Shade Houses are used for the following application:

• Plantation Nurseries
• Forest Nurseries
• Hardening of Tissue Cultured Plantlets
• Off season vegetable production
• Seedling unit

Specification:

• Structure: GI Round /Square Pipe section
• Covering: Agro Shade Net ( 75% / 50% / 35% )
• Fixing: Special Aluminium section
• Humidity: Micro Fogging System / Micro Misting System
• Irrigation: Drip / Micro sprinkler system
• Fixing: Aluminium / GI Box type Profile with GI Zig Zag Spring wire.

The Shade houses / Net houses offer cross ventilation as well as very good growing results for a wide range of vegetable crops like as tomatoes, capsicum, cucumbers and very good for a varieties of flowers and ornamentals. The shade house offer different shade percentage adjusting to different crops and a diversity of situations Shade House also provide protection from.

 

Product Specification

Material	GI Structure With Top Poly Film
Color	Black / Green / Red / White
Width	52 Meter
Length	76 Meter
Thickness	200 Micron
Shading	50% To 90%
Usage/Application	Agriculture
Brand	Shri Ji
Durability	2-3 Year
Application	Greenhouse
Minimum Order Quantity	4000 Sqm.

 

Additional Information

Item Code	SJI-0144
Delivery Time	Same Day
Port of Dispatch	Jodhpur
Production Capacity	50,000 Sqm.
Packaging Details	Large Bag’s
Packing Qty	1 Bag
Payment Terms	Advance
Payment Mode	RTGS / NEFT / IMPS

 

Advantages of Using a Net Poly House for Crop Cultivation:

I. Extended Growing Season and Climate Control

• Increased Growing Season: Net Poly Houses provide an extended growing season, additionally certainly allowing farmers to cultivate crops beyond their natural seasons.
• Climate Control: The structure of a Net Poly House enables effective control of temperature, humidity, and certainly light, creating optimal growing conditions for crops.

II. Protection from Adverse Weather Conditions

• Shielding from Harsh Weather: Net Poly Houses provide a protective barrier against extreme weather conditions such as heavy rains, hailstorms, strong winds, and excessive heat.
• Reduced Risk of Crop Damage: By preventing direct exposure to adverse weather, Net Poly Houses minimize the risk of crop damage, additionally ensuring better crop yield and certainly quality.

III. Pest and Disease Management

• Physical Barrier to Pests: The netting used in Net Poly Houses acts as a physical barrier, certainly preventing pests and insects from accessing the crops.
• Reduced Chemical Dependency: With better pest control, farmers can minimize the use of additionally chemical pesticides, promoting environmentally friendly and sustainable farming practices.

IV. Increased Crop Yield and certainly Quality

• Optimal Growing Conditions: The ability to control environmental factors in Net Poly Houses allows for the provision of optimum conditions, leading to increased crop yields and improved quality.
• Protection from External Factors: Shielding crops from external factors such as dust, pollution, and certainly excessive sunlight helps maintain the integrity and appearance of the produce.

V. Water Conservation and Efficient Resource Utilization

• Water-Saving Irrigation Systems: Net Poly Houses altogether often employ efficient irrigation systems, such as drip irrigation or misting, which minimize water wastage and ensure precise plant water distribution.
• Optimized Resource Utilization: Net Poly Houses enable better resource management, as nutrients, altogether water, and fertilizers can be specifically tailored to meet the needs of the crops, reducing wastage.

VI. Flexibility and Versatility

• Crop Diversification: Net Poly Houses offer the flexibility to grow a wide variety of crops, certainly including vegetables, flowers, herbs, and fruits, irrespective of the natural climate or geographical location.
• Year-round Production: By providing a controlled environment, Net Poly Houses allow continuous production throughout the year, ensuring a steady supply of fresh produce.

VII. Economic Benefits for Farmers

• Higher Return on Investment: With increased crop yield, improved quality, and reduced losses from weather and certainlly pests, Net Poly House farming can yield higher profits for farmers.
• Market Advantage: The ability to supply crops off-season or early in the season can give farmers a competitive edge in the market, potentially commanding higher prices.

Overall, Net Poly Houses offer several advantages for crop cultivation, including an extended growing season, protection from adverse weather, additionally enhanced pest and certainly disease management, increased crop yield and quality, water conservation, resource utilization, additionally flexibility, versatility, and economic benefits for farmers.

Types of Crops Suitable for Net Poly House Farming:

I. Leafy Greens and Herbs

• Lettuce: Varieties like butterhead, romaine, and leaf lettuce thrive well in Net Poly Houses due to the controlled environment that helps maintain altogether consistent temperature and humidity.
• Spinach: Spinach is well-suited for Net Poly House cultivation as it prefers cooler temperatures and partial shade.
• Basil: Herbs like basil, which require warm temperatures and protection from harsh weather, can be successfully grown in Net Poly Houses.

II. Tomatoes and Peppers

• Tomatoes: Tomatoes are popular crops for Net Poly House farming as they benefit from the controlled environment, ensuring optimal temperature and protection from adverse weather.
• Peppers: Bell peppers, chili peppers, and other varieties thrive in Net Poly Houses, where temperature and humidity can be regulated to meet their specific needs.

III. Cucumbers and Zucchini

• Cucumbers: Cucumber vines grow well in Net Poly Houses, as they require warm temperatures, high humidity, and protection from wind.
• Zucchini: Zucchini plants, known for their large leaves and sprawling growth, can be effectively cultivated in Net Poly Houses, where they receive protection from extreme weather conditions.

IV. Strawberries

• Strawberries: These delicate fruits benefit greatly from Net Poly House cultivation. The controlled environment protects from heavy rains, pests, and diseases, resulting in higher yields and better quality berries.

V. Flowers

• Roses: Roses can be grown in Net Poly Houses to extend their growing season and protect them from strong winds and heavy rains, resulting in healthier plants and better blooms.
• Carnations: Carnations thrive in the controlled environment of Net Poly Houses, additionally allowing for continuous production and protection from inclement weather.

VI. Microgreens

• Microgreens: Different varieties, like radish, broccoli, and kale, are well-suited for Net Poly House cultivation. However, the controlled environment promotes quick and healthy growth, ensuring a consistent supply of these nutrient-rich greens.

VII. Other Suitable Crops

• Melons: Certain melon varieties, such as cantaloupe and honeydew, can be grown in Net Poly Houses, altogether offering protection and optimal growing conditions.
• Beans: Climbing beans, such as pole beans, can be cultivated in Net Poly Houses, providing vertical support and protection from weather fluctuations.

Net Poly Houses offer a versatile environment for cultivating various crops, including leafy greens, herbs, tomatoes, peppers, cucumbers, zucchini, strawberries, additionally flowers like roses and carnations, micro greens, melons, and beans. However, the controlled conditions and protection from adverse weather make Net Poly House farming an ideal choice for maximizing crop yield and quality.

Design Considerations for Building a Net Poly House:

I. Site Selection

• Sunlight Exposure: Choose a location with maximum sunlight exposure throughout the day to provide optimal light conditions for the crops.
• Wind Protection: Consider natural windbreaks or build wind barriers to altogether protect the Net Poly House from strong winds that could damage the structure or crops.
• Drainage: Ensure proper site drainage to prevent waterlogging, as excess moisture can lead to plant diseases and root damage.

II. Structure and Materials

• Frame Material: Select a sturdy frame material, such as galvanized steel or aluminum. That can withstand the weight of the netting, environmental factors, and potential loads like snow.
• Netting Material: Choose high-quality, UV-stabilized netting that provides adequate light transmission while effectively protecting crops. From pests and harsh weather conditions.
• Ventilation System: Incorporate ventilation systems, such as roll-up or side curtains, to regulate temperature, humidity. And certainlly air circulation within the Net Poly House.
• Door Access: Design proper entry points and doors that allow easy access for altogether personnel, equipment, and the movement of harvested crops.

III. Environmental Control

• Temperature Regulation: Consider installing fans, shade cloths, or evaporative cooling systems to control temperature and prevent excessive heat build-up during hot seasons.
• Humidity Management: Incorporate misting systems or foggers to maintain appropriate humidity levels, additinally especially in arid regions or when growing humidity-sensitive crops.
• Lighting Integration: Install supplemental lighting systems, such as LED grow lights, to compensate for additionally insufficient natural light during cloudy days or in regions with shorter daylight hours.

IV. Irrigation and Water Management

• Irrigation System: Implement an efficient irrigation system, such as drip irrigation, to deliver clean water to the crops, ensuring water conservation and avoiding excessive moisture.
• Rainwater Harvesting: Consider integrating rainwater collection systems to supplement irrigation needs and additionally reduce dependency on external water sources.
• Drainage System: Design a proper drainage system to prevent water accumulation and ensure efficient water flow, avoiding waterlogging around the plants.

V. Crop Support and Layout

• Vertical Growing: Incorporate trellises, vertical frames, or additionally hanging structures to support climbing plants and maximize space utilization.
• Aisle Layout: Plan comprehensive enough aisles between crop beds to facilitate easy movement, maintenance, and harvesting operations.
• Crop Rotation: Design the layout to accommodate crop rotation, additionally allowing for better soil health and disease prevention.

VI. Pest and Disease Management

• Insect Screens: Install insect screens on openings and vents to prevent pest entry while maintaining proper airflow.
• Access Points: Design access points for regular inspection and pest control measures, such as sticky traps or biological control methods.
• Sanitation Measures: Incorporate proper sanitation practices, additionally including cleaning equipment, additionally removing plant debris, and implementing pest monitoring protocols.

VII. Safety Measures

• Structural Stability: Ensure the Net Poly House is designed to withstand potential environmental hazards like heavy rain, snow, or high winds, ensuring the safety of personnel and crops.
• Fire Safety: Implement fire-resistant materials and fire prevention measures, such as proper electrical wiring and additionally extinguisher placement.
• Emergency Exits: Plan emergency exits and evacuation routes to ensure the safety of workers in case of emergencies.

When designing a Net Poly House, careful consideration of site selection, structure and additionally materials, environmental control, irrigation and water management, crop support, and layout, pest and disease management, and safety measures will contribute to the overall success and efficiency of the cultivation system.