiency and capability to produce high-quality prints. However, the quality of the sacks used in this process can significantly impact the print results. Key Factors of Sack Quality - Surface Energy: The ability of the sack material to bond with the ink. - Texture and Uniformity: Consistency in texture and thickness of the sack material. - Cleanliness: The presence of contaminants or dust on the sack surface. - Strength and Flexibility: The physical properties of the sack material.

How Sack Quality Affects Flexographic Printing

1. Ink Adhesion Impact: The surface energy of the sack material is critical for ink adhesion. Low-quality sacks with low surface energy can lead to poor ink bonding, resulting in smudging, flaking, or easy removal of the printed image. Solution: - Surface Treatment: Apply treatments such as corona or plasma to increase surface energy, enhancing ink adhesion. - High-Quality Inks: Use inks formulated with adhesion promoters designed for non-porous substrates. 2. Print Consistency Impact: Variations in the texture and thickness of the sack material can cause inconsistent ink distribution, leading to variations in color density, image sharpness, and overall print quality. Solution: - Material Selection: Choose sacks with consistent texture and thickness to ensure uniform ink distribution. - Quality Control: Implement stringent quality control measures to inspect the sacks before printing. 3. Ink Drying Impact: The drying time and efficiency of the ink can be affected by the quality of the sack material. Poor-quality sacks may cause uneven drying, leading to issues like smudging or set-off. Solution: - Fast-Drying Inks: Use fast-drying ink formulations to reduce drying times. - Enhanced Drying Systems: Equip printing presses with efficient drying units such as hot air dryers or UV curing systems. 4. Physical Properties Impact: The strength and flexibility of the sack material can influence the registration accuracy and overall print quality. Low-quality sacks that are too flexible or weak may stretch or deform during printing, causing misalignment and print defects. Solution: - Durable Materials: Select sack materials with adequate strength and flexibility to withstand the printing process without deforming. - Advanced Press Technology: Use printing presses with accurate tension control and registration systems to maintain print alignment.

Optimizing Sack Selection for Flexographic Printing

1. Surface Energy Enhancement - Corona Treatment: Apply corona treatment to increase the surface energy of the sack material, improving ink adhesion. - Plasma Treatment: Use plasma treatment for a more uniform and effective surface modification. 2. Consistent Texture and Thickness - Quality Assurance: Ensure that the sack materials have consistent texture and thickness to achieve uniform print quality. - Supplier Selection: Choose reliable suppliers that provide high-quality sack materials meeting industry standards. 3. Clean and Contaminant-Free Surfaces - Clean Storage and Handling: Store and handle sacks in a clean environment to prevent contamination. - Pre-Printing Inspection: Inspect sacks for dust, debris, or other contaminants before printing. 4. Strength and Flexibility - Material Testing: Test the physical properties of sack materials to ensure they can withstand the printing process without stretching or deforming. - Compatibility with Printing Press: Select materials that are compatible with the tension and pressure settings of the printing press.

Case Study: Enhancing Print Quality with High-Quality Sacks

Background: A client faced challenges with poor ink adhesion and inconsistent print quality while printing on low-quality woven polypropylene sacks. Challenges: - Low surface energy of the sacks resulted in poor ink bonding. - Variations in texture and thickness caused uneven ink distribution. Solutions Implemented: - Surface Treatment: Applied corona treatment to increase the surface energy of the sacks. - High-Quality Sacks: Switched to sacks with consistent texture and thickness from a reliable supplier. - Specialized Inks: Provided inks formulated with adhesion promoters and fast-drying properties. Results: - Improved Adhesion: Achieved superior ink bonding, resulting in durable and high-quality prints. - Consistent Print Quality: Uniform color density and image sharpness across the entire surface of the sacks. - Increased Efficiency: Reduced production downtime and waste, leading to higher productivity and cost savings.

Conclusion

The quality of sacks used in flexographic printing significantly impacts the overall print quality and efficiency. By selecting high-quality sack materials, applying surface treatments, and using specialized inks, industries can achieve superior print results and enhance production efficiency. As the leading producer of printing inks in Iran, Pasargad Iranian Ink Company is committed to providing innovative solutions and high-quality inks tailored to the specific needs of flexographic printing. Our expertise ensures that your printing processes run smoothly, resulting in vibrant and durable prints on sacks. For more information on our specialized inks and how we can assist with your flexographic printing needs, please contact Pasargad Iranian Ink Company. Together, we can achieve excellence in packaging solutions. Read the full article