Our Most Novel and Innovative Fragrances Used By
The odor in textiles is complex and multi-faceted, with odorous volatile compounds, microorganisms, and precursors to odorants. The masking perfumery compounds developed by KONIKA plays a vital role with anti microbial properties imparting the fresh aroma. These are applied on special clothing and accessories, often worn for sanitation reasons. People who work in factories that produce food and medical products wear sanitary clothing, face masks, and hair covering. This precaution prevents contamination of the products by germs. In operating rooms, doctors and nurses wear special disposable sanitary uniforms, gloves, and face masks.
TEXTILE PERFUMERY COMPOUNDS
Olfactory of synthetic fabrics tend to trap odors at a greater rate than natural fabrics. Although many of these man-made fabrics, like polyester, are quick to wick moisture away from the skin and equally quick to dry. Therefore, perfumery compounds are implemented at Nano-scale which may last for more than six months reducing the stinking, moisture and even enzymatic odors.
|Textile.Compounds||Strong Aromatic, Mineral, Rusty.|
These are one of the most novel developments in the fragrance world. This is still under study and its suitability may be beyond textiles. As for now, these can be blended with aromatic and mineral odors.
This chart is in the scale of 0-9 (where 0 is considered extremely poor and 9 is excellent).
Our fragrance are free from alcohol, non-inflammable, non-hazardous, non-toxic and for industrial use only.
There suitability chart is as follows:
|Creams and Lotions||0|
9 = Very Good Performance
8 = Good Performance
7 = Reasonable performance
6 = Fair performance
5 = Mediocre performance
4 = Slight stability problems
3 = Discoloration Problems
2 = Stability problems
1 = Major problems
0 = XX Not recommended for use
Please Note: Due to the fact that our fragrances are very concentrated, we suggest that you test our fragrances in finished products before you make any conclusions about our fragrances. Since our fragrances are so strong, we suggest only using 0.5 to max 4% in any finished product. Our testing notes should never take the place of your own personal testing. Always test fragrance in finished (product) applications.
TEXTILE NOTE SCIENCE OF PERFORMANCE
The textile note is among the most novel addition in the fragrance family. It is one of the most complex aromatic compound to be produced ever. Development of this compound strongly depends on textile fabric. Thus, fiber content in the fabric is the primary factor that will affect properties, characteristics, behaviour and performance of a fabric fragrance according to various end uses. For example, strong fibers contribute to the durability of fabrics. Absorbent fibers are used for skin-contact apparel, towels and diapers. Fire-resistant fibers are used for children’s sleepwear and firefighters clothing. The properties of fiber are determined by the nature of their physical structure, chemical composition, and molecular arrangement.