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We design and manufacture growing systems for greenhouse facilities all over the world.

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Elevated cut flowers

Elevated Cut Flower Concept

Elevated cut flower cultivation refers to growing cut flowers on supports that are raised above the ground. This method typically uses substrates as the growing medium instead of traditional soil. It increases space utilization, reduces soil-borne diseases, and facilitates automated management.

 

Elevated Cut Flower Advantages

  • Increase Land Use Efficiency: Elevated cultivation boosts unit area yields by 3-5 times.
  • Facilitate Management and Harvesting: Elevated cultivation eases worker operations and improves labor efficiency.
  • Improve Growing Environment: Elevated cultivation reduces soil-borne pests and diseases, and enhances ventilation and light for strawberries.
  • Enhance Fruit Quality: Elevated strawberries produce plumper, brighter, and better-tasting fruits.

 

Elevated Cut Flower Uses

  • Commercial Production: Suitable for commercial cut flowers like roses and chrysanthemums.
  • Agritourism: 3D cultivation and automation enhance aesthetics, ideal for agritourism.
  • Research and Demonstration: Used for showcasing modern agricultural technologies.
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Specifications

Parameter Details 
MaterialSRP Plastic-Coated Coil / Laminated Coil
Zinc CoatingHot-Dip Galvanized (GI), Galvalume (AZ), Zinc-Aluminum-Magnesium (ZM), Aluminum-Magnesium (AM)
Surface CoatingPolyester (PE), High Durability Polyester (HDP), Silicone Modified Polyester (SMP), Fluorocarbon (PVDF), SRP, and other special coating combinations
Thickness0.6mm, 0.7mm
Width400mm, 440mm, 485mm, 600mm, etc.
CertificationSGS
Connection MethodBolts and nuts (As shown in the figure below)

  • Synergistic Performance Upgrades: Delivers enhanced processing performance, exceptional resistance to acid, alkali, and oxidative corrosion, combined with advanced anti-condensation and self-cleaning (anti-fouling) properties.

  • Extreme Durability Tested: * Passed 3,000 hours of salt spray testing.

    • Withstands 24-hour immersion in 25% hydrochloric acid (HCl).

    • Withstands 24-hour immersion in 30% hydrogen peroxide (H2O2).

  • Superior Corrosion Protection: Offers an anti-corrosion lifespan that is over 3 times higher than traditional color-coated materials. It utilizes the sacrificial anode effect of the metallic coating to form a dense oxide film, effectively isolating the substrate from corrosive media.

  • Eco-Friendly & Safe: Fully compliant with EU RoHS environmental directives and passed EU REACH certification for food-contact safe surfaces.

Video

FAQ

First, you need a clear greenhouse design plan. From site selection to delivery, we primarily need to consider greenhouse selection, covering methods, heating and ventilation types, environmental control systems, and water and fertilizer systems.

If possible, it is best to provide a relatively accurate drawing or a hand-drawn sketch of the greenhouse structure. Additionally, you will need to include a fairly precise layout diagram of the planting system or a piping diagram of the irrigation system.

If you do not have drawings, please inform CHANSCEN of your greenhouse type, bay width and span dimensions, and also crop types. We will then provide customized greenhouse planting system design drawings based on your requirements. Once the design is confirmed, we will issue a formal quotation.

Generally, for standard planting systems with order quantities within one 40HQ container capacity, we require approximately 10-15 days for delivery.

For orders exceeding five 40HQ containers, our delivery time typically spans 25-30 days. Should you have specific requirements regarding the timing of goods receipt, please inform our colleague, who will coordinate production schedules to maximize alignment with your delivery expectations.

We operate a 6,000-square-meter production facility specializing in manufacturing various types of metal and plastic products. We produce all greenhouse-related peripheral products, with particular expertise in custom-made accessories. We look forward to receiving your inquiries or emails so we can better serve your needs.

Certificate

First, you need a clear greenhouse design plan. From site selection to delivery, we primarily need to consider greenhouse selection, covering methods, heating and ventilation types, environmental control systems, and water and fertilizer systems.

If possible, it is best to provide a relatively accurate drawing or a hand-drawn sketch of the greenhouse structure. Additionally, you will need to include a fairly precise layout diagram of the planting system or a piping diagram of the irrigation system.

If you do not have drawings, please inform CHANSCEN of your greenhouse type, bay width and span dimensions, and also crop types. We will then provide customized greenhouse planting system design drawings based on your requirements. Once the design is confirmed, we will issue a formal quotation.

Generally, for standard planting systems with order quantities within one 40HQ container capacity, we require approximately 10-15 days for delivery.

For orders exceeding five 40HQ containers, our delivery time typically spans 25-30 days. Should you have specific requirements regarding the timing of goods receipt, please inform our colleague, who will coordinate production schedules to maximize alignment with your delivery expectations.

We operate a 6,000-square-meter production facility specializing in manufacturing various types of metal and plastic products. We produce all greenhouse-related peripheral products, with particular expertise in custom-made accessories. We look forward to receiving your inquiries or emails so we can better serve your needs.

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