How much stone do I need?
How much stone do I need for the ground?
For pebble and gravel:
• approximately 80kg per m², based on a 5cm layer.*For particle sizes >32mm, a thicker layer is required.
• Consumption per sack: 1000kg = 0.625m³.
• Coverage: approximately 12.5m² with a 5 cm layer.
For pine bark:
• approximately 70L per m², based on a 5cm layer.
• Consumption per sack: 1000L = approximately 1m³ = approximately 600kg
• Coverage: approximately 14m² with a 5 cm layer.
For volcanic, slate and chamotte:
• approximately 50kg per m², based on a 5cm layer.
• Consumption per sack: 1000kg = approximately 1m³
• Coverage: approximately 20m² with a 5 cm layer
How much stone do I need to fill a gabion?
Density of approximately 1,650kg per 1m³.
The calculation is very easy to understand with an example: if you have a gabion of 100x50x30 cm, you must do the following calculations:
1x0.5x0.3 = 0.15m³
0.15x1,650 = 247.50kg of stone.
*It is always a good idea to calculate an extra 5%, since when gabions are filled they expand a little and a little more stone always fits than in the theoretical calculations.
Clarifications
ATTENTION!
The grain sizes of GRAVELS AND pebbles are sieve sizes
The actual sizes may vary slightly, since when talking about, for example, 60-80mm stone, it means that the stones pass through an 80x80mm square mesh and do not pass through a 60x60mm one.
Through that 80x80 mesh, a stone 100mm long and 65mm wide can pass, so there may be a percentage of stones larger than 80 and smaller than 60mm.
Breakage of pebbles
On the other hand, in pebbles larger than 60mm, there is a percentage of up to 10% of stones that can break during sorting, washing, loading and unloading; to this day we do not have machinery that prevents such breakages.
In the photos you can see, only real products are shown; broken pieces have not been removed.
Dust and sand in the products
This product is not washed, so it contains dust, sand and even traces of other products due to processing and transport. 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.
Coconut Fiber Substrate
Blocks of dehydrated coconut fiber of 8 mm, high quality and without fine dust. Each block measures approximately 28x28x10 cm and weighs 5 kg; once hydrated, it becomes about 65 liters of coconut substrate.
Here are some features and uses of these products:
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Sustainable Material: Coconut fiber, also known as coir, is a byproduct of the coconut industry. Its use in gardening is a way to recycle this material sustainably.
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High Water Retention Capacity: Coconut fiber can retain a significant amount of water without becoming saturated, making it ideal for plants that require moist but well-drained soil.
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Good Aeration: Despite its ability to retain water, coconut fiber also allows for excellent aeration. This is crucial for healthy root development and prevents issues like rot.
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Neutral pH: Unlike other organic substrates like peat, coconut fiber usually has a more neutral pH, which is beneficial for a wide range of plants.
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Use in Hydroponic Cultivation: In hydroponic systems, where plants are grown without soil, coconut fiber provides a physical medium to support the plants and retain nutrients.
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Easy Transport and Storage: The dehydrated blocks and briquettes are compact and lightweight, making them easy to transport and store. They expand when water is added, making them a ready-to-use substrate.
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No Fine Dust: The absence of fine dust in these products means they are less likely to compact and maintain their aerated structure, which is better for plant roots.
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Diverse Applications: In addition to their use in horticulture, these products are also used in seed germination, as substrate for potted plants, in vertical gardens, and in the rehabilitation of degraded soils.
In summary, dehydrated coconut fiber blocks and briquettes are an eco-friendly and effective option for plant cultivation, especially valued for their water retention capacity, good aeration, and versatility of use.