Where Innovation Meets Agriculture: Unlocking the Full Potential of Polyhouse for Farming

A poly house acts as an enclosed garden created with see-through materials including polyethylene films. It supplies an enclosed space for developing harvests. Inside a poly house, you can facilitate light and humidity for optimal conditions for plants. This creates an opportunity for growing plants consistently throughout all seasons.

Explore our Range of Polyhouse


Features

  • It has openable sides or ridge vents with insect-proof nets to enable air to be circulated in the container .
  • There are no artificial means of cooling or heating the structure therefore it is quite economical.
  • Polyethylene sheets offer shelter from rain, insects and storms and provide protection from direct sunlight.

Advantages

  • The building utilizes few mechanical systems which makes the running costs of the building to be low.
  • Reduces disease incidence through its protection of natural air flow.
  • Applicable for the small and medium-scale farmers because of its cheap market price.

Ideal Crops:

  • Tomatoes, capsicum, cucumbers, green leafy vegetables, and flowers like gerbera and marigolds.

Features

  • The roof design is a dual-sided design with good airflow and cooling efficiency.
  • The “butterfly” design does not allow accumulated heat as it has proper ventilation.

Advantages

  • More air circulation, especially flow control in hot climate regions.
  • To do this, better adaptability for crops that require controlled temperature ranges is achievable.

Ideal Crops:

  • Sensible crops, for example, lettuce, strawberries, bell peppers and some flowers and flowering plant species.

Features

  • Designed to withstand high temperatures and weeping that is common in tropical climates.
  • Usually furnished with shade nets, misting systems, and UV-stabilized polyethylene covers.

Advantages

  • It maintains suitable climatic conditions for growing of tropical plants.
  • Prevents crop damage from wind and excess rain water.
  • It minimizes the effects of pests and diseases.

Ideal Crops:

  • Orchids, anthuriums, ginger, turmeric and other tropical vegetables including okra and gourds.

Features

  • The arched roof should be preferred in areas with high snow or rain fall because they are well designed to accommodate this.
  • The slope is also designed to avoid water and snow build up.
  • Offers very good shaft illumination and air flow, due to the provision of more vertical space.

Advantages

  • It is also durable and can only be affected by harsh weather conditions.
  • Recommended for vertical growth or crops that have tall structure.
  • It proved to be a better ventilated and cooler than the flat roof poly houses.

Ideal Crops:

  • Tomatoes, roses, capsicum and other crops that have long growth or crops of high value.

Features

  • May include automation systems such as climate control, irrigation, fertilization, misting or hydroponics.
  • Suitable for certain geographical conditions and a certain type of crop production.
  • The material can be as basic as polyethylene to the more advanced polycarbonate sheets for enhanced insulation.

Advantages

  • It is due to better control of temperature, humidity, light and irrigation that leads to high productivity.
  • Reduces water consumption and enhances efficiency of resource management through incorporation of systems.
  • Allows for the cultivation of special or out of season crops.

Ideal Crops:

  • It includes unusual vegetables like zucchini and asparagus, fruits such as berries, and herbs, as well as flowers such as orchids and lilies.

Advantages of Polyhouse


Year-Round Farming

During the off-season, farmers can produce crops using polyhouses. This raises both yield and revenue.

Controlled Environment:

The environment inside the poly house can be regulated by farmers. Temperature and humidity can be modified according to their situation.

Efficient Water Use

With systems such as drip irrigation in poly houses more water can be utilized efficiently. This reduces water wastage.

Better Yield

Plants that develop under perfect conditions deliver enhanced harvests and better-quality products.



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