Temperature
Higher ambient temperature may increase fragrance volatility and diffusion; cooler conditions may slow release.
SCENT EMOTIONS HOPCP®
SCENT,
ENGINEERED.
HOPCP® integrates fragrance into engineered polymer composites, enabling dry-to-the-touch solid components designed for progressive, application-specific olfactory release.
↗Explore the technology01 / 04↓ EXPLORE HOPCP®
01 / MATERIAL PLATFORM
THE MATERIAL BECOMES THE FRAGRANCE SYSTEM.
Conventional fragrance products often rely on reservoirs, impregnated substrates or surface coatings. HOPCP® uses an engineered polymer matrix in which fragrance components are incorporated throughout the material.
This produces a dry-to-the-touch solid platform that can combine the geometry and handling characteristics of a polymer component with progressive olfactory release. The release profile depends on the formulation, component geometry and conditions of use.
02 / SCIENTIFIC PRINCIPLE
CONTROLLED DIFFUSION.
ENGINEERED PERFORMANCE.
Fragrance molecules migrate through the composite matrix and diffuse into the surrounding environment. Their release is influenced by the physicochemical interaction of polymer and fragrance, as well as the external environment.
→ → →
✦ · ✧
· ✦ ·
✧ · ✦
· ✦ ·
✧ · ✦
ENGINEERED POLYMER MATRIXPROGRESSIVE FRAGRANCE DIFFUSION
Conceptual illustration; not a depiction of proprietary material structure or processing parameters.
Humidity
Depending on the selected material system, moisture may influence olfactory release behaviour.
Mechanical interaction
Some configurations can respond to compression, flexing or handling.
Geometry and airflow
Surface area, thickness and surrounding air exchange affect fragrance transfer and dispersion.
03 / ENGINEERED CAPABILITIES
FUNCTIONALITY BY DESIGN.
High fragrance loading
Depending on the formulation, fragrance content may reach up to 50%. High fragrance concentrations can be incorporated into suitable composites, subject to compatibility and application requirements.
Tailored release profiles
Material selection and component design allow fragrance behaviour to be adapted to targeted use conditions.
Solid, dry-to-the-touch format
Fragrance delivery can be provided without a separate liquid reservoir.
Custom moulded components
Functional inserts, cards and shaped components can be engineered for product integration.
Olfactory compatibility
Selected fragrance families and functional additives can be assessed for their suitability in the polymer platform.
Industrial development
Concept, formulation, prototyping and industrial manufacturing can be considered as a connected engineering workflow.
04 / WHY THE MATERIAL MATTERS
AN ALTERNATIVE TO CONVENTIONAL FRAGRANCE CARRIERS.
In a conventional air freshener, the fragrance and its delivery support often remain separate design considerations. The perfumed liquid may be stored in a reservoir, absorbed into a pad or applied to a substrate. Each approach creates its own constraints in packaging, leakage management, assembly and evaporation behaviour.
With HOPCP®, the fragrance-bearing material is also a shaped solid component. This makes it possible to integrate scent delivery within the geometry of a product, explore new placements and reduce reliance on a separate container for liquid fragrance. It does not mean that every formulation performs identically: chemical compatibility, storage conditions and intended lifetime must be evaluated for each design.
Our engineering objective is to define a useful release profile for the application rather than assume that the most intense initial fragrance is always the best outcome. Performance is evaluated over time and under relevant use conditions.
05 / DEVELOPMENT CONSIDERATIONS
FROM FRAGRANCE SELECTION TO FINISHED COMPONENT.
Material and product engineering must be developed together. A selected olfactory composition is assessed for its compatibility with the polymer platform, while the final part is designed around its required size, shape, handling and operating environment. Design choices influence fragrance transfer, perceived intensity and feasibility of industrial production.
Olfactory profile and compatibility
Choose the desired fragrance character and evaluate suitability for incorporation in the polymer system. Not every fragrance behaves equally in every matrix.
Component geometry
Shape, thickness, exposed area and installation location contribute to the behaviour of the finished fragrance-delivery component.
Validation in use
Consider temperature variations, airflow, storage, handling and desired consumer experience when defining acceptance criteria for a new product.
06 / INDUSTRIAL APPLICATIONS
ONE PLATFORM.
MULTIPLE APPLICATIONS.
Cabin and mobility fragrance systems
Moulded fragrance inserts and components conceived for demanding, variable environments.
Solid ambient fragrance solutions
Wardrobe, home air-care and consumer applications using integrated fragrance material.
Multisensory product experiences
Scented inserts, packaging components and promotional objects.
Functional olfactory components
Selected solutions for professional and hospitality settings, developed for specific needs.
07 / SUSTAINABILITY & DEVELOPMENT
DESIGNED TO OPTIMIZE THE USE OF FRAGRANCE.
By integrating fragrance into a designed material system, HOPCP® creates opportunities to limit unnecessary fragrance loss and optimize product architecture. Its environmental performance must be assessed for each formulation, product and lifecycle.
Research includes alternative polymer bases and the feasibility of improved recyclability or biodegradability. These are development objectives, not universal properties of every HOPCP® product.
All performance characteristics are formulation- and application-dependent.