Rice husk shell

$5.10
$5.10
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Container

Description

Rice husk, an ecological byproduct of rice milling, is presented as an innovative and sustainable solution for improving substrates in agriculture. This organic material, rich in silica and other essential nutrients, offers an ecological alternative to perlite, being more sustainable and environmentally friendly.

Uses and Benefits:

  • Substrate Improvement: Ideal for mixing with other components and creating high quality substrates. Increases porosity and improves soil structure, facilitating better root development.
  • Physical Amendment: Acts as an effective physical amendment, improving aeration and water retention in the soil, which is crucial for healthy plant growth.
  • Ecological Alternative to Perlite: Rice husk is a more ecological and sustainable substitute than perlite. Its production and use reduce the carbon footprint, contributing to sustainable agriculture.
  • Organic Fertilizer: Provides essential nutrients to the soil, improving its fertility and long-term health.

Available Presentations:

  1. 25 Liter Bags: Perfect for small gardening projects or home use.
  2. Big Bag of 1,000 Liters: Ideal for large agricultural areas or commercial projects.
  3. 400 kg Compressed Bales: Economical and efficient option for large-scale use.

Usage Recommendations:

  • Mix with other substrate components according to the specific needs of the plants.
  • Store in a dry place to maintain its quality and effectiveness.
  • Use in combination with sustainable farming practices to maximize benefits.

Commitment to Sustainability: At Vetonek.com, we are committed to the environment. Rice hulls represent our effort to offer products that not only benefit plants, but also take care of our planet.

Place your Order Now! Transform your agriculture with rice husks. Choose the presentation that best suits your needs and start growing more sustainably today!

How much stone do I need?

How much stone do I need for the ground?

For shot and gravel song:
• ± 80kg per m², based on a 5cm layer.*For granulometries> 32mm a thicker layer is necessary.• Saca consumption: 1000kg = 0.625m³.
• Covering capacity: ± 12.5m² with a layer of 5 cm.

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

For volcanic, slate and chamota:
• ± 50kg per m², based on a 5cm layer.
• Saca consumption: 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 by 1m³.

The calculation is very simple to understand with an example, if you have a 100x50x30 cm gav. You have to make the following accounts:
1x0.5x0,3 = 0.15m³
0.15x1,650 = 247.50kg. stone.
*It is always good to calculate an extra 5%, since the gavions when filling them are a little and always enters some more stone than in the theoretical calculations.

Clarifications

ATTENTION!

Granulometries are sizes of sizes

Real sizes can vary slightly, since when talking, for example, 60-80mm stone, it means that the stones pass through a square mesh of 80x80mm. and do not go through a 60x60mm.
This 80x80 mesh can pass a 100mm stone. long and 65mm. wide so there may be a percentage of stones greater than 80 and less than 60mm.

Broken stones

On the other hand, in the stones of more than 60mm. There is a percentage of up to 10% stones that can be broken during classification, washing, loading and downloading, today we have no machinery that avoids those breaks.

In the photos you can see, only real products are seen, broken pieces 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 transport. This is not a problem when using it; The stone will be washed alone over time or can throw water before using it.