Hybrid Products: Adapting to evolving demands of the international market
Across global meat markets, one thing is clear: the pressure is structural. Raw material volatility, rising protein demand, sustainability targets, nutritional requirements and cost sensitivity are converging. Manufacturers are expected to deliver stable pricing, consistent quality, improved nutrition and lower environmental impact – yet without affecting the anticipated sensory profile trusted by consumers, regional traditions and behavioral patterns.
Let it be meat, poultry or fish: Hybrid products perfectly address this intersection.
They allow manufacturers to reduce animal protein content while preserving familiar taste and texture. They support fiber enrichment and lower saturated fat levels and also improve yield and water management. Furthermore, they create flexibility in raw material sourcing. Hybridization is not a compromise – it is a formulation strategy.
In practical terms, this means, for example, a beef burger that maintains bite and juiciness with partially reduced meat content, or a tuna spread containing wheat texturates that maximizes valuable fish raw material without impacting texture perception. It also means nuggets that meet nutritional targets produced using standard forming and thermal equipment.
Hybrid is not about replacing meat – it is about engineering meat systems more efficiently.
Crespel & Deiters: Extensive expertise and support on an international scale
Crespel & Deiters, family-owned for six generations, has over 165 years of experience in the global refinement of specialized functional food ingredients derived from plant-based raw materials. Wheat is the company’s primary raw material and the foundation of its formulation expertise – complemented by a growing range of further natural sources. With production sites in Germany and the Netherlands, the company controls the value chain from European sourcing to the development of high-quality nutritional ingredients that support easy processing.
Within Crespel & Deiters’ activities for the food industry – long known in the market through the Loryma brand, which is now integrated into the group – the company combines decades of starch modification expertise with advanced extrusion technology and application know-how. For hybrid applications, the portfolio focuses on two complementary raw materials: wheat and pea. Both are developed in-depth in terms of processing, functionality and application – from starch modification to textured and functional proteins. A dedicated technical center with lab extrusion capabilities allows hybrid concepts to be tested, adjusted and prepared for scale-up under realistic production conditions.
This matters because hybrid systems are not easy to consolidate. They require control over protein interaction, hydration behavior, gel formation and thermal stability. A company-owned R&D laboratory provides the formulation depth needed to move from concept to production-ready solution.
The raw material base – primarily German wheat – ensures reliable supply, certified quality, non-GMO status and reduced transport distances. Global warehousing, regional subsidiaries and branch offices assure stability for international manufacturers.
Adding Value the Easy Way: Efficient processing and simple preparation
Hybrid performance depends on functional synergy. Crespel & Deiters combines three main components: textured proteins, vital wheat gluten and functional starch.
Textured protein provides defined, fibrous structures with adjustable particle size and geometry. It is easily incorporated into ground meat matrices and maintains structure during forming and heat treatment. Crucially, it works on standard equipment – grinders, cutters, fillers and thermal lines – without process redesign.
Vital wheat gluten supports elastic network formation and, in reduced-meat systems, aids binding, water retention and structural cohesion. This is particularly important when working with lower-value cuts or formulations with reduced myofibrillar protein content.
Functional wheat starches add gel strength and controlled viscosity. They support succulence, mass homogeneity and process stability during cooking or autoclaving. In coated or formed applications, they help maintain structure and bite.
Together, these components allow manufacturers to manage yield, cost-in-use and nutritional profile, while preserving sensory expectations.
A practical example is a hybrid chicken nugget: hydrated wheat texturate is blended with chicken meat and skin, supported by gluten and starch, formed on standard lines and thermally processed without structural breakdown. The result maintains bite while reducing animal protein content.
All Over the World: Tasty options for regional variations
Hybrid demand is global, but consumer preferences differ.
In Europe, hybrid systems are closely linked to sustainability metrics and nutritional optimization. Processors aim to reduce meat content while retaining traditional sensory quality. A beef-pork hybrid burger with integrated plant based ingredients allows fiber enrichment and reduced saturated fat while maintaining familiar flavor and structure.
In Asia, clean label and transparency are central themes. Hybrid formulations can replace mechanically deboned meat while preserving authentic texture in dumplings or sausages. Here, the focus is on consumer trust and consistent quality at scale.
In South America, formulation decisions are increasingly shaped not only by price and taste expectations but also by a labeling system that warns consumers on front of the pack about excessive nutritional profiles. Thanks to hybrid formulations with texturated vegetable protein (TVP), manufacturers can adjust recipes to lower the saturated fat and overall energy density. In applications such as hybrid tuna spread or empanada fillings, the neutral sensory profile of the extrudates allows to fine-tune flavor while simultaneously working toward improved nutritional profiles that help avoid front-of-pack warning labels.
In the Middle East and Africa, affordability and access to protein drive demand. Cost-efficient, plant-based extrudates provide a neutral sensory base without off-notes – enabling strong seasoning profiles such as needed for meatballs, burgers or sausages.
Despite these regional differences, the technical requirements remain constant: structure, binding, hydration control and process compatibility.
Outlook: Hybrid as a structural evolution
Hybrid protein systems are no longer an experimental concept – they exist and are ready to become operational. They support cost management, nutritional improvement and supply stability without forcing a shift away from established production infrastructure.
Companies like Crespel & Deiters demonstrate that wheat-based ingredients can serve as a functional bridge – maintaining classic meat quality while supporting formulations that address new economic and environmental realities.
The next phase of hybrid development will not be defined by debates around replacement. It will be defined by performance data, processing efficiency and measurable cost-in-use advantages.
For manufacturers navigating volatile protein markets, the question is no longer whether hybrid products have a role – it is how efficiently and strategically they can be implemented.
Hybrid is not a trend. It is an engineering response to a changing protein economy.
Autor: Kim Jansen, Product Manager, Crespel & Deiters
www.crespeldeiters.com