Smart Temperature-Regulating Film

Product Overview

The smart temperature-regulating film is a new category of agricultural greenhouse film independently developed by our factory, specifically designed to address the core pain points of large temperature fluctuations and unsuitable day-night temperature differences for crop growth in facility agriculture. Relying on our self-developed phase-change heat storage and infrared regulation material technologies, the product achieves automatic balanced temperature regulation inside the greenhouse. Building upon the basic performance characteristics of conventional greenhouse films—high light transmittance, high thermal insulation, high strength, and ultra-long lifespan—it can also be compounded with additional functions such as light conversion and diffuse scattering according to planting needs. All specifications and features can be customized according to customers' actual usage requirements. Our factory provides one-on-one solution quotation services to meet the supporting needs of different regions and crops.

Technical Principle

The core technology of the smart temperature-regulating film relies on the synergistic effect of phase-change heat storage materials and infrared regulation materials to achieve automatic temperature adjustment. During the daytime when sunlight is abundant and greenhouse temperatures rise, the phase-change heat storage materials embedded in the film automatically absorb and store excess solar heat, preventing the greenhouse temperature from rapidly climbing into the scorching range that could damage seedlings. At night, when external temperatures drop and heat rapidly dissipates from the greenhouse, the previously stored heat is slowly released at a stable rate. Simultaneously, the infrared regulation materials reduce the outward radiation loss of long-wave heat from inside the greenhouse. Through this dual action, the film achieves automatic balanced temperature regulation within the greenhouse, reducing day-night temperature differences without the need for additional temperature control equipment, thereby providing a stable temperature environment for crop growth.

Core Performance Features

1. Automatic Temperature Regulation: Leveraging phase-change heat storage/infrared regulation materials to realize automatic temperature adjustment through heat storage during the day and release at night, balancing day-night temperature differences inside the greenhouse without manual intervention, thus reducing the risk of nighttime frost damage and daytime heat scorching.
2. High Light Transmittance: Retaining the high light transmittance of conventional greenhouse films, ensuring sufficient light input required for crop growth and meeting the photosynthetic needs of various crops.
3. High Thermal Insulation: Infrared regulation materials effectively reduce the loss of long-wave radiant heat from inside the greenhouse, enhancing the overall thermal insulation capacity of the film and lowering the rate of temperature decline inside the greenhouse at night.
4. High Strength: The film material itself possesses excellent structural strength, capable of withstanding external impacts from severe weather such as strong winds and blizzards, reducing the probability of greenhouse film breakage.
5. Ultra-Long Lifespan: The film material exhibits outstanding aging resistance and weather resistance, extending its actual service life and reducing greenhouse film replacement costs for growers.
6. Composite Functions Available: Additional functions such as light conversion and diffuse scattering can be compounded according to planting needs, further adapting to the light requirements of different crops. For example, the light conversion function can transform part of ultraviolet light into visible light that crops can absorb, while the diffuse scattering function can prevent direct strong light from burning crop leaves, improving light utilization efficiency.

Core Advantages

1. Strong Adaptability of Self-Developed Technology: As a new category of greenhouse film independently developed by our factory, the technological approach is entirely designed to address the actual planting pain points of domestic facility agriculture. Compared to traditional greenhouse films, its temperature regulation capability is significantly enhanced, allowing it to better adapt to the climatic conditions of different regions.
2. No Additional Energy Consumption for Temperature Regulation: Fully relying on the phase-change heat storage and infrared regulation properties of the materials themselves to achieve temperature balance, eliminating the need for additional heating or cooling equipment and avoiding consumption of electricity or other energy sources, thereby substantially reducing growers' temperature control costs.
3. Full-Dimension Customization Service: Both the specifications and features of the product can be customized according to customers' actual planting needs. Our factory offers one-on-one solution quotation services, providing tailored greenhouse film configuration plans for different crops and planting scenarios in various regions, thus avoiding the issue of insufficient adaptability inherent in universal greenhouse films.
4. Synergy of Multiple Performances: Beyond the core function of automatic temperature regulation, it simultaneously maintains the basic performance characteristics of high light transmittance, high thermal insulation, high strength, and ultra-long lifespan. There is no need to make trade-offs between temperature regulation and other greenhouse film performances, comprehensively meeting the multi-dimensional needs of facility agriculture planting.
5. Expandable Additional Functions: According to planting needs, functions such as light conversion and diffuse scattering can be flexibly compounded to meet the special growth requirements of various economic crops including fruits, vegetables, flowers, and traditional Chinese medicinal materials, further boosting planting yields.

Target Customer Groups

This product is primarily aimed at various facility agriculture operators, specifically including: large-scale growers engaged in facility cultivation, agricultural professional cooperatives, and specialized seedling nurseries; greenhouse farmers located in northern regions for winter cultivation, early spring cultivation, or late autumn extended cultivation; cultivation bases growing fruits, vegetables, flowers, traditional Chinese medicinal materials, and other economic crops with high requirements for temperature balance; and facility agriculture operators situated in plateau and cold regions characterized by significant day-night temperature differences.

Typical Application Scenarios

The smart temperature-regulating film can be widely applied in various facility agriculture planting scenarios with high demands for temperature stability, specifically including: winter greenhouses in northern regions, helping protect crops from winter frost damage and reducing crop freeze losses; low-temperature greenhouses for early spring and late autumn cultivation, enhancing internal temperature stability to advance or delay crop planting cycles and increase planting income; specialized seedling greenhouses, providing a stable temperature environment for young seedlings to improve survival rates and seedling quality; greenhouses in plateau and cold regions with significant day-night temperature differences, narrowing these gaps to avoid negative impacts of drastic temperature fluctuations on crop growth; and fruit, vegetable, and flower cultivation scenarios with high requirements for temperature balance, ensuring a stable growing environment and improving crop quality and yield.

Industry Pain Points Addressed

This product specifically addresses four major core pain points commonly found in current facility agriculture planting:
1. Nighttime frost damage caused by excessive day-night temperature differences: Traditional greenhouse films only offer basic thermal insulation, leading to rapid heat loss inside the greenhouse at night and increasing the likelihood of crop frost damage during cold periods. This product utilizes a heat release function that stores heat during the day and releases it at night, raising nighttime greenhouse temperatures and reducing the probability of frost damage.
2. Insufficient thermal insulation performance of traditional greenhouse films: Ordinary greenhouse films have weak infrared blocking capabilities, resulting in rapid loss of long-wave radiant heat and limited insulation effects. The infrared regulation materials embedded in this product effectively reduce heat loss and enhance overall thermal insulation.
3. Seedling scorching caused by excessively high daytime greenhouse temperatures: When sunlight is abundant during the day, greenhouse temperatures rise rapidly, easily causing high-temperature burns to crop leaves and fruits. The phase-change heat storage materials in this product absorb excess heat, preventing rapid temperature increases inside the greenhouse. Additionally, in summer, it can reduce the frequency of using shade nets, alleviating the problem of excessively high daytime greenhouse temperatures.
4. Rapid nighttime cooling affecting crop growth: Traditional greenhouse films cannot actively regulate temperature, leading to rapid temperature drops at night and increasing the risk of cold damage to crops. This product slowly releases stored heat, delaying the rate of nighttime cooling and providing crops with a stable growing environment.

Core Product Value

1. Increased Planting Income: By stabilizing the greenhouse temperature environment and reducing crop losses caused by frost damage and seedling scorching, while simultaneously enhancing crop growth speed, quality, and yield, this product helps growers increase their overall planting income.
2. Reduced Planting Costs: Eliminating the need for additional temperature control equipment and extra energy consumption for temperature regulation, while also reducing the frequency of using auxiliary temperature control supplies such as shade nets and thermal blankets, thereby lowering overall long-term planting costs.
3. Expansion of Planting Boundaries: Enabling previously unfeasible winter cultivation, early spring advanced cultivation, and late autumn delayed cultivation in cold northern regions and plateaus with significant day-night temperature differences, expanding the plantable areas and growing seasons for facility agriculture.
4. Adaptation to Personalized Needs: With a fully customizable service model covering all specifications and features, we can provide exclusive greenhouse film configuration plans tailored to the specific planting needs of different crops and regions, avoiding the issue of insufficient adaptability inherent in universal greenhouse films.

Frequently Asked Questions (FAQ)

Q1: Does the automatic temperature regulation function of the smart temperature-regulating film require additional energy consumption?
A: No, the automatic temperature regulation function of this product is entirely achieved through the physical properties of the phase-change heat storage materials and infrared regulation materials embedded in the film. It automatically absorbs excess heat during the day and slowly releases it at night, requiring no additional consumption of electricity, fuel, or other energy sources, nor any manual intervention.
Q2: Can the smart temperature-regulating film be customized with functions according to my planting needs?
A: Yes, both the specifications and features of this product can be customized according to customers' actual needs. Additional functions such as light conversion and diffuse scattering can also be compounded based on planting requirements. Our factory provides one-on-one solution quotation services to suit different planting scenarios.
Q3: Which regions are suitable for using the smart temperature-regulating film?
A: This product is particularly suitable for use in northern regions for winter cultivation, low-temperature cultivation areas in early spring/late autumn, and plateau/cold regions with significant day-night temperature differences. It can also be used in fruit, vegetable, flower, and traditional Chinese medicinal material cultivation scenarios with high requirements for temperature balance.
Q4: What are the core advantages of the smart temperature-regulating film compared to traditional greenhouse films?
A: Compared to traditional greenhouse films, this product retains the basic performance characteristics of high light transmittance, high thermal insulation, high strength, and ultra-long lifespan, while adding the automatic temperature regulation function of storing heat during the day and releasing it at night. This effectively narrows day-night temperature differences, reduces nighttime frost damage and daytime heat scorching, and allows for compounding additional functions as needed, resulting in stronger adaptability.
Q5: What auxiliary supplies can be reduced by using the smart temperature-regulating film?
A: During summer's high-temperature periods, the frequency of using shade nets can be reduced to alleviate the problem of excessively high daytime greenhouse temperatures; during winter's low-temperature periods, the intensity of using thermal blankets and other insulation supplies can be decreased, lowering growers' auxiliary supply input costs.