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  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto
  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto
  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto
  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto
  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto
  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto
  • Cal Dolomita Plus Ceniza lava volcanica, Enmieda agricola, Fertilizante mineral, Fertilizante silicio, Harina basaltica, Lava Volcanica, Polvo basalto

Cal Agricola Dolomita Plus

4,25 €
4,25 €
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Description

Multiply the growth of your crops with dolomita cal.

Correct the acidity of the soil of your crops with Dolomita Plus flour, which contributes 30% calcium and 23% magnesium. This not only increases crop growth potential, but also makes fertilizers up to 50% more effective, allowing significant savings in fertilizers.

Importance of magnesium in crops

Magnesium is crucial for the photosynthesis of plants, being responsible for the development of roots and chlorophyll production. The rain can eliminate minerals such as magnesium and calcium from soils, increasing their acidity and reducing their fertility.

Advantages of dolomitic flour

  • Increases the pH of the ground, making it more fertile and improving the assimilation of primary nutrients.
  • It decreases metal toxicity such as aluminum, iron and manganese.
  • Raise magnesium and calcium levels on the ground.
  • Improves microbial activity and helps fix nitrogen.

Chemical Composition of Dolomita Plus

Dolomita Plus flour contains 30% calcium and 23% magnesium. Its granulometry is 0-0.1 mm with a PRT of 100, which means that practically 100% of the particles are active and effective.

Dolomitic flour granulometry

Unlike 0-1 mm granulometry calm, which has a lower absorption power, 0-0.1 mm dolomite flour is more effective.

Amount of dolomite flour to be provided

The right amount depends on the acidity of the soil:

  • PH 3.5 to 4.2: 3.5 tons per hectare.
  • PH 4.3 to 4.8: 3 tons per hectare.
  • PH 4.9 to 5.3: 2.5 tons per hectare.

Moment and way of providing dolomite flour

The ideal moment is 3 to 4 months before the crop, applying it to volley or mixing it with the earth at a depth of 20 cm, near the roots.

Dolomita lime foliar application

Foliar application can be beneficial to correct calcium or magnesium deficiencies. However, before applying Dolomita via Foliar, it is advisable to perform a soil analysis. The frequency and concentration of the application should be controlled to avoid problems such as phytotoxicity.

The foliar application must be a complement, not a replacement of soil amendments, and it is essential to maintain adequate nutritional balance. Consult with an agronomist to adapt the application to the specific needs of your crop.

How much stone do I need?

How much stone do I need for the floor?

For boulders and gravel:
• ±80kg per m², based on a 5cm layer. *For grain sizes >32mm a thicker layer is necessary. • Consumption per bag: 1000kg = 0.625m³.
• Covering capacity: ±12.5m² with a layer of 5 cm.

For pine bark:
• ±70L per m², based on a 5cm layer.
• Consumption per bag: 1000L = ±1m³ = ±600kg
• Covering capacity: ±14m² with a layer of 5 cm.

For volcanic, slate and chamotte:
• ±50kg per m², based on a 5cm layer.
• Consumption per bag: 1000kg = ±1m³
• Covering capacity: ±20m² with a layer of 5 cm

How much stone do I need to fill a gabion?

Density of ±1,650kg per 1m³.

The calculation is very easy to understand with an example, if you have a 100x50x30 cm gabion. you have to do the following accounts:
1x0.5x0.3= 0.15m³
0.15x1.650= 247.50kg. of stone.
*It is always good to calculate an extra 5%, since when the gabions are filled they widen a little and there is always a little more stone included than in the theoretical calculations.

Clarifications

ATTENTION!

Granulometries are sieve sizes

The actual sizes may vary slightly, since when we talk about a 60-80mm stone, for example, it means that the stones pass through a 80x80mm square mesh. and they do not pass through a 60x60mm one.
A 100mm stone can pass through that 80x80 mesh. long and 65mm. wide so there may be a percentage of stones greater than 80 and less than 60mm.

stone breaking

On the other hand, in stones larger than 60mm. There is a percentage of up to 10% of stones that can break during classification, washing, loading and unloading. Today we do not have machinery that prevents these breakages.

In the photos you can see, you only see real products, no broken parts have been removed.

Dust and sand in products

This product is not washed, so it contains dust, sand and even traces of other products due to processing and transportation. This is not a problem when using it; The stone will wash itself over time or you can pour water on it before using it.