Engineered for Every Crop

Polyhouses

Fabricated polyhouse structures — tunnel, U-type, and multi-span designs — built in-house to your site's dimensions for controlled-environment cultivation.

GI pipe frame, UV-stabilised film, custom spans

Available types

Sub-type

Tunnel Type Polyhouse

Tunnel Type Polyhouse is an arched protected cultivation structure designed to provide a suitable growing environment for crops while protecting them from harsh weather conditions. Its tunnel-shaped design provides good natural ventilation, efficient rainwater drainage and effective crop protection. Key Features Strong and durable arched structure UV-stabilized greenhouse covering Natural ventilation through side openings or roll-up curtains Protection from heavy rain, wind and excessive sunlight Drip irrigation and fertigation compatible Insect-proof netting can be provided Suitable for different crop-support systems Available in customized sizes according to land and crop requirements Benefits of Tunnel Type Polyhouse Creates a more suitable microclimate for crop growth Protects crops from unfavourable weather conditions Helps improve crop quality and uniformity Efficient use of water through drip irrigation Suitable for protected and off-season cultivation Helps reduce direct exposure to pests and environmental stress Suitable for small, medium and commercial farming projects Suitable Crops Tunnel Type Polyhouse is commonly suitable for: Tomato Cucumber Capsicum Cherry Tomato Leafy Vegetables Nursery Plants Flowers and other high-value crops Crop suitability depends on the local climate, cultivation method and market requirements. Tunnel Type Polyhouse Structure A typical Tunnel Type Polyhouse consists of: Sr. No. Component 1 GI/steel arched framework 2 UV-stabilized greenhouse film 3 Side ventilation system 4 Insect-proof net 5 Entry door 6 Drip irrigation system 7 Fertigation system 8 Crop support system 9 Required greenhouse accessories and fixtures Tunnel Type Polyhouse Design The design and dimensions of a Tunnel Type Polyhouse should be selected according to: Available land area Crop type and height Local wind and rainfall conditions Required ventilation Irrigation requirements Covering material Farming budget A site-specific design helps ensure better structural strength, ventilation and long-term performance. Tunnel Type Polyhouse Cost The cost of a Tunnel Type Polyhouse depends on its size, structural material, covering film, ventilation system, irrigation, fertigation, crop-support system, installation and site conditions. For an accurate price, the project should be evaluated according to the required area and specifications. Why Choose a Tunnel Type Polyhouse? Tunnel Type Polyhouse is a practical solution for farmers looking for protected cultivation with a simple and efficient tunnel-shaped structure. It can be customized according to crop requirements, land conditions and farming objectives. For a complete Tunnel Type Polyhouse project, proper design, quality materials and professional installation are important for reliable long-term performance.

Covering Material Polythene Film Structure Material Galvanized Iron Application Nursery Application Vegetables Structure Type U TypeView

Sub-type

Natural Ventilated Polyhouse

Natural Ventilated Polyhouse (NVPH) is a widely used agriculture greenhouse structure that regulates the internal growing climate purely through natural air movement — side and top/ridge ventilation — without depending on electrically powered fans or pads. It is one of the most practical and cost-effective polyhouse designs for round-the-year protected cultivation. Key Features Ridge/top ventilation combined with side ventilation for continuous natural air exchange No electricity or fan dependency for cooling and air circulation Strong GI pipe/truss framework built to standard specifications UV-stabilized polyethylene film covering Insect-proof netting fitted on all ventilation openings Drip irrigation and fertigation compatible Roll-up or fixed side curtains for climate adjustment Available in customized spans and gutter heights according to land and crop requirements Benefits of Natural Ventilated Polyhouse Creates a stable natural microclimate without running/operational costs Low power consumption compared to fan-and-pad systems Can be built to standard specifications commonly required for horticulture subsidy schemes Helps improve crop quality and uniformity Reduces pest and insect entry through insect-proof netting Efficient use of water through drip irrigation and fertigation Durable, low-maintenance structure suitable for long-term use Suitable for small, medium and commercial farming projects Suitable Crops Natural Ventilated Polyhouse is commonly suitable for: Tomato Capsicum Cucumber Exotic Vegetables Cut Flowers (Rose, Gerbera, Carnation) Nursery Plants and seedling raising Crop suitability depends on the local climate, cultivation method and market requirements. Natural Ventilated Polyhouse Structure A typical Natural Ventilated Polyhouse consists of: Sr. No. Component 1 GI tubular/truss structure 2 UV-stabilized poly film covering 3 Top/ridge ventilation system 4 Side ventilation with insect-proof net 5 Entry door 6 Drip irrigation system 7 Fertigation system 8 Crop support system 9 Required greenhouse accessories and fixtures Natural Ventilated Polyhouse Design The design and dimensions of a Natural Ventilated Polyhouse should be selected according to: Available land area Crop type and height Local wind and climate conditions Required ventilation percentage Irrigation requirements Covering material Farming budget A properly engineered, site-specific design helps ensure optimal ventilation, structural strength and long-term performance. Natural Ventilated Polyhouse Cost The cost of a Natural Ventilated Polyhouse depends on its span and gutter height, structural material, covering film, ventilation percentage, irrigation, fertigation, crop-support system, installation and site conditions. For an accurate price, the project should be evaluated according to the required area and specifications. Why Choose Rudra Enterprises for Your Natural Ventilated Polyhouse? As an experienced greenhouse manufacturer and greenhouse supplier, Rudra Enterprises delivers a complete greenhouse construction service — from site survey and design to structure fabrication, covering, ventilation, irrigation and installation. For a complete Natural Ventilated Polyhouse project, proper design, quality materials and professional installation are important for reliable long-term performance.

GI pipe frame, UV-stabilised film, custom spansView

Sub-type

Fan & Pad Polyhouse

Fan & Pad Polyhouse is a fully climate control greenhouse system that uses forced-air evaporative cooling — exhaust fans on one wall and wet cellulose cooling pads on the opposite wall — to hold temperature and humidity inside a tight, crop-favourable range regardless of the outside weather. It is one of the most effective fan pad polyhouse designs for high-value crops that cannot tolerate the temperature swings of a naturally ventilated structure. Key Features Wet-wall cooling pad system with continuous water circulation for evaporative cooling Wall-mounted exhaust fan bank that draws air across the pads for controlled airflow Precise temperature and humidity control, independent of outside weather GI pipe/truss framework with UV-stabilized film or polycarbonate covering Thermal/shade screens for additional heat and light management Fogging and misting compatibility for extra humidity control Automated control panel for fan cycling and pad wetting Insect-proof netting and drip irrigation/fertigation compatible Benefits of Fan & Pad Polyhouse Maintains a stable internal microclimate even in peak summer heat Enables cultivation of high-value, climate-sensitive crops round the year Higher yield and quality compared to naturally ventilated structures Reduces crop stress and disease pressure from temperature and humidity swings Supports precision fertigation for consistent nutrition Extends the growing season beyond what open-field or natural ventilation allow Well suited for export-quality produce and protected nurseries Suitable Crops Fan & Pad Polyhouse is commonly suitable for: Capsicum Cherry Tomato Cucumber Exotic Vegetables Cut Flowers (Rose, Gerbera, Carnation) Tissue Culture Hardening and nursery plants Crop suitability depends on the local climate, cultivation method and market requirements. Fan & Pad Polyhouse Structure A typical Fan & Pad Polyhouse consists of: Sr. No. Component 1 GI tubular/truss structure 2 Exhaust fan bank 3 Cooling pad wall with sump tank and water circulation pump 4 UV-stabilized poly film or polycarbonate covering 5 Thermal/shade screen 6 Insect-proof netting 7 Fogging/misting system 8 Automated control panel 9 Drip irrigation and fertigation system 10 Required greenhouse accessories and fixtures Fan & Pad Polyhouse Design The design and dimensions of a Fan & Pad Polyhouse should be selected according to: Available land area and orientation for correct airflow direction Crop type, height and canopy density Peak outside temperature and humidity in the region Required fan capacity and pad area Power supply and backup availability Irrigation and fertigation requirements Farming budget A properly engineered, site-specific design helps ensure correct fan-pad sizing, structural strength and long-term performance. Fan & Pad Polyhouse Cost The cost of a Fan & Pad Polyhouse depends on its span and gutter height, number and capacity of fans, pad area and material, covering (film or polycarbonate), automation level, irrigation, fertigation, and site conditions. For an accurate price, the project should be evaluated according to the required area, crop and level of automation. Why Choose Rudra Enterprises for Your Fan & Pad Polyhouse? Rudra Enterprises is a trusted polyhouse manufacturer in Pune, delivering Fan & Pad Polyhouse projects across Maharashtra — from site survey and design to fan-pad selection, structure fabrication, covering, automation and installation. For a Fan & Pad Polyhouse to perform reliably through peak summer, accurate fan-pad sizing and professional installation are essential for long-term performance.

GI pipe frame, UV-stabilised film, custom spansView

Sub-type

Mist Chamber Polyhouse

Mist Chamber is a specialized, high-humidity propagation structure built to raise the success rate of cuttings, seedlings and tissue-culture plantlets. Covered in polycarbonate sheet for better insulation and diffused light, it is one of the most reliable polycarbonate mist chamber designs for commercial nurseries and any agriculture nursery operation. Key Features Automated misting nozzle system for continuous fine humidity Polycarbonate sheet covering for insulation and diffused light Timer/humidistat controlled misting cycles GI/aluminum frame with corrosion-resistant fittings Shade net layer for additional light control Raised propagation benches/trays for easy handling Water pump and filtration system for clean misting water Compact, space-efficient design suitable for any nursery polyhouse setup Benefits of Mist Chamber Significantly improves rooting success of cuttings and grafts Maintains consistent humidity for tissue-culture hardening Reduces transplant shock and seedling mortality Faster and more uniform germination Protects young plants from direct sun and temperature extremes Low running cost compared to fully climate-controlled structures Easy to integrate alongside an existing polyhouse or greenhouse Suitable Crops Mist Chamber is commonly used for: Ornamental Cuttings Fruit Plant Grafting & Rooting Tissue Culture Hardening Vegetable Seedlings Nursery Plants Crop suitability depends on the local climate, cultivation method and market requirements. Mist Chamber Structure A typical Mist Chamber consists of: Sr. No. Component 1 GI/aluminum frame 2 Polycarbonate sheet covering 3 Automated misting nozzle system 4 Timer/humidistat controller 5 Water pump and filtration unit 6 Shade net covering 7 Propagation benches/trays 8 Required greenhouse accessories and fixtures Mist Chamber Design The design and size of a Mist Chamber should be selected according to: Number of propagation trays/benches required Crop type and rooting/hardening duration Local humidity and temperature conditions Water source and filtration needs Power supply for pump and controller Nursery budget A properly engineered, site-specific design helps ensure uniform misting, healthy propagation and long-term performance. Mist Chamber Cost The cost of a Mist Chamber depends on chamber size, covering material, misting system quality, automation level (timer vs humidistat), and site conditions. For an accurate price, the project should be evaluated according to the required chamber size and propagation capacity. Why Choose Rudra Enterprises for Your Mist Chamber? As a trusted greenhouse supplier in Maharashtra, Rudra Enterprises builds Mist Chambers for commercial nurseries and hobby growers alike — from misting system selection and structure fabrication to covering and on-site installation. For a Mist Chamber to deliver consistent propagation results, correct misting design and professional installation are essential for long-term performance.

GI pipe frame, UV-stabilised film, custom spansView

Sub-type

Hydroponic Polyhouse

Hydroponic Polyhouse combines a climate-controlled structure with a soil-less, nutrient-solution growing system — giving precise control over both the growing environment and plant nutrition. It is one of the most advanced hydroponic greenhouse formats for consistent, export-quality yields. Key Features Soil-less growing system — NFT, Dutch bucket or media-bed based Nutrient dosing system with EC/pH-controlled fertigation Grow channels/gutters or grow bags in place of soil beds GI structure with poly film or polycarbonate covering Compatible with fan & pad or natural ventilation for climate control Crop support/trellising system for vertical growth Insect-proof netting and water recirculation for efficient use Optional CO2 enrichment for higher yields Benefits of Hydroponic Polyhouse Up to 90% more water-efficient than soil-based cultivation Higher yield and uniform quality through precise nutrition Eliminates soil-borne diseases and pests Enables multiple crop cycles per year Consistent, export-quality produce Reduces labour for weeding and soil preparation Suitable for year-round, high-density cultivation Suitable Crops Hydroponic Polyhouse is commonly suitable for: Cherry Tomato Capsicum Cucumber Lettuce & Leafy Greens Strawberry Cut Flowers (Rose, Gerbera, Carnation) Crop suitability depends on the local climate, cultivation method and market requirements. Hydroponic Polyhouse Structure A typical Hydroponic Polyhouse consists of: Sr. No. Component 1 GI tubular/truss structure 2 Poly film or polycarbonate covering 3 NFT/Dutch bucket/media-bed growing system 4 Nutrient tank and dosing unit 5 EC/pH controller 6 Grow channels/gutters or grow bags 7 Crop support/trellising system 8 Insect-proof netting 9 Water recirculation system 10 Required greenhouse accessories and fixtures Hydroponic Polyhouse Design The design of a Hydroponic Polyhouse should be selected according to: Crop type and growing system (NFT / Dutch bucket / media bed) Required nutrient dosing capacity Climate control method (fan-pad or natural ventilation) Available land area and layout Water source and recirculation setup Farming budget A properly engineered, site-specific design helps ensure uniform nutrient delivery, structural strength and long-term performance. Hydroponic Polyhouse Cost The cost of a Hydroponic Polyhouse depends on the growing system type, nutrient dosing automation, structure covering, climate control method, and site conditions. For an accurate price, the project should be evaluated according to the required area, crop and growing system. Why Choose Rudra Enterprises for Your Hydroponic Polyhouse? Rudra Enterprises is known among growers near Pune for complete hydroponic greenhouse projects — from site survey and system design to fertigation automation, structure fabrication and installation, backed by hands-on experience across Maharashtra. For a Hydroponic Polyhouse to deliver consistent, export-quality results, correct system design and professional installation are essential for long-term performance.

GI pipe frame, UV-stabilised film, custom spansView