Propagators help plants propagate, especially during the seedling and germination stages. They can be especially useful when propagating indoor plants.

A propagator is a device that helps in the propagation of plants. Its main purpose is to germinate and prepare seedlings, as it provides an ideal environment for plants in the initial stages of their development. More advanced propagators keep plants warm, regulate humidity, and provide protection from environmental influences such as excessive heat, cold, wind, or pests.

What types of propagators are there?

Traditional propagators
These are usually made of clear plastic or glass and have a lid. The clear lid allows sunlight to enter while helping to stabilize the temperature and humidity. These types are the most common when it comes to seedling propagation and are considered entry-level propagators, making them ideal for beginners. For example, the Nutriculture X-Stream propagator is one of these types.

Heated propagators
These are propagators that have a heated base. The heating promotes faster germination and better development of young plants. Propagators with electric heating are especially useful in cold climates where germination may be slower in a natural environment. We have several heated propagators available to achieve this goal.

Ventilated propagators
These types not only maintain optimal humidity and temperature, but also provide adequate ventilation. Vents or automatic ventilation systems allow air to circulate, preventing excessive moisture and the development of mold and fungal infections that can result from high humidity. The Garland High Wall Propagator is an excellent example of a well-ventilated propagator.

Why are propagators important in plant cultivation?

Providing the right environment is essential for healthy and well-developed plants. Propagators are useful in many ways in the germination process, as they help maintain the ideal temperature, humidity and provide protection against external environmental influences.

Providing an optimal environment
Propagators help stabilize temperature and humidity, which are essential for seed germination. Temperatures that are too low or air that is too dry can slow down or even prevent germination.

Faster germination
A warm and humid environment speeds up the germination process, so we will have green plants sooner. This is especially important for seasonal crops, as it is important for seedlings to be ready for planting in time.

Plant protection
Propagators protect seedlings from harmful environmental influences, such as cold, strong winds or excessive heat. Insulating the roof and the environment helps protect young plants.

Stronger and healthier plants
The right environment helps young plants to take root better and grow faster, so healthier and stronger seedlings develop.

How to use a propagator?
 

1. Preparation
Fill the propagator with a suitable soil mixture or special seedling soil. Make sure the soil is loose and drains well. Choose a potting soil that provides the plants with the nutrients they need.

2. Placing the seeds
Scatter the seeds evenly over the surface of the soil and, if necessary, press them gently into the soil. The depth at which you plant the seeds depends on the variety, but it is usually not necessary to place them too deep.

3. Providing water
Keep the soil and seeds moist, but make sure that it is not too wet. Too much water stagnation can damage the seeds and cause fungal infections. You can use a fine spray of water to moisten the soil.

4. Using the roof
Place the roof of the propagator on it so that it prevents heat from escaping quickly and ensures the right humidity. Most propagators have adjustable tops to provide optimal ventilation.

5. Temperature and Light
The ideal temperature for most plants to germinate is between 18-24°C. If you have a heated propagator, make sure the soil temperature is not too high. The propagator should be in a bright location, but avoid direct sunlight.

6. Humidity
If you do not have a propagator with an automatic humidifier, check the humidity regularly and mist the air if necessary.

7. Ventilation
Once the plants start to grow, ensure adequate ventilation to avoid excessive humidity. Ventilation helps prevent the development of mold and fungal diseases.

Our most popular propagators

The Garland brand offers a wide range of different types of propagators, perfect for propagating a variety of plants, such as vegetables, flowers and herbs. Garland propagators are often made of transparent plastic, which allows adequate sunlight to enter while protecting the plants from harmful environmental influences. Garland propagators are available in a variety of sizes and types, including conventional and heated models. The heated versions are particularly useful during colder periods, as they help maintain the right temperature, which accelerates germination. Ventilated models allow for proper airflow control, ensuring the right humidity and oxygen levels are maintained. Garland propagators are practical, easy to use and promote healthy, vigorous plant development.

Nutriculture propagators are premium quality tools, characterized by excellent, professional and durable workmanship, making them extremely reliable and efficient. These tools are the perfect choice for both hobby gardeners and professional growers. Nutriculture propagators are available in various sizes and features, including heated and ventilated models. The brand offers ideal propagators especially for hydroponic and other specialized growing systems, which promote healthy and vigorous plant growth. The tools are easy to use, extremely durable, and are especially suitable for propagating plants that require precise environmental conditions.