Collection: Frigo Strawberry Supplier

Introducing our Frigo Strawberry Cake range

Our wide range of Frigo Strawberry Plants covers all the needs of strawberry growers: ultra-early plants, everbearing or non-everbearing, calibrated for the fresh market, processing or self-picking. Coming from specialized nurseries , these frigo plants are selected for their root vigor, their uniformity of size and their record recovery , ensuring concentrated production and high yields from the first harvest.

---

Our sales arguments

Thanks to our online sales platform and a responsive sales service – response and quote within 24 hours , we offer a simple and smooth agricultural supply without complications . You benefit from free quotes and advice , including a complete technical itinerary for strawberry growers and dedicated technical support led by a strawberry growing specialist . Our professional quality strawberry plants , available all year round and delivered to your home via careful delivery covering the whole of France , are supplied at producer prices with decreasing prices according to volume , guaranteeing unbeatable value for money . The widest range of strawberry varieties in France , including a wide range of French strawberry plants , is available for wholesale plant sales . Finally, responsive and quality after-sales service secures your operations from sowing to harvesting.

---

Technical characteristics of Frigo plants

Frigo strawberry plants are bare-root plants, harvested in full dormancy, generally in mid-November, a period when their vegetative development is at a standstill. After being pulled up, these plants are meticulously sorted and packaged before being stored in a cold room at a precisely regulated temperature, between -1°C and 0°C , sometimes down to -2°C, until the end of the following August. This extended storage method gives them a distinctive advantage: having benefited from a longer period of root development before harvest, they have a significantly more robust and vigorous root system . Their dormancy, a state of slowed life where the plant accumulates nutrient reserves and increases its resistance to frost, is essential and will be lifted by exposure to a sufficient quantity of cold.

Frigo plants are classified according to the diameter of their rhizome, measured at the root collar, which provides a reliable indication of the flowering potential and, by extension, the future yield of each plant.

---

Classification of calibers and applications in production

The size of the collar determines the classification and recommended use of the Frigo plant:

• Frigo A++ (over 18 mm) and A+ (over 15 mm) plants : These sizes are particularly sought after for so-called "60-day" crops. Planting takes place approximately eight to ten weeks before harvest, allowing for early production in the first year, without requiring a full year of rooting before harvesting. A+ plants can offer a yield of 200 to 300 grams per plant in the first year and are often 20% more expensive than A plants, justifying their cost by optimizing the initial yield.
• Frigo A plants (between 10 and 14 mm) : This type of plant is the most commonly used due to its attractive price. It also allows for a harvest in the first year, although the yield is generally lower than that of higher calibers. For professional strawberry growers aiming to maximize the yield in the second year, it is recommended to remove the flower clusters in bud in the first year so that the plant can concentrate on its rooting and vegetative development. The expected yield for these plants is 100 to 200 grams per plant in Year 1 .
• Frigo A- plants (between 8 and 10 mm) : Ideal for light to medium soils. For these plants, it is strongly recommended to forgo harvesting in the first year and to remove the emerging flower clusters. The objective is to capitalize on an initially low purchase price and to promote optimal rooting in Year 1, which will boost productivity and harvest in Year 2. Early planting is also recommended for these sizes.
• Frigo B plants (between 6 and 8 mm) : This size is mainly intended for repotting in nurseries and garden centers for sale to individuals, and is generally not recommended for the professional market gardening sector due to their lower direct production potential.

---

Cultural preparations and planting techniques

Successful strawberry cultivation with Frigo plants relies on careful soil preparation and the right planting technique.

Soil preparation

Soil Selection and Preparation : Strawberries thrive in loamy soil, providing good aeration and efficient drainage while retaining moisture and nutrients. A slightly acidic pH, ideally between 5.8 and 6.2 , is crucial for optimal absorption of essential nutrients. Before planting, it is essential to work the soil deeply (20 to 30 cm) to aerate it, eliminate weeds and incorporate organic matter such as compost or well-rotted manure ( 30 to 50 tonnes per hectare for a 2-year period). The formation of raised beds or mounds (10 to 20 cm high) is recommended to improve drainage and soil warming, as well as to facilitate harvesting and fruit quality.

Conditioning of plants

Plant Preparation Before Planting : Upon receipt, allow the plants to thaw slowly in the shade and away from the wind to avoid dehydration. It is imperative to soak the roots in water for about 15 minutes just before planting to rehydrate them. Roots that are too long can be slightly pruned (about 10 cm) and large leaves cut off, while preserving the heart of the plant. For bare-root plants, the use of a flat planter is preferred. Pralining , which consists of coating the roots with a mixture of clay soil, compost and water, is an effective trick to improve rooting, hydrate the roots and reduce water stress post-transplanting.

Optimal planting techniques

Planting Technique : Planting is generally carried out between March and the end of May, with an early period being recommended for better rooting. The strawberry plant's collar (the transition zone between the root and the stem) must be positioned at ground level, neither too buried to avoid rot, nor too exposed to avoid weakening the plant. The roots must be gently spread out in a fan shape in the planting hole, without being curved. After filling the hole with fine soil, lightly pack the soil around the plant.

Planting Density : An optimal density is between 33,000 and 35,000 plants per hectare . The recommended spacing is 25 to 35 cm between each plant in the row and 60 to 80 cm between rows, ensuring good air circulation and reducing the risk of disease.

---

Crop management and specialized maintenance

Once the plants are established, rigorous monitoring of irrigation, fertilization and prophylactic measures is essential to ensure abundant and quality production.

Irrigation management

Irrigation Management : Irrigation is essential for plant recovery. From planting, copious watering is necessary to moisten the soil and promote contact between the roots and the soil. Constant soil moisture must be maintained, particularly during root development, while avoiding excess water which can promote fungal diseases. Drip irrigation is the most recommended method, providing an efficient and controlled water supply. Summer water requirements are estimated at approximately 5 mm per day per plant , with moderate irrigation during fruiting to optimize the taste quality of the strawberries.

Fertilization strategies

Fertilization Strategy : A preliminary soil analysis is essential to adapt the fertilization to the specific needs of the crop. An initial application of a balanced fertilizer (type 10-10-10) is recommended at planting to promote root establishment, followed by a fertilizer rich in phosphorus and potassium after flowering to support fruit development. Fertigation , which consists of injecting fertilizers into the irrigation system, is an effective method for distributing nutrients evenly. Incorporating compost enriches the fertility and structure of the soil in the long term. It is crucial to monitor for signs of deficiencies (yellowing for nitrogen, purple leaves for phosphorus, brown edges for potassium) and adjust applications accordingly. Excess nitrogen should be avoided, as it can overstimulate foliage to the detriment of flowering and disease resistance.

Plant maintenance

Plant Care : Thinning out , or removing excessive runners, is a key practice to allow the plant to focus its energy on fruit production, thus increasing yield. The removed runners can also be used to replace missing plants. For A and A- plants aiming for optimal yield in Year 2, it is advisable to cut off the first flowers ( effleurage ) so that the plant can prioritize its root development. Maintaining good cultural hygiene, including regular removal of diseased leaves or plant debris, as well as weeding by hand or by mulching, is essential to limit competition and the spread of diseases and pests. Mulching, whether plastic or organic, also helps to conserve soil moisture.

---

Plant protection and climate management

Protection Against Pests and Climate Conditions : Strawberry plants are susceptible to various diseases and pests. For gray mold (Botrytis) and powdery mildew, good air circulation is essential, spacing plants properly and avoiding overhead irrigation, which wets the foliage and fruit. Using resistant varieties (such as Rumba and Malwina) is a first line of defense. Biological fungicides (based on sulfur, copper, or Bacillus subtilis) can be applied as a preventative measure.

Against pests such as aphids, spider mites, Drosophila suzukii , or the strawberry weevil, biological control is an effective method, favoring natural predators (ladybugs, nematodes, trichogramma) and vegetable oils (neem, canola). Installing protective netting and vinegar traps helps control Drosophila suzukii populations. Finally, protection against spring and winter frosts is crucial. The use of organic mulches or floating row covers (such as P17 fleece ) can protect plants during periods of intense cold. Strawberry plants in dormancy can withstand temperatures as low as -20°C, but their flowers are vulnerable at temperatures as low as -1°C.

---

Harvest and economic yields

The harvest period for strawberries from Frigo plants generally extends from mid-May to mid-October , depending on the variety chosen. For A++, A+ and Waiting Bed plants, an early harvest is possible from 60 to 70 days after planting, allowing them to be among the first on the market.

The average yield of a Frigo plant is estimated at between 500 and 600 grams per plant, which represents approximately 20 to 25 tons per hectare under full production conditions. Strawberry growers note that some manage to achieve up to 1 kg per plant thanks to highly optimized cultivation techniques. Harvesting should be carried out when the fruits are fully red, shiny, and giving off an intense fragrance, ideally early in the morning to preserve their freshness. Gentle handling, grasping the stem just above the fruit and turning gently, is essential to minimize damage and extend shelf life.

Conservation and enhancement

After harvesting, strawberries should not be washed before storage to prevent them from quickly going moldy. They can be refrigerated for 3 to 5 days in a shallow container lined with paper towels. For longer storage, freezing on a baking sheet and then transferring them to freezer bags can keep them for up to 2 months, or even 18 months at -18°C for processing. Dehydration is another option for very long-term storage. Unsold fruit can be recycled into jams, jellies, coulis, or juice, providing a diversified source of income.

---

Comparative analysis: advantages and disadvantages of the Frigo system

The Frigo strawberry plant offers a number of significant advantages for growers, but also has some disadvantages to consider.

Benefits

• Competitive acquisition cost : Frigo plants are generally more economical than other types of plants, such as Tray-Plants, making the initial investment more accessible.
• Root robustness : Having a longer development time before uprooting, they have a stronger root system, promoting better recovery after planting.
• Planting flexibility : Their cold storage allows for a wide availability and planting period, from December to the end of August, offering valuable flexibility for spreading out harvests and planning.
• Yield potential in Year 2 : Peak yield is generally reached in the second year, with significant production of 500 to 900 grams per plant, ensuring good profitability in the medium term.
• Adaptability to open field : They are perfectly suited to growing in open ground, a common method for many growers.

Disadvantages

• Time to first significant harvest : The main disadvantage is the waiting time of approximately one year between planting and the first full harvest, which implies maintenance costs over a longer period without immediate return on investment.
• Initial Maintenance Requirements : The recovery phase requires careful watering and attention, especially for 60-day crops, to ensure success.
• Post-storage sensitivity : Although hardy, they require perfect watering conditions and initial protection after planting to avoid heat stress and ensure good recovery.

---

Commercial opportunities and logistical aspects

Frigo strawberry plants are particularly suitable for professional market gardeners and growers who prefer outdoor cultivation, whether for short or long production cycles. They are also a viable option for individuals wishing to produce on a smaller scale (especially size B plants for repotting) and for garden centers or specialist nurseries.

For organic farms, untreated plants are an alternative when certified organic plants are not available, with possible exceptions. For Frigo plants, organic certification is possible provided that the runners come from a mother plant that has been cultivated according to organic farming rules for at least two growing seasons.

In terms of logistics and ordering , Frigo plants can be reserved throughout the year. Orders are generally shipped within 10 days maximum, except for pre-orders with specific deadlines. Discounts are offered for large quantities, and delivery is guaranteed throughout France and Europe, including with adapted transport options (Frigo truck, tailgate). The fact that the plants are not stored directly by the dealer often allows us to offer a lower price, even including transport, by reducing intermediary costs.

---

To summarize: Our Strawberry plants

At Fraisiverse , we offer bare-root Strawberry Frigo plants , selected to meet the needs of professional growers. They come from specialized nurseries and are packaged in cold rooms to preserve their dormancy and guarantee excellent root vigor. Thanks to this technique, the plants ensure rapid, concentrated and homogeneous production, from 60 to 70 days after planting depending on the size. As a specialist wholesale supplier of Strawberry plants , we provide you with technical references adapted to your yield objectives, the typology of your soils and your climatic constraints. Buying Strawberry Frigo plants from Fraisiverse means benefiting from a responsive sales service, dedicated technical support, and advantageous pricing conditions including decreasing prices . We deliver throughout France and offer a wide choice of sizes: A++, A+, A, A- and B, depending on your growing strategy. As a specialist wholesale supplier of Strawberry plants , we also provide personalized advice on planting, fertilizing, and maintaining your crops. Whether you are growing in open ground, organically, or using a soilless system, our plants fit perfectly into all production schemes. Buying Frigo Strawberry plants means optimizing your yields and planning your campaigns efficiently. With Fraisiverse , a specialist wholesale supplier of Strawberry plants , you benefit from technical support at every stage and a flexible and reliable logistics offer. Buying Strawberry plants with confidence means investing in professional performance.