Many techniques are known for the microencapsulation of substances. Complex coacervation is one of them. Generally, gelatin and gum arabic are used to form the capsule wall. Gum arabic may be replaced by other colloidal polymers such as pectin. Most often, pure substances are microencapsulated, but microencapsulation of complex mixtures such as perfumes is also possible. This paper reports on microencapsulation of perfumes using complex coacervation. The influence of the wall material on the microcapsule characteristics is given
In this paper, some commercial microcapsule samples, containing different fragrances used for textil...
The objective of this work is to develop a novel coacervation process to produce microcapsules of P...
Most liquid food flavours such as essential oils are volatile and prone to degradation in the presen...
Fragrances are ubiquitously and extensively used in everyday life and several industrial application...
In 1931, the first research work related to microencapsulation was published, in which a microcapsul...
The high volatility, water-immiscibility, and light/oxygen-sensitivity of most aroma compounds repre...
Microencapsulation methods for active substances, such as fragrance compounds and aromas, have long ...
Complex coacervation is a phase separation of a mixture into two immiscible liquid phases mainly due...
Microencapsulation is an efficient technology to deliver perfume oils from consumer products onto th...
In this work we have developed a process to encapsulate thyme oil using PLA as the wall material. F...
The process for making melamine formaldehyde microcapsules containing fragrant oil is well-known. Re...
A consumer-oriented twenty first century challenges garment and fabric producers to come up with inn...
Wide varieties of techniques are currently available for encapsulation of active components in food,...
Nowadays, encapsulation is a widespread technology in fragrance applications. Indeed, it allows cont...
Encapsulation imparts new properties and added value to conventional fabrics. Most of the commercia...
In this paper, some commercial microcapsule samples, containing different fragrances used for textil...
The objective of this work is to develop a novel coacervation process to produce microcapsules of P...
Most liquid food flavours such as essential oils are volatile and prone to degradation in the presen...
Fragrances are ubiquitously and extensively used in everyday life and several industrial application...
In 1931, the first research work related to microencapsulation was published, in which a microcapsul...
The high volatility, water-immiscibility, and light/oxygen-sensitivity of most aroma compounds repre...
Microencapsulation methods for active substances, such as fragrance compounds and aromas, have long ...
Complex coacervation is a phase separation of a mixture into two immiscible liquid phases mainly due...
Microencapsulation is an efficient technology to deliver perfume oils from consumer products onto th...
In this work we have developed a process to encapsulate thyme oil using PLA as the wall material. F...
The process for making melamine formaldehyde microcapsules containing fragrant oil is well-known. Re...
A consumer-oriented twenty first century challenges garment and fabric producers to come up with inn...
Wide varieties of techniques are currently available for encapsulation of active components in food,...
Nowadays, encapsulation is a widespread technology in fragrance applications. Indeed, it allows cont...
Encapsulation imparts new properties and added value to conventional fabrics. Most of the commercia...
In this paper, some commercial microcapsule samples, containing different fragrances used for textil...
The objective of this work is to develop a novel coacervation process to produce microcapsules of P...
Most liquid food flavours such as essential oils are volatile and prone to degradation in the presen...