Microencapsulation technology allows us to change the characteristics and functionality of certain active ingredients. The processes allow us to shield ingredients from external effects and subsequently separate reactants, regulate the release of the active substance, reduce toxicity or alter the active ingredient’s characteristic in a number of other ways. The microencapsulation process results in microcapsules sized across a range of several microns and all the way up to 100 microns or more.
Microencapsulation technology enables the encapsulation of various core materials with different polymer membranes, regardless of the industry. Depending on the properties of the core material and required characteristics of the encapsulated materials, we use different encapsulation techniques such as interfacial polymerisation, in-situ polymerisation, coacervation, spray drying and fluid bed coating.
SPORT+ relieves sport and recreation related muscle soreness and fatigue, enables fast muscle recovery, optimizes blood circulation and mitigates muscle pain. Our formula contains microencapsulated CBD, which provides long lasting soothing effect.
Microencapsulation technology allows us to change the characteristics and functionality of certain active ingredients. The processes allow us to shield ingredients from external effects and subsequently separate reactants, regulate the release of the active substance, reduce toxicity or alter the active ingredient’s characteristic in a number of other ways. The microencapsulation process results in microcapsules sized across a range of several microns and all the way up to 100 microns or more.
Microencapsulation technology enables the encapsulation of various core materials with different polymer membranes, regardless of the industry. Depending on the properties of the core material and required characteristics of the encapsulated materials, we use different encapsulation techniques such as interfacial polymerisation, in-situ polymerisation, coacervation, spray drying and fluid bed coating.
The purpose of microencapsulation is usually defined by the permeability of the membrane, which is carefully selected to suit different systems and demands.
Slow release membrane
The core is released from the capsule over a longer period of time. The release time depends on the membrane type, the thickness and other characteristics and can vary from a few days to several months. The active ingredients can be water- or solvent-based. Applications with such a membrane include fragrances, pesticides, essential oils, cannabinoids and reactive chemicals.
Impermeable membrane
The core material is encapsulated inside the capsules, completely separated and protected against environmental effects. The purpose of such encapsulation is to ensure complete isolation from the environment. This solution is especially useful for phase change materials (PCM) that can be used in the textile and building industries.
Smart membrane
The core is released in certain circumstances (due to mechanical forces, osmotic pressure, temperature increase...). One example is a microencapsulated fragrance that operates on the “scratch
and sniff” principle, another example is the release of the active substance in the event of damage to the membrane shell (e.g., self- healing coatings), or situations where the active substance is not released before the system (e.g. coating) is finally applied.
The purpose of microencapsulation is usually defined by the permeability of the membrane, which is carefully selected to suit different systems and demands.
Slow release membrane
The core is released from the capsule over a longer period of time. The release time depends on the membrane type, the thickness and other characteristics and can vary from a few days to several months. The active ingredients can be water- or solvent-based. Applications with such a membrane include fragrances, pesticides, essential oils, cannabinoids and reactive chemicals.
Impermeable membrane
The core material is encapsulated inside the capsules, completely separated and protected against environmental effects. The purpose of such encapsulation is to ensure complete isolation from the environment. This solution is especially useful for phase change materials (PCM) that can be used in the textile and building industries.
Smart membrane
The core is released in certain circumstances (due to mechanical forces, osmotic pressure, temperature increase...). One example is a microencapsulated fragrance that operates on the “scratch
and sniff” principle, another example is the release of the active substance in the event of damage to the membrane shell (e.g., self- healing coatings), or situations where the active substance is not released before the system (e.g. coating) is finally applied.
Organic-solvent-based or hydrophobic materials (both water non-miscible)
The final product is a water-based dispersion with up to 45% capsules content (capsule size 1-50 μm).
Water-based materials
The final product is a solvent-based dispersion with up to 45% capsules content (capsule size 1-50 μm).
Organic-solvent-based or hydrophobic materials (both water non-miscible)
The final product is a water-based dispersion with up to 45% capsules content (capsule size 1-50 μm).
Water-based materials
The final product is a solvent-based dispersion with up to 45% capsules content (capsule size 1-50 μm).
Microencapsulation increases the added value of a variety of products. The last decade saw the technology of microencapsulation of solid and liquid materials take hold in a number of fields, such as cosmetics industry, detergent, coatings, textile, pharmaceutical and food industries.
Our water dispersions formulated and prepared for industrial use in textile and cosmetic applications, contain microencapsulated CBD.
Slomškova ulica 35a
1000 Ljubljana
T: +386 41 663 366
E: info@microsolutions.si
Slomškova ulica 35a
1000 Ljubljana
T: +386 41 663 366
E: info@microsolutions.si
