Creatine Monohydrate
Compiled from published pharmacological and botanical literature. Not independently verified by Herbuno. Spotted an error or have a correction? Flag it below →
| Compound | Creatine monohydrate |
|---|---|
| Chemical class | Guanidino compound — N-(aminoiminomethyl)-N-methylglycine monohydrate |
| CAS | 6020-87-7 (monohydrate) · 57-00-1 (anhydrous creatine) |
| Primary source | Chemical synthesis from sarcosine and cyanamide; not plant-derived |
| Key applications | Phosphocreatine resynthesis, high-intensity performance, lean mass accrual, emerging cognitive research |
| Claim strength | High for strength and lean mass with resistance training; Emerging for cognition |
| Typical form | Crystalline powder, 80 mesh or 200 mesh (micronised) |
| Buy from Herbuno | Creatine Monohydrate 200 / 80 Mesh · Creatine HCL 99% |
| Origin | Processed / Sourced from India |
| MOQ | R&D 100 g / 250 g (subject to stock) · Pilot batch 1–5 kg · Bulk 10 kg, 25 kg and above |
| Lead Time | Dispatch within 72 hrs from stock · fresh-batch production (typically 50 kg+): 10 working days |
| Documentation | CoA & MSDS standard with every lot |
Name origin: From the Greek kreas, flesh. Michel Eugène Chevreul isolated it from skeletal muscle extract in 1832 and named it for where he found it. Creatinine, its spontaneous cyclisation product, carries the related name and is now the standard clinical marker of renal function — a connection that causes recurring confusion when supplement users see creatinine rise on a blood panel.
Discovery and production history: There is no botanical tradition; creatine is an animal tissue constituent, synthesised endogenously in liver, kidney and pancreas from arginine, glycine and methionine. Dietary intake comes from meat and fish at roughly one to two grams daily for omnivores, and vegetarians carry measurably lower muscle creatine stores as a result. Commercial production is entirely synthetic, from sarcosine and cyanamide, which means all creatine monohydrate is vegan by route regardless of the muscle association in its name.
Research trajectory: Creatine moved from biochemical curiosity to the most studied ergogenic aid in sports nutrition after the 1992 Barcelona Olympics, when British researchers published loading protocols that raised muscle phosphocreatine. The subsequent three decades produced an unusually consistent evidence base for strength and lean mass, and more recently a research line into cognitive and neurological applications in sleep-deprived, ageing and vegetarian populations. The category's commercial history has been less disciplined, with a steady stream of alternative salts and forms marketed on superiority claims that the comparative literature has not supported.
Commercial source: Creatine monohydrate is manufactured by reacting sarcosine with cyanamide under controlled conditions, then crystallising. The quality-determining variable is not the reaction but the purification, because the same chemistry can generate dicyandiamide, dihydrotriazine and creatinine as process impurities. Mesh size is set by post-crystallisation milling: 200 mesh micronised material disperses better in liquid than standard 80 mesh, which is a handling property rather than a bioavailability difference.
Evidence for Creatine Monohydrate Applications
Creatine monohydrate combined with resistance training increases lean mass and strength, and this is among the most replicated findings in sports nutrition. Meta-analyses across resistance-training populations, including older adults, consistently report greater gains in lean tissue mass and in measures of maximal strength compared with training plus placebo. The mechanism is well characterised: supplementation raises intramuscular phosphocreatine, which accelerates ATP resynthesis during short maximal efforts, permitting higher training volume. Part of the early mass gain is intracellular water rather than contractile protein, which is worth stating rather than concealing. Claim strength: High.
Monohydrate remains the reference form and the burden of proof sits with alternatives. Creatine HCl, buffered creatine, creatine ethyl ester, nitrate and magnesium chelate have all been marketed on claims of superior absorption, reduced water retention or lower dosing requirements. Where head-to-head comparisons against monohydrate exist, they have generally failed to demonstrate superiority on muscle creatine saturation or performance outcomes. HCl has genuinely greater solubility in water, which is a real and measurable property, but solubility is not bioavailability — monohydrate already achieves near-complete absorption. A formulator choosing HCl should do so for mixability or dose volume, not on an efficacy claim. Claim strength: Moderate for the absence of demonstrated superiority.
Vegetarians and vegans show larger responses, which is both a commercial opportunity and a neat confirmation of mechanism. Because dietary creatine comes from animal tissue, people who eat none start with lower muscle stores and therefore have more headroom. Trials that stratify by diet consistently find greater increases in muscle creatine and, in several, greater performance and cognitive responses in vegetarian participants. For the Indian market specifically, where vegetarianism is widespread, this is a more defensible positioning angle than generic performance messaging. Claim strength: Moderate.
The cognitive literature is genuinely interesting and genuinely preliminary. The brain uses the phosphocreatine system, and supplementation has been tested for working memory, processing speed and resistance to the cognitive effects of sleep deprivation. Effects appear most consistently where the system is stressed — sleep-deprived subjects, older adults, vegetarians — and are smaller or absent in rested young omnivores. Studies are mostly small and endpoints vary. This is a legitimate research direction, not a current claim. Claim strength: Emerging.
The kidney concern is persistent and not supported in healthy people, but the reason it persists is worth understanding. Creatine is non-enzymatically converted to creatinine, which is excreted renally and is the standard clinical marker of kidney function. Supplementation raises serum creatinine without any change in glomerular filtration — the marker moves because substrate supply increased, not because the kidney is impaired. Long-term studies in healthy individuals, some running several years, have not shown renal injury. This is a case where consumer education matters, since a user who has a routine blood panel after starting creatine may be told they have a kidney problem they do not have. Claim strength: High.
Loading is optional and often counterproductive commercially. The classical protocol used 20 grams daily split into four doses for five to seven days, followed by 3 to 5 grams daily. A simple 3 to 5 gram daily dose reaches the same muscle saturation in roughly three to four weeks without the gastrointestinal discomfort and water-weight jump that the loading phase produces. Since the loading phase is the stage at which consumers most often abandon the product, the slower route frequently delivers better adherence. Claim strength: High.
Sourcing creatine from Herbuno. We supply creatine monohydrate in both 80 mesh and 200 mesh micronised grades, and creatine HCl at 99% for formulators who need the higher solubility for a liquid or low-volume format.
Specify creatinine, dicyandiamide and dihydrotriazine limits on your purchase specification — these are the process impurities that separate grades, and they are not always on a standard certificate unless asked for. All lots ship with CoA and MSDS as standard; request a quotation for pilot or bulk volumes.
Dosage & Formulator Specification
Creatine monohydrate is 87.9% creatine by weight, the balance being the water of crystallisation, so a 5 gram dose of monohydrate delivers roughly 4.4 grams of creatine. This matters when comparing against anhydrous or salt forms, which carry different creatine fractions and are sometimes dosed as though equivalent. Creatine HCl is often dosed lower on the basis of solubility claims; since the evidence does not support reduced dosing requirements, a formulator switching forms should calculate on creatine content rather than adopting the marketed dose.
Standard maintenance dosing is 3 to 5 grams daily, taken at any time of day — timing relative to training has been tested and does not reliably matter. The classical loading protocol of 20 grams daily for five to seven days reaches saturation faster but produces gastrointestinal discomfort and a rapid water-weight gain that drives early discontinuation. For most consumer products the simple daily dose is the better commercial choice. Larger body mass and higher lean tissue increase requirement modestly, which is why 5 grams rather than 3 is the common default.
Mesh size is the main handling decision and it is a dispersion property, not an absorption one. Standard 80 mesh material is adequate for capsules, tablets and powders consumed as a slurry. Micronised 200 mesh has smaller particles that suspend longer and settle more slowly, which matters for ready-to-mix beverages and for consumer perception of grittiness. Neither changes how much creatine reaches muscle. Creatine is poorly soluble in cold water at either mesh — around 14 grams per litre at room temperature — so a 5 gram dose in a small volume will not fully dissolve, and products should direct users accordingly rather than imply a clear solution.
For analytical control, specify assay by HPLC and set explicit limits on the three process impurities that define grade: creatinine, dicyandiamide and dihydrotriazine. These arise from the synthesis and purification route and are the real quality differentiator between suppliers; a certificate showing only assay and heavy metals tells you little. Moisture is also important, since creatine monohydrate converts to creatinine in the presence of water and heat, so loss on drying and storage conditions carry real stability consequences. Creatine is not plant-derived, so phytosanitary documentation does not apply; CoA and MSDS ship as standard.
Frequently Asked Questions — Creatine Monohydrate
Is creatine HCl better than monohydrate?
It is more soluble in water, which is a real measurable property. It is not demonstrably more effective. Head-to-head comparisons against monohydrate have generally failed to show superiority on muscle creatine saturation or performance. Monohydrate is also far better studied and cheaper. Choose HCl for mixability or dose volume in a liquid format, not on an efficacy claim.
Does creatine damage the kidneys?
Not in healthy people, on long-term study data. The confusion is mechanical: creatine converts to creatinine, which is the standard marker of kidney function, so supplementation raises serum creatinine without any change in actual filtration. A user who has a routine blood panel after starting creatine may be told they have a kidney problem they do not have, which is worth addressing in consumer-facing copy.
Do users need a loading phase?
No. Twenty grams daily for five to seven days saturates muscle faster, but 3 to 5 grams daily reaches the same place in three to four weeks without the gastrointestinal discomfort and sudden water-weight gain. Since loading is where consumers most often quit, the slower route usually gives better adherence and a better repeat-purchase profile.
What is the difference between 80 mesh and 200 mesh?
Particle size, and therefore dispersion. 200 mesh micronised material suspends longer and feels less gritty, which matters for ready-to-mix drinks. 80 mesh is fine for capsules, tablets and powders taken as a slurry. Neither changes absorption. Note creatine is poorly soluble at either grade — roughly 14 g/L in room-temperature water — so a 5 gram dose will not fully dissolve in a small volume.
What should I specify on the purchase specification?
Creatinine, dicyandiamide and dihydrotriazine limits, in addition to assay. These are the synthesis and purification impurities that actually separate grades, and they often do not appear on a standard certificate unless requested. Add loss on drying, because moisture plus heat converts creatine to creatinine in storage.
Is creatine suitable for vegetarian and vegan products?
Yes, and it is arguably more relevant there. All commercial creatine is synthesised from sarcosine and cyanamide, so it is vegan by production route despite the name meaning "flesh". Vegetarians also start with lower muscle creatine stores because dietary creatine comes from meat and fish, and trials stratifying by diet consistently find larger responses in vegetarian participants.