EL Cultivo

We are offering Dome Agricultural Greenhouses to our clients.we deals in pan india and provide the good quality .
A Dome Roof Poly-Net house, also commonly known as Round Type Poly-net house, Dome Roof Polyhouse, or Poly-Net House, is an agricultural greenhouse structure that combines the features of both conventional polyhouse and shade net house structure which is innovative and provides cutting edge technology in farming practice.

A Dome Roof Poly-Net house is a modern and innovative agricultural greenhouse structure classified by its dome-shaped roof design and the use of both poly-film and shade net for covering. This amalgamation of each method provides protection from adverse weather conditions, pests, and insects while allowing penetration of sunlight and air circulation to enter the structure.
Technical Specifications

• Structure

  The framework of a Dome Roof Poly-Net house is typically constructed using materials like galvanized steel, aluminum, or PVC pipes. The design is engineered to support the weight of the covering materials and withstand environmental loads such as wind and snow.

•  Ventilation System

  Dome Roof Poly-Net houses are equipped with openings or vents for natural airflow regulation. These vents may be manually operated or automated based on environmental sensors.

• Covering Materials

  The dome-shaped roof is covered with transparent polyethylene film, which allows sunlight to penetrate while trapping heat inside the structure. Insect-Proof Netting: Surrounding walls or sides of the structure are covered with insect-proof netting to prevent pests and insects from entering the greenhouse while allowing for natural ventilation.

•  Irrigation System

  An irrigation system, such as drip irrigation or overhead sprinklers, is essential for providing water to the plants grown inside the greenhouse.

Applications

•  Crop Production

  Dome Roof Poly-Net houses are widely used for growing a variety of crops, including vegetables, fruits, flowers, and herbs. The combined protection from adverse weather and pests creates an ideal environment for crop cultivation.

•  Organic Farming

  These structures are particularly suitable for organic farming practices as they provide a chemical-free solution for pest control while minimizing the need for synthetic pesticides.

•  Protected Cultivation

  Dome Roof Poly-Net houses offer protection against hail, heavy rain, strong winds, and extreme temperatures, making them suitable for cultivation in regions with unpredictable weather conditions.

•  Seedling Propagation

  These structures are often used for seedling production, providing a controlled environment for germination and early growth stages before transplanting to the field.

•  Research and Education

  Dome Roof Poly-Net houses serve as valuable tools for agricultural research institutions, universities, and educational facilities for studying crop production, pest management, and greenhouse technology in controlled environments.

We are offering Modular Dome Polycarbonate Greenhouse to our clients.Pan India provided.Widely used for nursery applications, it meets the rising demands of our customers. This poly house also offers protection from hailing and sun exposure. Manufactured under the strict vigil of the experts, our offered range of dome poly house has managed to reap appreciations.


Features:

• For Nursery Purpose
• Shade net included
• High efficiency

A Dome Roof Poly-Net house, also commonly known as Round Type Poly-net house, Dome Roof Polyhouse, or Poly-Net House, is an agricultural greenhouse structure that combines the features of both conventional polyhouse and shade net house structure which is innovative and provides cutting edge technology in farming practice.

A Dome Roof Poly-Net house is a modern and innovative agricultural greenhouse structure classified by its dome-shaped roof design and the use of both poly-film and shade net for covering. This amalgamation of each method provides protection from adverse weather conditions, pests, and insects while allowing penetration of sunlight and air circulation to enter the structure.
Technical Specifications

• Structure

  The framework of a Dome Roof Poly-Net house is typically constructed using materials like galvanized steel, aluminum, or PVC pipes. The design is engineered to support the weight of the covering materials and withstand environmental loads such as wind and snow.

•  Ventilation System

  Dome Roof Poly-Net houses are equipped with openings or vents for natural airflow regulation. These vents may be manually operated or automated based on environmental sensors.

• Covering Materials

  The dome-shaped roof is covered with transparent polyethylene film, which allows sunlight to penetrate while trapping heat inside the structure. Insect-Proof Netting: Surrounding walls or sides of the structure are covered with insect-proof netting to prevent pests and insects from entering the greenhouse while allowing for natural ventilation.

•  Irrigation System

  An irrigation system, such as drip irrigation or overhead sprinklers, is essential for providing water to the plants grown inside the greenhouse.

Applications

•  Crop Production

  Dome Roof Poly-Net houses are widely used for growing a variety of crops, including vegetables, fruits, flowers, and herbs. The combined protection from adverse weather and pests creates an ideal environment for crop cultivation.

•  Organic Farming

  These structures are particularly suitable for organic farming practices as they provide a chemical-free solution for pest control while minimizing the need for synthetic pesticides.

•  Protected Cultivation

  Dome Roof Poly-Net houses offer protection against hail, heavy rain, strong winds, and extreme temperatures, making them suitable for cultivation in regions with unpredictable weather conditions.

•  Seedling Propagation

  These structures are often used for seedling production, providing a controlled environment for germination and early growth stages before transplanting to the field.

•  Research and Education

  Dome Roof Poly-Net houses serve as valuable tools for agricultural research institutions, universities, and educational facilities for studying crop production, pest management, and greenhouse technology in controlled environments.

Keeping the track of latest development of this domain, we manufacture and supply the premium quality of Polycarbonate Greenhouse. For growing plants, vegetables and flowers under unfavorable conditions, the rendered polycarbonate glass greenhouse is used. To meet the precise needs of our clients, we render the polycarbonate glass greenhouse in various sizes.
Mini-greenhouse is an excellent additional tool for growing sprouts and low plants, for example, pumpkins, cucumbers, watermelons, salads, dill, etc. If necessary, the mini-greenhouse can be easily moved and installed in another place. It can be easily opened and closed. During manufacturing process a 4mm thick polycarbonate is used for cover that increases heat insulation of the greenhouse and allows the mini-greenhouse to withstand large snow loads.

Polycarbonate greenhouses are famed for their durability and strength; unlike glass, these panels are virtually unbreakable. Our polycarbonate greenhouses are typically aluminium-framed too, to further bolster robustness. 
Polycarbonate greenhouse plastic is a highly compatible option for plant growth due to its unique features. Its intrinsic characteristic of superior light diffusion efficiently aids in the stimulation of photosynthesis, consequently promoting robust plant development. In addition to fostering plant growth, polycarbonate exhibits exceptional robustness and resistance. Its long-lasting durability, coupled with the ability to withstand adverse weather conditions, makes it an appealing choice for greenhouse plastic material.

Our small greenhouse has the same high-quality materials as our larger ones, designed with resilient polycarbonate panels and a rust-resistant aluminum frame. For easy access to the interior, the standalone mini greenhouse has a sliding door and opens at the top.

This DIY greenhouse features clear sides and diffused roof panels to protect from harsh overhead sunlight and providing balanced light transmission for your plants. The polycarbonate greenhouse keeps your plants warm in Winter and helps plants grow healthier and faster.

The backyard greenhouse includes a built-in gutter, a lockable door for extra protection, and a galvanized steel base for additional stability. Don’t let space, budget, or being a novice gardener stop you from growing, get the Ivy Greenhouse and get started!

• Mini Greenhouse: Small space standalone greenhouse measures 4×2 ft to fit in a small yard, your roof, patio, or balcony.
• Resilient Polycarbonate Panels: 100% UV protected, virtually unbreakable twinwall roof panels protect from strong sunlight exposure and translucent side panels maintain balanced growing conditions.
• Powder-Coated Aluminum Frame: Mini greenhouse frame is a strong, rust-resistant black metal and includes a galvanized steel base (anchors not supplied) for added strength and stability.
• Light Transmission: Roof panels provide 82% light transmission and crystal-clear wall panels provide over 90% light transmission.
• Year-Round Weather Resistance: Tested to withstand winds up to 62 mph and 20 lbs./sq. ft. of snow.
• DIY Assembly: Sliding panel system includes pre-drilled profiles, pre-cut sliding panels and all hardware
• Built In Gutter: Included gutter system to channel rainwater that can be used for irrigation
• Easy Access and Ventilation: Includes sliding front door and adjustable upper lid to help airflow, adjustment of humidity, temperature and ventilation.

Features:

• Resistance against harsh weathering conditions
• Sturdy construction
• UV protected twin wall PC sheet

We are offering Hydroponic Greenhouse to our clients.we are offering this pan india.

Hydroponics is a production method where plants are raised in various growing mediums and suspended in nutrient-rich water instead of soil. Depending on the system being used, plants are placed in individual slots or the chosen growing medium, like clay pellets or coco fiber, and are then given nutrients to help them grow.

In soil production, plants only have a limited time to absorb nutrients before they sink through the substrate, which wastes valuable food and diminishes growth. Instead of letting plants try to absorb nutrients through soil, hydroponics can deliver a solution directly to a plant’s root zone, supplying nutrients where they can be easily absorbed.

Inside a hydroponic greenhouse, improved nutrient delivery and superior growing conditions produce a cohesive environment for plants. An effective greenhouse cladding, like twin-wall polycarbonate, provides plants with valuable light transmission and diffusion, which facilitates photosynthesis and improved growth. Supplemental equipment can help a hydroponic greenhouse supply quality ventilation and climate control as well, creating a grow space that’s far more effective than outdoor cultivation.

A hydroponic greenhouse kit helps growers get the most out of their harvests. Whether a structure is short on room or growers are just trying to maximize their square footage, hydroponic systems are efficient enough to help most operations boost production in their hydroponic greenhouse.

 

ADVANTAGES OF GROWING IN A HYDROPONIC GREENHOUSE

Hydroponic greenhouse kits provide growers with a number of advantages over conventional growing strategies. Many of these benefits equate to long term cost savings, and when optimized, also increase profits from each harvest.

Water Efficiency – Hydroponics are designed to streamline water delivery to plants and help operations conserve their water supply. With the help of timers, growers can set their water and nutrients to be delivered at certain times, ensuring water isn’t used unnecessarily. Most hydroponic designs even recirculate water, further reducing water usage and waste by recycling a hydroponic greenhouse’s supply.

Reduced Risk Of Pests and Disease – While a hydroponic greenhouse kit is built to protect plants from outside pollutants, the growing equipment also helps contribute to that controlled environment. Soil is more susceptible to pests and disease, because it provides an environment where they can develop and multiply, whereas a clean and well-maintained hydroponic setup helps ensure only water and nutrients are delivered to plants. This makes it difficult for disease to proliferate or for pests to find a home within the hydroponic greenhouse.

Better, Larger, Year-Round Yields – Three of the most important factors in commercial production are quantity, quality and harvest frequency. A hydroponic greenhouse kit provides the ultimate controlled environment, using efficient watering, effective lighting and climate control to produce more robust yields, year-round, that are also higher in quality compared to traditionally grown plants.

Less Labor And Greater Automation Potential – In standard growing practices, manual labor is one of the most expensive and time consuming factors for operations. A hydroponic greenhouse can take full advantage of automation, negating the need for manual labor in multiple ways. 

We are one among the leading manufacturers of Dome Shaped Polyhouse that has  poly film as a covering material. Widely used for nursery applications, it meets the rising demands of our customers. This poly house also offers protection from hailing and sun exposure. Manufactured under the strict vigil of the experts, our offered range of dome poly house has managed to reap appreciations.


Features:

• For Nursery Purpose
• Shade net included
• High efficiency

A Dome Roof Poly-Net house, also commonly known as Round Type Poly-net house, Dome Roof Polyhouse, or Poly-Net House, is an agricultural greenhouse structure that combines the features of both conventional polyhouse and shade net house structure which is innovative and provides cutting edge technology in farming practice.

A Dome Roof Poly-Net house is a modern and innovative agricultural greenhouse structure classified by its dome-shaped roof design and the use of both poly-film and shade net for covering. This amalgamation of each method provides protection from adverse weather conditions, pests, and insects while allowing penetration of sunlight and air circulation to enter the structure.
Technical Specifications

• Structure

  The framework of a Dome Roof Poly-Net house is typically constructed using materials like galvanized steel, aluminum, or PVC pipes. The design is engineered to support the weight of the covering materials and withstand environmental loads such as wind and snow.

•  Ventilation System

  Dome Roof Poly-Net houses are equipped with openings or vents for natural airflow regulation. These vents may be manually operated or automated based on environmental sensors.

• Covering Materials

  The dome-shaped roof is covered with transparent polyethylene film, which allows sunlight to penetrate while trapping heat inside the structure. Insect-Proof Netting: Surrounding walls or sides of the structure are covered with insect-proof netting to prevent pests and insects from entering the greenhouse while allowing for natural ventilation.

•  Irrigation System

  An irrigation system, such as drip irrigation or overhead sprinklers, is essential for providing water to the plants grown inside the greenhouse.

Applications

•  Crop Production

  Dome Roof Poly-Net houses are widely used for growing a variety of crops, including vegetables, fruits, flowers, and herbs. The combined protection from adverse weather and pests creates an ideal environment for crop cultivation.

•  Organic Farming

  These structures are particularly suitable for organic farming practices as they provide a chemical-free solution for pest control while minimizing the need for synthetic pesticides.

•  Protected Cultivation

  Dome Roof Poly-Net houses offer protection against hail, heavy rain, strong winds, and extreme temperatures, making them suitable for cultivation in regions with unpredictable weather conditions.

•  Seedling Propagation

  These structures are often used for seedling production, providing a controlled environment for germination and early growth stages before transplanting to the field.

•  Research and Education

  Dome Roof Poly-Net houses serve as valuable tools for agricultural research institutions, universities, and educational facilities for studying crop production, pest management, and greenhouse technology in controlled environments.

Used for growing exotic flowers and vegetables at adverse conditions, this offered Hi-Tech Modular Polyhouse is highly demanded in the market. Made using hot dipped galvanized metals, this poly house has a tubular structure. It is widely appreciated for the ventilation fan provided inside. Conceding to the requirements and needs of our clients, we offer this poly house at standard industry prices.


Features:

• Growing exotic vegetable and exotic flowers in adverse condition
• Insect net included
• Shade net included

Polyhouses play a significant role in protecting plants from continuously changing weather and climatic conditions like heat, sun-light, and wind. This will help the plants grow at any time of the year. Every factor affecting the yield can be controlled in polyhouse farming.

Polyhouses are also known as polytunnels, tire green-houses, or over-head tunnels. It is generally a poly-ethylene tunnel, typically square, semi-circular, or lengthened.

The internal environment heats-up quickly because solar radiations heat the soil, plants, and other objects present in the polyhouse. The roof and walls of the polyhouse keep the internal heat trapped. Because of which the process of heat escaping from the polyhouse is very slow which keeps heating the plants and soil.
The main purpose of green/poly house is to protect cultivation from biotic (disease-causing organism i.e. insects, pests) and abiotic stresses (climatic factors i.e. Temperature, humidity etc.) which cause a major decrease in production (up to 90%). A normal greenhouse which costs 200-350 INR/square meter are most common in India (over 90% of total protected cultivation) but it is not that effective because of manual operations and labour requirement. Semi-automatic and normal greenhouses also have some facility like sprinklers, dripping system, fans and pads facility but the overall operation is done manually by assuming climatic parameters manually. It requires good sense and knowledge of climatic parameters as well as physical presence is required every time. 

Advantages of Polyhouse Farming:

Polyhouse is very desirable for organic farming because of its several food and environmental benefits. Some of the important benefits of polyhouse agriculture are listed below:

Crop Advantages:

• You can grow off-season crops. Such crops can yield higher profits as they are in increased demand with little supply.

• You can enjoy a whole year's yield of crops without having to wait for the season’s rotations.

• As you are controlling the factors like humidity, temperature, and sunlight, etc. There are very few chances of crop damage and loss.

• A drip irrigation system provides an effective solution for the scarcity of water supply. It is also more beneficial for crop growth.

 

Quality and Quantity Advantages:

 

• There is more control over pests and insects and your crops are less prone to lose due to them.

• The quality of the crop is relatively much higher.

• External environmental factors have little or no effect on the crops. Crops have a more favourable environment available for growth which eventually translates into higher profits.

• Fertiliser application becomes much easier, you can even use automated systems to make sure each plant is getting a definite amount of fertiliser for optimum growth.

• Reduced cropping period helps farmers to get 2 or 3 corps per year.

• Polyhouse can have more efficient drainage and aeration mechanisms.

• More production of CO2 in a polyhouse is useful for plant growth.

Established in the year 2020 at Greater Noida, Uttar Pradesh, we "El Cultivo" are a Proprietorship based firm, engaged as the foremost Manufacturer and Service Provider of Cultivation Service, Poly House etc.

Capsicum, also known as sweet pepper, bell pepper or Shimla Mirch is one of the popular vegetables

Varieties

Arka Basant, Arka Gaurav, Arka Mohini, Green Gold, Bharath.

Soil
Well drained loamy soil rich in organic matter.

Season of sowing
September - February

Seed rate
Varieties : 1.25 kg/ha
Hybrids : 200 g / ha

Nursery : 3 cents /ha
Treat the seeds with of Carbendazim @ 2 g /kg of seed and sow in lines across the bed at a spacing of 2.5 cm and then cover with top soil and then paddy straw. Watering with rose can has to be done daily. On 20th day of sowing, 300g of carbofuran 3G granules have to be applied in between the seedling lines across the bed, the soil has to be stirred and then the beds are irrigated.

Protected nursery

• Prepare the nursery area of 3 cents with slanting slope of 2 % for the seedling production to cover 1 ha.
• Cover the nursery area with 50 % shade net and cover the sides using 40/50 mesh insect proof nylon net.
• Form raised beds of 1 m width and convenient length and place HDPV pipes at 2m interval for further protection with polythene sheets during rainy months.
• Mix sterilized cocopeat @ 300 kg with 5 kg neem cake along with Azospirillum and phosphobacteria each @ 1 kg. Approximately 1.2 kg of cocopeat is required for filling one protray. 238 protrays (98 cells) are required for the production of 23,334 seedlings, which are required for one hectare adopting a spacing of 90 x 60 x 60 cm in a paired row system.
• Sow the treated seed in protrays @ 1 seed per cell.
• Cover the seed with cocopeat and keep the trays one above the other and cover with a polythene sheet till germination starts.
• After 6 days, place the protrays with germinated seeds individually on the raised beds inside the shade net.
• Water with rose-can everyday and drench with 19:19:19 @ 0.5% (5g/l) at 18 days after sowing.

Preparation of field
Plough the field to a fine tilth. Form ridges and furrows 45 or 60 cm apart. Transplant 40-45 days old seedlings at 30 cm spacing.

Irrigation
Irrigation at weekly or 10 days interval.

Layout and planting for drip irrigation and fertigation

• Apply FYM @ 25 t / ha as basal before last ploughing.
• Apply 2 kg/ha of Azospirillum and 2 kg/ha of Phosphobacteria by mixing with 20 kg of FYM.
• Apply 75 % total recommended dose of super phosphate ie 703 kg / ha as basal.
• Install the drip irrigation with main and sub main pipes and place lateral tubes at an interval of 1.5 m.
• Place the drippers in lateral tubes at an interval of 60 cm and 50 cm spacing with 4 LPH and 3.5 LPH capacities respectively.
• Form raised beds of 120 cm width at an interval of 30 cm and place the laterals at the centre of the each bed.
• Before planting, wet the beds using drip system for 8-12 hrs.
• Planting to be done at a spacing of 90 x 60 x 60 cm in the paired row system, using ropes marked at 60 cm spacing.
• Spray Pendimethalin 1.0 kg a.i. /ha or Fluchloralin 1.0 kg a.i/ha as pre-emergence herbicide at 3rd day after planting.
• Gap filling to be done at 7th day after transplanting.

.

Fertigation schedule for capsicum F1 Hybrid
Recommended dose: 250:150:150 kg / ha

 

We bring forth Shade Net Greenhouse that offers positive results for the growth of a wide range of crops. Providing protection from exposure to heat and insects, this offered poly house possess high demand. Ideal for hostile weather conditions, it is widely acknowledged by our customers. 

A shade net greenhouse, also known as a shade cloth greenhouse or shade house, is a type of greenhouse structure designed to provide shade and control light intensity for plants. It is constructed using a framework of metal or PVC pipes covered with a specialized shade netting material.

The shade netting used in these greenhouses is typically made of high-density polyethylene (HDPE) or woven fabric. The netting material is available in various shading percentages, such as 30%, 50%, or 70%, allowing growers to choose the level of shade required for their specific crops or environmental conditions.

The primary purpose of a shade net greenhouse is to protect plants from excessive sunlight and heat. It helps in regulating temperature, reducing direct sunlight exposure, and minimizing the risk of sunburn and heat stress for plants. The shade cloth also provides protection against hail, wind, and pests while allowing airflow and ventilation within the greenhouse.

Shade net greenhouses are commonly used in regions with hot climates or during the summer season when the intensity of sunlight is high. They are particularly beneficial for cultivating shade-loving plants, delicate seedlings, and crops that are susceptible to sunburn or heat damage.

By controlling the amount of light and heat that enters the greenhouse, shade net structures create a more favorable growing environment, promoting optimal plant growth and reducing the need for excessive watering. They are often used in horticulture, floriculture, nurseries, and other agricultural applications.

Overall, shade net greenhouses offer a cost-effective and efficient solution for growers to protect their crops from excessive sunlight and create a controlled environment for better plant growth and productivity.