Take advantage of Basalt +

This product replaces Nytta Basalt and Volcanic ash. Here you get a mixture of the two together, all the more potent.

Nytta Basalt is an old volcanic material and contains a quantity of minerals and nutrients that both plants and people need. It is recommended to add minerals to the soil as the soil is often deficient. Incidentally, this also applies to bagged soil. Nytta Basalt is extremely finely ground, which also makes it easy to use.

Volcanic ash comes from a unique deposit that was formed by a natural volcanic eruption when volcanic ash was deposited in an ancient seabed - and pushed to the surface by tectonic activity. The combination of sea water and rivers rich in minerals and rare earth elements present in volcanic ash created this product. Flowers, plants and vegetables can all benefit greatly from minerals and trace elements. Gardeners report increased germination, increased yields, brighter colors of flowers and increased resistance to pests and diseases. Higher Brix (a measurement of the quality of sugar and proteins in plant sap) has also been measured in plants grown with volcanic ash. Can also be used in hydroponic cultivation and drip water

When preparing the soil, use around 3-5 tablespoons per liter of soil, can also be used in sowing soil, then with 1 tablespoon per liter of soil.

For potted plants, mix about one to two teaspoons per 5cm of pot diameter with soil before planting.

For flowers, start with approx. 4 dl around each plant and bury lightly in the soil. The product will not "burn" plant roots.

Facts:

Boron – Helps plants transport sugar and controls starch. Stimulates cell division, flowering and pollination

Lime – raw material to help plant cells bind water. Increases the pH value and creates genetic stability. Gives stronger roots and plants.

Chlorine – Necessary for photosynthesis. Stimulates root growth and helps the plant transport water.

Cobalt – Required by rhizobium for nitrogen uptake. Helps produce vitamin B12, improves growth, water uptake and photosynthesis.

Kopper – Activates enzymes and especially those that form protein and build vitamin A. Stimulates the stem and pigmentation.

Iron – Raw material for many enzymes including those needed to build up chlorophyll and those that help the plant oxidize (burn) sugars for energy. Also important for binding nitrogen in the plant.

Magnesium – Raw material that plants use to produce chlorophyll. Activates enzymes, especially those involved in nitrogen processes and energy production. Increases the plant's production of oils and controls the plant's uptake of other nutrients.

Molybdenum – Necessary for the retention and absorption of nitrogen in the plant. Also needed for the construction of amino acids. Stimulates growth and strengthens the plant.

Nitrogen – Raw material for the production of proteins, chlorophyll and genetic material (DNA and RNA). Stimulates growth.

Phosphorus – Raw material for genetic material (DNA and RNA). Also acts as a transporter of nutrients inside the plant. Stimulates fruit, seed and root development. Also gives the disc increased defense

Potassium – Necessary for sugar transport from leaves to the plant so it develops fruits and seeds. Also for starch production. Increased water uptake, stimulates fruit, seeds and the root system, increases pigment and increases red flesh in the fruit.

Silicon – Increases the number of seeds in the plants

Sodium – Necessary for correct carbohydrate production in the plant. Also increases the plant's resistance to drought and increases the sugar content of certain plants.

Sulfur – Raw material for certain amino acids and thus also for proteins. Necessary for potted plants.

Zinc – Raw material for several enzymes, including those that build growth-controlling compounds. Stimulated growth and flowering.

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450g