LINOLEIC SUNFLOWER HYBRID

Our varieties of linoleic sunflower seeds combine robust agronomic performance with a high linoleic oil profile. Our seeds are designed for growers who target reliable yields and established linoleic oil markets.

STRIPED LINOLEIC SUNFLOWER HYBRID

Key advantages

  • Linoleic oil profile with added visual value
  • attractive black-on-white striping
  • strong adaptability

BLACK LINOLEIC SUNFLOWER SEEDS

Key advantages

  • High linoleic oil profile valued by processors
  • consistent yield across environments
  • solid disease tolerance

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Guides & insights on Linoleic Sunflower hybrid

Linoleic sunflower seeds – our hybrid sunflower seeds

Defining linoleic sunflower seeds and their oil profile

Linoleic sunflower seeds refer to sunflower hybrids in which the oil is naturally rich in linoleic acid, a polyunsaturated fatty acid that has long been the standard profile for sunflower oil. These seeds differ from high oleic types by offering higher levels of polyunsaturated fat and a more traditional composition used in many food applications.

Within global production, linoleic types remain the most common category of sunflower seeds, serving as a reference point for both agronomic performance and nutritional characteristics. Our hybrid sunflower seeds are bred to maintain this linoleic profile while delivering stable yields and reliable field behaviour.

Why choose our linoleic hybrid sunflower seeds?

Our hybrid sunflower seeds are developed through targeted varietal creation to provide linoleic oil profiles combined with early to medium maturity, strong establishment and consistent yield potential. Our varieties are selected to perform in a range of environments while supporting the specific needs of linoleic oil supply chains.

Through our agronomic solutions, growers have access to technical guidance that covers the full cycle, from variety choice and sowing strategies to harvest and post-harvest handling. Our ranges are designed to align with the requirements of processors and buyers who value linoleic oil characteristics, ensuring that agronomy and market expectations are considered together.

Agronomic benefits of our linoleic varieties

Nutritional and oil characteristics of linoleic sunflower seeds

Linoleic sunflower oil typically shows a high proportion of linoleic acid and a lower level of monounsaturated fatty acids compared with high oleic types. This profile is valued in many food applications where polyunsaturated fats and a neutral flavour are required.

The oil obtained from our hybrid sunflower seeds is intended to deliver stable linoleic levels, with attention to both agronomy and harvest management to preserve quality. Our varieties are selected so that the oil from our ranges integrates smoothly into existing edible oil formulations and blends.

Usage conditions and crop management for our ranges

Linoleic sunflower cropping requires careful management of soil, climate and rotation in order to secure both yield and oil quality. Our agronomic solutions provide frameworks that help growers adapt planting decisions to their specific context while respecting the linoleic profile.

Soil, climate and rotation requirements

Sowing, fertilisation and crop protection for our seeds

Harvest and storage to maintain oil quality

Harvest timing influences both yield and oil characteristics in linoleic sunflower seeds. Growers should monitor seed moisture and maturity to determine the optimal window for each hybrid. Delayed harvest can increase the risk of lodging, bird damage and quality loss.

Once harvested, seed should be dried and stored under conditions that limit oxidation and moisture migration. Our agronomic solutions emphasise simple but effective storage practices that help preserve the linoleic oil profile and maintain the technical value of the harvested crop.

Technical comparison between linoleic and high oleic sunflower seeds

Linoleic and high oleic sunflower seeds belong to the same species but differ in oil composition and some market uses. For growers and buyers, understanding these differences supports informed decisions about which category from our ranges to use.

Oil composition and nutritional profile

Yield, stability and disease resistance

Modern linoleic and high oleic hybrids often show comparable yield potential, with differences driven more by genetic background and management than by oil profile alone. Within our ranges, linoleic hybrids are selected for field stability rather than for extreme traits in a single direction.

Our agronomic solutions include disease and lodging risk assessments that help position each hybrid from our varieties on the right soils and in the correct rotations. This approach supports consistent results regardless of the oil profile chosen.

Market outlets and contract types

Market segments and value chain for linoleic sunflower seeds

Linoleic sunflower seeds serve a broad value chain that includes crushers, refiners, food manufacturers and feed operators. Our hybrid sunflower seeds are designed so that farmers can integrate smoothly into these segments with clear technical specifications.

Food uses and linoleic oil outlets

Our varieties are selected to deliver oil and seed characteristics that meet these uses, contributing to reliable supply for industrial partners.

Non-food and industrial applications

Beyond direct food uses, linoleic sunflower oil can be integrated into technical and industrial applications, such as coatings, resins or bio-based products that benefit from its polyunsaturated nature. In some regions, by-products from crushing are also used in animal nutrition.

Our agronomic solutions take into account the quality parameters requested by processors, helping growers align production practices with industrial expectations in these segments.

Selecting the right linoleic variety within our ranges

Choosing a specific linoleic hybrid involves balancing maturity, yield potential, oil content and local constraints. Our ranges of linoleic sunflower include options suited to different sowing dates, climatic zones and management intensities.

Maturity and regional adaptation

Oil content and quality targets

Within our varieties, each hybrid carries a typical range for oil content, which contributes to the gross margin per hectare. Growers can use these indicators, together with local yield expectations, to estimate the value of a linoleic crop.

Our agronomic solutions supply technical sheets that summarise oil content, linoleic level and agronomic behaviour, helping farms align hybrid choice with their quality objectives and buyer demands.

Integrating our agronomic solutions and support

Selecting a hybrid is only one component of success; implementation on the farm is equally important. Our agronomic solutions combine variety knowledge with field support so that sowing density, fertilisation and crop protection match the potential of our hybrid sunflower seeds.

By considering rotation, soil structure and local pest and disease profiles, our support helps growers capture the full value of our ranges of linoleic sunflower seeds season after season.

Practical summary of key agronomic parameters

Key questions on linoleic sunflower seeds

What defines linoleic sunflower seeds compared with other types?

Linoleic sunflower seeds are hybrids whose oil naturally contains a high proportion of linoleic acid, giving a polyunsaturated profile distinct from high oleic types that focus on monounsaturated oleic acid.

Are linoleic sunflower seeds still widely used in the oil industry?

Yes. Linoleic sunflower remains a major reference in many regions, supplying established edible oil markets that appreciate its neutral taste and recognised nutritional profile.

How do our linoleic varieties perform in terms of yield?

Our hybrid sunflower seeds in the linoleic segment are selected for stable yield potential, integrating early vigour, standability and disease tolerance to secure production across varied seasons.

Do linoleic and high oleic hybrids require different agronomic practices?

Core agronomic principles are similar, but specific adjustments may be made to sowing date, choice of hybrid and marketing route. Our agronomic solutions help fine-tune these details based on the oil profile and the buyer’s requirements.

Which markets can be supplied with linoleic sunflower oil from our ranges?

Linoleic oil from our varieties can be used in bottled oils, food manufacturing, snacks and bakery, as well as in certain technical applications where its polyunsaturated nature is an asset.

What are the main agronomic risks associated with linoleic sunflower crops?

Key risks include drought or heat stress at flowering and grain fill, lodging, disease outbreaks and bird damage. Our agronomic solutions provide guidance on hybrid positioning and crop protection to mitigate these risks.

How can growers maintain oil quality from field to storage?

Maintaining oil quality relies on appropriate harvest timing, careful handling to minimise damage, controlled drying and storage conditions that protect against moisture and temperature extremes.

Can linoleic sunflower seeds be combined with other crops in rotation?

Yes, linoleic sunflower fits well in rotations with cereals and legumes, helping to diversify cropping systems and spread workload, provided rotation intervals and disease management rules are respected.

How do our agronomic solutions support decision-making on farm?

Our agronomic solutions offer technical sheets, trial data and field advice so that growers can adapt hybrid choice, sowing density, fertilisation and protection strategies to their conditions.

Where do our ranges of linoleic sunflower seeds fit within a broader seed strategy?

Our ranges allow producers to combine linoleic sunflower with other crops and market segments, using our varieties to balance risk, agronomic constraints and access to processors in both food and non-food chains.

Within the sunflower segment, linoleic profiles are often assessed alongside our hybrid sunflower seeds and compared with high oleic sunflower seeds and black oil sunflower seeds, offering practical agronomic benchmarks for producers.