Hoop House / Poly Plastic 65-70% light diffusion engineered for FL & CA greenhouses
- Includes infrared additives
- Designed specifically for FL & CA light intensity
- Light Diffusion 65% - 70%
- Light Transmission 85%
- Cut-to-length per customer requirement
Available Sizes:
Hoop House Poly Plastic film is primarily manufactured to meet Florida and California’s light intensity with the hottest sun possible. The temperature control mechanisms are made more effective with the inclusion of infrared (IR) additives, which help retain heat at night and, at the same time, avoid temperature spikes during the day. The 65-70% light diffusion feature promotes even sunlight distribution and inhibits plant burns while ensuring uniform growth. The custom cut-to-length options from 12′ to 60′ wide make it a good choice for both hoop houses and high tunnels in these states.
Infrared Additives for Better Heat Retention
This greenhouse plastic comes with intelligent IR technology which traps heat during cool nights and avoids excessive heat during the day. This plastic light diffuser sheet protects a stable environment from a sharp drop in temperature that may damage crops.
65-70% Light Diffusion for Balanced Sunlight
This film with moderate light diffusion directs sun rays to a large area thus reducing the formation of hotspots and plant stress. The random distribution prevents shadows and makes sure that plants grow uniformly in the greenhouse, while making it suitable for vegetables, flowers, and high-value crops.
Durable 6 Mil Thickness for Long-Lasting Protection
Our 6-mil hoop house plastic has incredible strength to resist UV, wind, and rain influences. It is lightweight for easy installation yet rugged for prolonged multi-season usage. The material is meant for high tunnel and hoop house structures, which guarantees quality under the climatic conditions of Florida and California.
Custom Sizing to Fit Any Hoop House Structure
The film that is available with a 12′ to 60′ width can be cut to the desired size, thus eliminating waste and ensuring the best possible insulation. Be it little hoop houses to huge commercial buildings, this plastic cover for sure will provide the right kind of cover to be most efficient somehow.
Designed for FL & CA Light Conditions
This polyethylene plastic for the greenhouse is specially designed for the intense sunlight and temperature conditions in Florida and California. Additionally, the product can reduce excessive light exposure and provide a more bearable & stable climate for production.
Reliable Performance for Extended Use
The advanced light diffusion technology and UV-resistant material of this film not just withstand the extreme weather conditions but also deliver healthy crops. Better climate control, energy efficiency, and long-term durability were the reasons why FL & CA growers trust it the most.
✓ Quality Guarantee
We stand behind our products with comprehensive quality assurance and customer support.
Technical Specifications
General Information
Product Properties
| Property | Test Method | Units | Value |
|---|---|---|---|
| Tensile Strength at break [MD] | ASTM D-882 | MPa | 26 |
| Tensile Strength at break [TD] | ASTM D-882 | MPa | 27 |
| Elongation at break [MD] | ASTM D-882 | % | 500 min |
| Elongation at break [TD] | ASTM D-882 | % | 500 min |
| Tear resistance [MD] | ASTM D-1922 | Kg./mm | 8.0 |
| Tear resistance [TD] | ASTM D-1922 | Kg./mm | 11.0 |
| Falling Dart Impact (200 µ) | ASTM D-1709 | gr. | 1200 |
| Total light transmission | EN 13206 | % | 85 |
| Light diffusion | EN 13206 | % | 65–70 |
| Thermicity | EN 13206 | % | 70 |
| UV blocking | EN 13206 | %/nm | 97/350 |
| Thickness average tolerance | EN 13206 | % | ±5% on nominal |
Use and Limitations
Exposure to chemicals
Exposure of greenhouse films to severe chemical conditions has an adverse effect on the lifetime of the film. Avoid excessive use of agrochemicals such as pesticides, herbicides, fungicides and fertilizers. Take measures to prevent direct contact of chemicals to the film. Ensure that metal structures are galvanized and are free from corrosion. When wooden structure parts are used, avoid contact of the film with resin, oil, petroleum or volatile preservatives. Prevent contact of the film with PVC accessories. Chemicals containing halogens, sulfur, copper, iron, are known to accelerate the degradation of greenhouse films.
Specifically, if the following elements are found at levels higher than specified, the films are excluded from this warranty:
| Element | Maximum level |
|---|---|
| Sulfur | 500 ppm |
| Chlorine | 50 ppm |
| Iron | 50 ppm |
Overheating
Overheating of the film has an adverse effect on its lifetime. Hot air should be directed away from the film.
Disinfection chemical use
When chemicals are used to disinfect the soil, the treated soil must be covered with a film for a minimum of three weeks. After the film is removed, the greenhouse should be ventilated.
You can download the full specification in PDF format.
Installation Guidelines
Before Installation:
- Check weather conditions - install on calm, dry day
- Ensure frame is smooth with no sharp edges
- Clean frame of debris and old material
- Have all fastening materials ready
Installation Steps:
- Unroll material carefully to avoid wrinkles
- Allow adequate overlap on all sides
- Start fastening from one end, working systematically
- Maintain proper tension - firm but not over-tight
- Secure with appropriate fasteners
- Trim excess material with sharp knife
Best Practices:
- Install during moderate temperatures
- Use proper fastening systems
- Avoid over-tensioning in cold weather
- Allow for thermal expansion
- Check and retighten fasteners seasonally
⚠️ Important
Proper installation is crucial for optimal performance.
Follow guidelines or consult with our experts.
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