Watermelon, tomato, cucumber, eggplant, melon and pepper — grafted onto rootstocks chosen for your crop, your soil and your season.
01 What grafting is
Grafting joins two plants into one. A rootstock chosen for its root system is united with a scion of the variety you want to harvest — so the plant carries the best of both.
It lets a crop grow well in conditions that would otherwise hold it back, and lifts its productive potential.
02 Advantages
Grafting is one of the most effective tools a vegetable grower has — in open fields and in greenhouses.
A grafted plant is more vigorous and resists soil-borne diseases that stop normal development.
It eases problems that come with the land itself, such as repeated cropping on the same soil.
A strict production process keeps pathogens out from seed to delivery.
Visibly higher quality, quantity and size of fruit.
Stronger plants allow planting density to be reduced — by up to half, depending on crop and system.
More tolerant of salinity and of too little or too much water — so water and nutrients are used more efficiently.
Expected benefits depend on the rootstock, pathogen pressure, environment and crop management. A grafting program starts with a defined production constraint and a rootstock selected for it.
03 Our grafted seedlings
Each crop has a technical card — a seedling's passport. Every batch is checked against it before it leaves the nursery.
Technical card · Grafted watermelon
Our flagship crop: the strongest gains from grafting are seen in watermelon on Fusarium-affected soil.
Technical card · Grafted tomato, two stems
Two-stem plants: one rootstock carries two productive stems.
Technical card · Grafted cucumber
Proven in commercial greenhouses, including soils with a history of Fusarium wilt.
Technical card · Grafted eggplant
Specification confirmed per project, after technical evaluation of the crop, rootstock and production plan.
Research: eggplant grafted onto tomato rootstock, University of Tehran research greenhouses — supported by FPA.
Technical card · Grafted melon
Specification confirmed per project, after technical evaluation of the crop, rootstock and production plan.
Research: yield and fruit quality of grafted Iranian melon under different nitrogen rates, planting densities and deficit irrigation (Acta Horticulturae, 2014–2015).
Technical card · Grafted pepper
Uniform growth and consistent clip placement support synchronized healing.
Commercial availability and rootstock combinations are confirmed for each project after technical evaluation and production planning. Regular (non-grafted) seedlings of the same crops are produced to the same standards on request.
Field or greenhouse
Our grafting priorities follow the way each crop is actually grown in the region.
04 Committed to excellence
We monitor every stage of development. Work areas and staff follow strict hygiene so that the environment stays clean and the seedlings stay disease-free.
Consistent stem diameter, balanced height and healthy colour show seedlings ready for precise grafting.
Rootstock and scion of the same stem diameter align their cut surfaces, so the clip holds both securely and the vascular tissue reconnects.
Light, temperature, humidity and airflow are controlled tier by tier while the graft union forms.
Rootstock capacity in practice
A four-stem cluster plum tomato supported by a single vigorous rootstock. The exposed root ball, the visible graft union and four trained stems show how rootstock vigour can carry a larger productive canopy.
A field example, not a universal performance claim: plant response depends on rootstock–scion compatibility, environment, nutrition and training.
05 From nursery to field
Seedling quality only pays off if establishment goes well. Our support is tailored to the crop, the site and your management system.
Before you order
No. Whether grafting pays depends on the real production problem, the rootstock's traits, its compatibility with the variety, the environment and the cost of the crop. Salinity or a disease history alone does not make every grafted seedling the right choice.
Grafting is one tool for managing some of these problems. Resistance or tolerance has to be checked for a specific rootstock and a specific cause. It does not replace good management of the root zone, water, hygiene and nutrition.
We need the crop, the rootstock–scion combination, the quantity, the date you need the seedlings and the delivery location. Firm terms for each order follow from these.
Fix your transplanting date first. Production and preparation time differ by crop and schedule, so confirm delivery with us before you finalize your planting plan.
Root and leaf health, the strength of the graft union, uniformity and growth stage. Transport conditions, site preparation and irrigation and nutrition after transplanting matter too.
Plan your season
Crop, quantity, transplanting date and location are enough for a first answer. We will get back to you.
Catalogue
The full story — facilities, research and field evidence.
