Strawberry Greenhouse Film
Strawberry Greenhouse Film is designed for protected strawberry production, where condensation control, light conditions and nighttime temperature management are important. Fenglong offers 150 micron PM686J and 200 micron PM886J options for different strawberry greenhouse requirements. Contact Fenglong to compare suitable models, confirm technical specifications and request a project quotation.
Why Strawberry Greenhouses Need Specialized Film
Strawberry production presents several covering-film considerations that are different from general vegetable production.
Condensation and Water Droplets
Strawberry plants can be sensitive to water dripping from the greenhouse covering. When condensation forms into large droplets, the droplets may fall directly onto flowers, leaves or fruit.
The PM686J and PM886J product information specifically highlights long-lasting anti-dripping and anti-fogging performance for strawberry growing.
This makes condensation management one of the key considerations when selecting film for strawberry greenhouses.
Light for Winter Production
Strawberries require sufficient light for photosynthesis and productive growth, particularly when cultivated during periods of lower natural light.
The current Strawberry Greenhouse Film models are described as having high light transmission, while diffused-light options are also available. According to the product information, PM686J has an initial light-transmission claim of ≥90–92%, while PM886J is listed with light transmission above 89%.
For a commercial project, the final optical specification should be confirmed against the applicable technical data sheet.
Nighttime Temperature Management
Winter strawberry production can also require attention to nighttime temperature.
The product information for both PM686J and PM886J highlights infrared heat-preservation performance and states that the greenhouse temperature can be 2–3°C higher at night than with ordinary PE film under the stated comparison conditions.
These figures should be evaluated according to actual greenhouse structure, local climate and test conditions rather than treated as a universal result.
Strawberry Greenhouse Film Models
Fenglong currently lists two Strawberry Greenhouse Film models:
| Model | Thickness | Main Positioning |
|---|---|---|
| PM686J | 150 micron | Strawberry production with anti-drip, anti-fog, high light transmission and diffused-light options |
| PM886J | 200 micron | Strawberry production where a thicker covering and long-term anti-drip / anti-fog performance are required |
Both models are specifically positioned for strawberry cultivation.
How Strawberry Greenhouse Film Supports Crop Management
1. Managing Water on the Film
The anti-dripping function is designed to prevent condensation from remaining as large droplets on the film surface.
Instead, moisture can flow along the film surface rather than falling directly onto the crop.
This is particularly relevant during periods when greenhouse humidity and condensation are high.
2. Supporting a Suitable Light Environment
Strawberry Greenhouse Film is available with high light transmission and diffused-light characteristics.
Diffused light can provide a softer light environment and distribute light more evenly through the greenhouse. The exact optical performance should be evaluated according to the selected model and technical data.
3. Managing Nighttime Heat Loss
For winter strawberry cultivation, nighttime temperature is another important consideration.
The PM686J and PM886J models are described as having infrared heat-preservation properties designed to reduce heat loss from the greenhouse environment.
4. Withstanding Greenhouse Conditions
The current product information also highlights resistance to pesticides, UV aging, sulfur fumigation and pesticide volatilization, as well as resistance to wind and snow.
For a specific project, these properties should be confirmed against the model's technical documentation and warranty conditions.
Choosing Between 150 and 200 Micron Film
Thickness should not be the only factor when comparing strawberry greenhouse film.
| Project Consideration | What to Evaluate |
|---|---|
| Greenhouse Climate | Temperature, humidity, sunlight and weather conditions |
| Production Season | Seasonal or winter strawberry cultivation |
| Condensation | Frequency of dripping and fogging |
| Light Requirement | Direct or diffused light preference |
| Structure | Greenhouse design and installation method |
| Expected Service Life | Planned covering and replacement cycle |
| Chemical Exposure | Pesticides, sulfur and other treatments |
| Budget | Film cost versus project requirements |
The 150 micron PM686J and 200 micron PM886J should therefore be selected according to the complete project requirement rather than simply assuming that the thicker film is always the better option.
Strawberry Greenhouse Film vs. General Greenhouse Film
A general-purpose greenhouse film may provide basic covering performance, but strawberry production can place greater emphasis on specific environmental issues.
| Strawberry Production Requirement | Film Characteristic to Evaluate |
|---|---|
| Water droplets on crops | Anti-dripping |
| Internal fogging | Anti-fogging |
| Winter low-light conditions | Light transmission |
| Strong or uneven sunlight | Diffused light |
| Cold nights | Thermal / infrared performance |
| Long outdoor exposure | UV stability |
| Agricultural treatments | Chemical resistance |
This is why a strawberry-specific film can be evaluated from a crop-management perspective, rather than choosing a film only according to thickness or light transmission.
Strawberry Greenhouse Film and Condensation Management
Condensation deserves particular attention during strawberry production.
When warm, humid greenhouse air meets a cooler film surface, moisture can condense. If the moisture forms large droplets, it may fall onto the plants or fruit.
For projects where this is a recurring problem, compare Strawberry Greenhouse Film with Anti-Dripping Covering Film to determine the most suitable condensation-management solution.
Related Greenhouse Film Options
Strawberry production does not always require the same optical profile or film structure.
Depending on the growing environment, buyers may also compare:
- GGPO® Clear Greenhouse Film for direct-light applications
- GGPO® Diffused Greenhouse Film for diffused-light requirements
- GGPO® Rose Greenhouse Film
- TTPE® Clear Greenhouse Film
- TTPE® Diffused Greenhouse Film
- TTPE® Blueberry Greenhouse Film
- Thermal Insulation Greenhouse Film
- UV Stabilized Greenhouse Film
The purpose of these links is to help buyers move from crop requirement → film function → specific product model, rather than forcing every strawberry project into one film type.
What Should Buyers Confirm Before Ordering?
For a commercial strawberry greenhouse project, provide the supplier with:
- Greenhouse location
- Strawberry variety and production season
- Greenhouse structure
- Required film width and length
- Preferred thickness
- Clear or diffused light requirement
- Condensation concerns
- Expected service life
- Agricultural chemical exposure
- Local climate conditions
The supplier can then recommend suitable models and provide the relevant technical documentation.
Strawberry Greenhouse Film FAQ
What is Strawberry Greenhouse Film?
Strawberry Greenhouse Film is a greenhouse covering designed for the specific environmental requirements of protected strawberry production, including moisture management, light conditions and temperature management.
Is 150 micron or 200 micron film better for strawberries?
Neither is automatically better. PM686J is available in 150 micron, while PM886J is available in 200 micron. The choice should be based on the greenhouse structure, climate, required service life and project budget.
Does strawberry greenhouse film help prevent water droplets?
The current PM686J and PM886J product descriptions emphasize long-lasting anti-dripping and anti-fogging performance designed to prevent large water droplets from falling onto strawberries.
Is diffused light suitable for strawberry greenhouses?
Diffused light can be considered where a more distributed light environment is preferred. The appropriate optical profile depends on the local climate, greenhouse structure and crop-management strategy.