Know-How
Every Munay creation begins with a fibre.
Vicuña, baby alpaca, and Peruvian pima cotton each carry a character shaped entirely by where they come from. Understanding them, their softness, their fineness, their warmth, their weight, their texture is where our know-how begins.
At Munay, design follows the material. From fibre selection to knitting, construction, and finishing, every decision exists to protect what the fibre already does naturally. Refinement, more often than not, lives in the details that ask for the least attention.
Nature provides the fibre. Knowledge transforms it. Time gives it meaning.
Vicuña
Vicuña is not farmed. It cannot be. Unlike alpacas and llamas, vicuñas have never been domesticated, enclosed spaces cause them real distress, and they won't breed reliably in captivity. Every fibre we use comes from wild animals living free between 3,200 and 4,800 meters in the Peruvian highlands, among the coldest, thinnest-air environments on the continent.That altitude is exactly why the fibre exists: at 11 to 13.5 microns in diameter, vicuña is the finest natural fiber known, finer than cashmere, finer than almost anything an animal produces to survive extreme cold.
A single vicuña yields only 150 to 250 grams of usable fiber, and only once every two years, through the chaccu, a communal roundup practiced since Inca times, when vicuñas were shorn for royalty alone and released back to the mountains unharmed. We still shear this way today: no farms, no shortcuts, the animal always returned to the wild.
This is why vicuña has been called "the fiber of kings" for over five centuries, and why a vicuña garment will always be produced in extremely limited numbers, not as a marketing device, but because the math of the animal makes anything else impossible.- From fleece to clothWhat comes off the animal isn't yet vicuña fiber as you'd recognize it, it's a mix of the ultra-fine down and coarser outer guard hairs, roughly 40 microns thick, tangled together. Separating them, by hand, is exacting work: dehairing alone can account for more than half the total cost of a finished vicuña garment, and only about a third of the raw fleece survives the process as usable fiber. What remains is spun, almost always worsted-spun, combed straight and given a tight, high twist to produce the smooth, dense yarn vicuña cloth is known for, then woven with unusual care, since so little yarn exists that there's no margin for error in tension or density. Every step exists because the fiber is too rare to treat any other way.
BABY ALPACA
Here is something most people assume wrong, including many brands that sell it: 'baby alpaca' has nothing to do with a young animal. It is a fineness grade, not an age. Alpaca fiber is classified by micron diameter, the thinner the fiber, the softer and more luxurious the fabric. Baby alpaca sits at roughly 20 to 23 microns, one tier below the rarest 'royal' grade and above 'superfine,' and it can come from an alpaca of any age whose fleece happens to meet that standard. Peru is home to roughly 80% of the world's alpaca population, herded across the same high Andean plateaus vicuña roam, but unlike vicuña, alpacas are domesticated, shorn once a year like sheep, entirely unharmed by the process.
What makes the fiber remarkable isn't just its fineness. Alpaca contains no lanolin, which makes it naturally hypoallergenic; it insulates more efficiently than wool at the same weight, so a lighter garment keeps you just as warm; and it grows in more than twenty natural shades, from ivory to near-black, long before any dye is involved. It's a fiber that does most of the work before it ever reaches a loom.
After shearing, the fleece is skirted, the coarse, dirty, or unusable parts removed by hand, then classed by micron, length, and color, which is the exact moment a fleece earns (or doesn't earn) the 'baby alpaca' designation. Because alpaca has almost no grease compared to sheep's wool, scouring it loses very little: roughly 90% of the fleece's weight survives the wash, versus the much heavier losses wool suffers to lanolin. From there the fiber is carded to align it, then combed into 'tops', long, loose, rope-like strands, before being spun into yarn for knitting or weaving. Lighter natural shades take dye easily; the rarer, darker natural colors are usually left undyed, since alpaca doesn't need color added to look finished.
PIMA COTTON
Cotton quality comes down to one measurement most people never think about: staple length, how long each individual fiber is before it's spun into thread. Ordinary cotton runs about half an inch to three-quarters of an inch. Peruvian pima cotton runs closer to 1⅜ inches, nearly twice as long, sometimes more.That extra length changes everything downstream. Longer fibers spin into finer, stronger, smoother yarn, with fewer loose ends to pill, fray, or catch. The result is a fabric with a natural luster most cotton simply doesn't have, and one that gets softer with every wash instead of breaking down.
Pima cotton grows in the irrigated desert valleys of northern Peru, where consistent sun and carefully managed water produce exactly the growing conditions this variety needs, conditions that don't exist in most of the world, which is part of why true Peruvian pima remains rare even though 'pima' as a word gets used loosely elsewhere. Much of it is still hand-picked, which keeps the fiber undamaged and preserves the length that makes it worth choosing in the first place.
Once picked, the raw cotton is ginned to separate fiber from seed, then opened and cleaned of debris in what's called the blow room. Carding follows, pulling the fibers into a single aligned strand, but for a long-staple cotton like pima, the step that actually matters most is combing: a finer pass that strips out the short, weak fibers so only the longest, strongest ones remain. Skip combing, and you'd never see the difference between pima and ordinary cotton in the finished cloth; it's this step that lets the extra staple length actually show up as softness and shine rather than staying a number on a spec sheet. The combed fiber is then drawn, roved, and finally ring-spun into yarn twisted just enough for strength, without sacrificing the smoothness the long fibers already gave it for free.