Greatly Improve The Quality Of Your Ingredient Powders
WITH THE SILK STONE PROCESS™
A game-changer for quality and nutritional value
Unlock The Full Potential Of Your Ingredients
Your products depend heavily on the quality of your starting materials. At 220KM Inc., we understand this crucial aspect, which is why we have developed and patented the Silk Stone Process™. This innovative processing technology transforms the production of plant-based powders, enhancing their value by targeting and activating secondary metabolites through the power of endogenous enzymes.
With the Silk Stone Process™, you can elevate the quality of natural ingredients such as seeds, flowers, plants, whole grains, leaves, fruits, and vegetables, ensuring that your products stand out in the market.
Traditional Processing Methods Don’t Favour Nutrient Retention In Powders
Nutrient Focused Powders Require Nutrient Focused Processing
Moisture Removal
Unlike traditional heating and freeze-drying which degrade flavor and texture, Silk Stone utilizes the plant’s fresh material and natural enzymes before moisture removal to perfectly preserve its original quality.
Milling & Grinding
By capturing both primary and secondary metabolites while fully incorporating nutrient-dense outer layers, the gentle SSP process bypasses traditional milling limitations to deliver a highly nutritious, complete ingredient powders and powder blends.
Cold Pressing
While traditional cold pressing discards the rich oil to turn the remaining cake into powder, the SSP process includes the oil to deliver a higher concentration of nutrients and metabolites in the final powder.
A PROCESSING METHOD DESIGNED TO BENEFIT MUTIPLE INDUSTRIES
Bringing Quality Back To Powdered Ingredient Applications
Cosmetic & Beauty
Botanical and seed powders engineered for conscious beauty homogeneous blends, shelf-stable, zero fillers.
Food & Nutraceuticals
Clean-label functional ingredient powders that retain bioavailability from source to shelf.
Pharmaceutical
Precision botanical powders with consistency, purity, and traceability for demanding formulation requirements.