Next-Level Alkaloid Extraction
Next-Level Alkaloid Extraction
...next-generation, eco-friendly solvent engineered for high-efficiency, cost-effective Mitragynine extraction. Our unique molecular formula is designed to outperform pure Limonene, Racemic, and Dipentene blends, by specifically targeting Mitragynine and its entourage alkaloids. Think of it as supercharged limonene.
Maximizes targeted alkaloids with minimal degradation yielding a clean, reusable solvent.
K-Limonene cuts batch times and boosts yield, delivering up to 30% greater efficiency compared to standard d-limonene.
Delivers efficient results without heat—saving energy and protecting delicate compounds.
Cut costs by up to 30% with a high-efficiency solvent that delivers premium performance without the premium price.
Sequential Dissolution Extraction: K-Limonene is designed to be used as a effective primary solvent in cost effective sequential rinse, lab set-up operations. Multiple Wash Extraction SOPs can consistently achieving 70% - 90% Mitragynine extractions. In Post Processing: K-limonene can be used as a selective alkaloid rinse, a rinse for over processed Biomass, or used as a diffuser for under-processed biomass.
NOTICE: Solvents can be rendered ineffective in certain SOP procedures.
When used in Supercritical CO2, K-Limonene can be used as co-solvent in sub or near critical modes to improve the solubuility of certain Terpines, waxes and select alkaloids. In Post-processing: After CO₂ extraction, K-limonene can be used to refine extracts for further purification or better isolate specific compounds like Mitragynine.
Soxlet Extraction: Improved yield: Studies suggest that utilizing limonene in MIS can result in a higher yield and significantly reduced extraction times compared to conventional Soxhlet extraction using n-hexane. Limonene is considered a more environmentally friendly and less toxic alternative compared to some traditional organic solvents used in Soxhlet extraction. Limonene has been explored in other, more modern extraction techniques, such as Modified Soxhlet Extraction (MIS) as a potential "green" solvent for extracting natural products.
⚡ Up to 30% faster extraction.
🎯 Targets mitragynine.
🔁 Reusable with low
evaporation loss.
🌬️ Reduced citrus odor.
💰 Cuts costs by 25–30%
over D-limonene.
✅ Switch to K-Limonene –
save time, money, and solvent.
🍊 95%+ pure D-limonene.
⚗️ Standard for kratom,
terpene, and oil extraction.
🔁 Recyclable with
proper handling.
💸 Higher cost than
K-Limonene or dipentene.
🌬️ Strong citrus odor.
📦 Stick with the standard—
or upgrade to better performance.
🔄 Mixed terpene isomers.
💰 Lowest-cost citrus solvent.
🧪 Works for basic
plant extraction.
🧼 Common in industrial cleaning.
📉 Less selective and more variable than K-Limonene.
💲 Choose dipentene when cost matters most.
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