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Polymer Additives Application in Agricultural Film

Effective Ways To Improve Agricultural Film’s Lifetime-Polymer Additives

The agricultural film is critical to the success of farming communities. But, as with any business, agriculture is constantly changing. These changes are essential to keep up with, but it can be challenging to do so. That’s why it’s crucial to take advantage of modern agricultural film technology that can improve productivity and increase profits. And you must know

Polymer Additives Application in Agricultural Film 

By the year 2050, the United Nations estimates that there will be over 9 billion people around the world. However, the amount of farmland ordered to support them will not grow at the same rate.

One solution to this problem is to build inexpensive greenhouses out of the plastic film. These greenhouses can increase the required food to fulfill the necessity of added people on the earth.

The industry is booming, and the opportunities for investors are growing. As a leading stabilizer solution that can extend the lifetime of films, we will share our knowledge with you in this article.

Agricultural Plastic Application

What is Greenhouse, and why are they so Important?

A greenhouse is a building used to grow plants and keep them alive without using soil and sunlight. A greenhouse is a great way to grow plants indoors, which helps save water, increase the number of plants that can be grown, and helps reduce the use of pesticides.

Greenhouse also helps protect plants from extreme weather conditions, which would harm the plants and helps save the plants from insects and diseases. The use of a greenhouse helps maintain a constant temperature for the plants and helps regulate the temperature of the building.

A greenhouse is an efficient and economical way to grow plants year-round. There are two types of greenhouses; the first is the simple, transparent glass greenhouses, which are used for growing plants that require exposure to natural sunlight, e.g., orchids.

Ecochem Plastic Additives on Agriculture

The Vulnerabilities with Greenhouse films

The other is the more modern and efficient transparent polycarbonate greenhouses, which are used for growing plants that can tolerate shade, e.g., tomatoes, peppers, eggplants, and other fruits. But the best plastic to make a greenhouse is  6 mil or thicker polyethylene plastic.

But plastic materials are vulnerable to extreme weather conditions. They are easily damaged when you expose them under a hot sun or very cold area for a considerable amount of time. Therefore, special treatments like stabilizers are necessary to protect them from vulnerabilities and extend their lifespan.

What are the Reasons behind Plastic Aging?

Plastic in our daily lives is literally an integral part of our world. From water bottles to grocery bags, plastic is used to store food, clean the environment, and protect our possessions. In addition, plastics are used to build films for greenhouses that provide food for us.

Unfortunately, plastic degrades over time, often breaking down into smaller and smaller pieces.

As plastic ages, it becomes more opaque and brittle. This plastic aging decreases the usability of plastic packaging and increases the amount of plastic that needs to be recycled.

A combination of factors, such as temperature and exposure to visible light. Ultraviolet light, air components, liquids, or humidity, usually causes the plastic aging process. There are several types of plastic aging, chemical aging, physical aging, thermal aging, and some other types of polymer aging process.

Why do Greenhous Films need Special Requirements?

Why do greenhouse films need unique treatments? Because thermoplastic films are sensitive to UV light. This energy-rich radiation causes polymers to become brittle over time through a complex, multi-step chemical reaction.

As a result of this impact, thin, low-cost might become worthless after only a few weeks of exposure to the open sky. But the good news is, polymer chemistry has already developed additives that can slow the degradation process.

However, their effectiveness for use in agricultural film is restricted, as sulfur and acids resulting from the wooden or iron construction of greenhouses significantly impair their efficiency. Halogen-containing compounds can also aid the deactivation of popular UV stabilizers.

Organic,Cultivation,Of,Vegetables,In,Greenhouses

How Anti-aging Additives help Agricultural plastic films

Agricultural plastics, also known as plastic films, are a relatively new innovation that is now being used to increase the shelf life and safety of a variety of agricultural products. Agricultural plastic films are thin plastic sheets that are coated with anti-aging additives. Anti-aging additives have become an increasingly important aspect of the agricultural plastics industry. These additives have the ability to slow down the aging process in plastic products, thereby increasing their shelf life and improving their functionality. This has led to the development of agricultural plastics that are able to incorporate anti-aging additives to improve their functionality. In the farming plastics industry, anti-aging additives can be used to enhance the properties of plastics used in agriculture to increase crop yields and improve their quality. The use of plastic in the agricultural industry is not a new concept. In fact, plastics have been used in farming for many years to help improve crop yields and food quality. Anti-aging additives are plastic films applied to the surface of agricultural products to extend the shelf life and improve the product’s appearance. Agricultural plastic films have become a significant contributor to the food supply by increasing crop yields and food quality for the farming industry in a sustainable manner. The majority of the plastic films used for anti-aging additives are petroleum-based, but there are also plant-based and bio-based anti-aging additives on the market. Although the majority of plastic films used in anti-aging applications are petroleum-based, there are also plant-based and bio-based anti-aging additives on the market.

EcoChem Products for Effective ways to improve Agriculture film’s lifetime

 

EcoChem LS 944 is the most popular light stabilizer for greenhouse films with modest levels of agrochemicals. At the same time, EcoStab 119 is the most frequent solution for more demanding applications, commonly coupled with EcoStab UV 326 and other UV absorbers for more extended durability.

Ecochem LS 622 provides an optimal cost/performance solution for ordinary mulch films, particularly black films. Stabilization systems with EcoStab 622 and EcoStab 119 are suitable for more demanding applications.

Ecochem LS 783 is the most widely used and efficient stabilization method in silage films, and it is occasionally paired with Ecochem UV 531 for a medium lifetime or Ecochem UV 234 for a longer lifetime.

You can visit our product page to learn more about products.

We hope now you know better effective ways to improve agriculture film’s lifetime. If you have any queries, you are always welcome to send a message to us. One of our agriculture film experts will join you shortly.

Polymer Additives-Light Stabilizers Application

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