Long-Lasting Durability

Ask any farmer, and they will tell you how frustrating it is to repair rusted or leaking pipes in the middle of the cropping season. Metal pipes not only corrode over time but also demand frequent maintenance. PVC pipes, on the other hand, are built to last. They are resistant to rust, chemical reactions, and weather damage. Whether you are irrigating wheat fields in dry summers or paddy farms during monsoon, PVC holds steady against changing conditions. That resilience makes them a dependable choice for consistent water supply season after season.

Easy Installation and Handling

Farming already requires heavy labor, so why add more? One of the biggest advantages of PVC pipes is that they are lightweight compared to traditional pipes. You can carry them easily, set them up without specialized machines, and connect them quickly with available fittings. Even if you need to expand your irrigation network or shift pipes from one part of the field to another, PVC saves both time and energy. This flexibility gives farmers more control over crop management, especially when water needs change across different plots.

Cost-Effective Choice for Farmers

In agriculture, every rupee counts. PVC pipes offer farmers a pocket-friendly solution. They usually cost less than metal alternatives and, because of their low maintenance needs, the savings compound over the years. Think about it this way: you invest once, and you get reliable service for decades without worrying about replacements or constant repair bills. This affordability makes PVC the go-to option for both small farmers as well as large irrigation projects. Instead of treating it as an expense, you can view it as a long-term investment contributing directly to your crop yield.

Better Water Flow and Distribution

Water is a limited resource, and how you manage it can make or break your harvest. PVC pipes ensure smooth water flow due to their inner surface being naturally smooth, unlike concrete channels or rusted metal. This feature minimizes friction and carries water more efficiently across long distances. Whether you are using surface irrigation, sprinklers, or drip systems, you will notice improved water pressure at the endpoints. As a result, crops get more uniform watering, leading to healthier growth and better productivity.

Resistant to Chemicals and Soil Conditions

Many farms today use fertilizers, pesticides, and varying soil treatments. This constant exposure can damage traditional piping materials, but PVC stands strong. Its chemical resistance ensures that no unwanted reactions take place, protecting both the pipe and the quality of your irrigation water. Plus, it adapts well to different soil conditions, whether alkaline, acidic, or sandy. For farmers, this means one less thing to worry about, and more focus can go into improving crop results instead of repairing infrastructure.

Supporting Sustainable Agriculture

Sustainability is no longer just a catchphrase. Farmers are increasingly aware that the way water is managed today will shape agriculture in the future. By reducing leakages, minimizing water loss, and allowing precise delivery of irrigation, PVC pipes directly contribute to sustainability goals. When used in drip and sprinkler irrigation, they help conserve water while boosting plant health. This efficiency is especially valuable in regions with unpredictable rainfall and growing water scarcity.

Conclusion

Agriculture has always been about finding smarter ways to work with nature, and PVC pipes have become an ally in this journey. From long-lasting durability to easy setup, from cutting costs to protecting water resources, their benefits are clear and practical. If you are aiming to increase efficiency, improve yields, and reduce long-term expenses, it is worth making the switch. For reliable piping solutions tailored to farmers and irrigation projects, trust Natraj.co  to deliver quality that stands the test of time.

We conducted a study which confirms that almost one-third of the produce of the total field produce used to be lost due to pests, germs and weeds. To recoup from this loss the government gave incentives in the form of subsidies on biocides like pesticides, weedicides, and herbicides. However, the initiative turned out to pollute the mother Earth as these chemicals have now accumulated on the earth. Using these chemicals has spread environmental pollution and is also slowly deteriorating our health. So how do we grow our crops while getting the maximum produce and profit out of it? Like everything else, we need to shift from conventional methods to unconventional methods.  We need to change ourselves and adapt to present conditions. To do the same, we need to stop using these harmful biocides and instead use soil solarization. Thus, tarpaulins help in saving the lands in the most eco-friendly manner.

What is Soil Solarization?

Soil Solarization is a process through which you can control pests and mites in an eco-friendly, non-chemical manner. It uses solar energy to kill or greatly weaken soil-borne plant pathogens like pests, mite, fungi, bacteria, and nematodes. The effectiveness of it depends on time, soil moisture, and temperature. This not only acts as a soil disinfectant but also as soil decontamination. It includes various changes in the soil like physical, chemical and biological.

How does Soil Solarization work?

Soil Solarization can be done in small-scale farming or in organic farming to kill pests, mites, fungi etc. In order to solarize your soil, you need to follow the subsequent steps:

1. The area of the plants and debris should be cleaned.
2. To make the soil wet, water it deeply.
3. The area should be covered with clear plastic.

Colours like black and white should be avoided as they don’t allow enough heat to pass through them.

4. The edges of the plastic should be buried in the soil to trap heat.
5. The plastic must be left in the hottest parts of the summer for at least 4 weeks.
6. The plastic then needs to be removed.

The polyethylene tarpaulins used to cover the ground will trap the solar energy. This energy will be absorbed by the soil thus, increasing the temperature and killing the weeds, pest, mites, weed seeds.

This process works best on heavy soils that are those soils which contain clay, loam, or a mixture of both. Water is one of the most important ingredients for this process. The water is converted into steam because of the heat which kills nematodes, weed seeds and eggs of insects in the soil itself.

Now, you must be thinking what about sandy soils and dry regions? How can people living in such regions use it? Well, we have a solution for that too. Sandy soils drain water quickly and therefore, can’t produce enough steam. So to avoid this switch to drip irrigation for water and add the water regularly.

What are these polyethylene tarpaulins?

A large sheet of sturdy, flexible, waterproof material is called tarpaulins. It is made of polyester or plastics like polyethylene. Tarpaulins are also called hootch.

The best thing about Polyethylene tarpaulins is that they are inexpensive. They are also known as poly tarps. It is non-stretchable and waterproof. There are two types of poly tarps:

1. Low-density polyethylene (LDPE)
2. High-density polyethylene (HDPE)

These tarps can last for years under the UV rays and thus if you choose to buy tarps for soil solarization, you know where to come to. We know the hard work and love it takes to grow crops. So let’s unite our efforts to put forth our best and buy tarps from the best manufacturers of tarps.

Effectiveness:

The best part of soil solarisation is that you can do it in any area as long as you have the plastic used for covering it long enough. You may have to remove the clear plastic and then lay down the black plastic for production. So, to minimize your labour cost you can spray whitewash on the clear plastic after the soil is solarized. This will make the soil temperature go back to normal and then you can grow your plants directly in the bed.

Research work on this was done by some horticulturists of the Texas A&M AgriLife Extension Service in 2011 and 2012. In 2011, it was seen that in the non-solarized soil almost 90 weeds germinated and 3 in the solarized soil. Similarly, in 2012, it was seen that in the non-solarized soil almost 300 weeds germinated and 19 in the solarized soil.

So, this soil solarization process will not only help you have the most profitable produce but also will help the environment to be free of pollution. So, what are you waiting for? Get a sheet of tarpaulin installed in your farms or gardens because the summer is here and protect your plants naturally.

Two Main Application of Tarpaulins:

In Thermal Power Plants:

Many industries prominently need to hold down harmful inhalants and mists. For containing such toxic gases, uses of tarpaulin sheets come into the picture as they are used due to its versatile properties. It resists acids, heat, and other toxins to infuse with air and other spheres of the environment. The uses of tarpaulin sheets as a protection layer prevents highly heat-radiating elements of the thermal power plant from releasing. This helps the surrounding living being not get affected by its effects.

These sheets are widely used in the thermal sector to cover large machinery and to act as fire-retarding flooring. Tarpaulin sheets are manufactured to resist chemicals, oil, fuel, and many other harmful industrial factors, which makes it an ideal choice for many industries.

Tarpaulin is a high-quality, low budget sheet which prevents ripping under extreme pressures. It is durable for a long time, which means it turns out to be a profitable investment for both small- and large-scale industries.

Further, these sheets are used to cover many raw materials like coal, firewood, etc. This keeps combustible elements dry and thus increases the amount of heat (BTU) produced in the power plant.

Another powerful uses of tarpaulins are to protect the dangerous contaminants which react when in contact with water. Tarpaulin sheets are highly considered to cover such substances for its water and air resisting quality. It is a non-permeable sheet that does not allow moisture to penetrate its multi-layered surface keeping the surroundings warm and dry so that no contaminant can spill during transit. Many super governing bodies also use these sheets as sustainable industrial curtains.

FCI Food Fumigation Covers:

In food industries, uses of tarpaulins are used as a protection layer for storing food grains. It is highly preferred by FCI and other associated organizations to provide storage to a network of deposited food grains in go-downs and other small food storing units. Due to its water resistance property as well as heat specific radiators, tarpaulins are accepted in different sectors of food management systems.

It has emerged as an ideal but temporary method to protect food and other livestock that are kept outside for some specific amount of time. These covers protect food grains from extraneous matter such as dust, dirt, and insects. These matters can affect the quality of the produced grains. These sheets are beneficial to the economic growth of small businesses and other organizations as it is available in pocket-friendly prices which are multi-layered and highly durable.

During the transportation of raw grains, it is necessary to shield food supplies from moisture, harsh climatic conditions, insects, and other pests. Tarpaulin sheets help in securing food grains from such losses. In agricultural countries like India, uses of tarpaulin benefit small and large farmers to provide immediate shelters for crops. Hence, it has become a significant part of the food industry as fumigation covers are broadly used and recommended by associations like FCI.

Natraj promises to deliver high-quality tarpaulins to thermal plants and food storage units. The specific uses of tarpaulin make it extremely beneficial for industries today. Its waterproof capacity, anti-dust, thermal resistance, and thick quality make it usable for a long time without regular wear and tear.

Why is maintaining tarps essential?

Whenever a product is purchased, the customers want it to last long. The durability of the product can be improved by making the choicest buying decisions of HDPE tarps, which protects from UV rays. Once the product belongs to you, your responsibility for taking care of it can improve the life of the tarps.

How to prevent tarpaulin from wear and tear?

Tarpaulin protects loads of wagons and trucks and is used as tents or other temporary structures for shelters. However, various factors can affect the life expectancy of tarpaulin. So, while using tarpaulin, you need to follow some tips which can reduce wear and tear of your tarp based on its application: 

1. Wear and tear is a serious issue while using tarpaulin on trucks that travel across highways. When driving, you can use a cable tie that secures a tarp. The wind flow during the drive is trapped inside the tarps, which can cause severe wear and tear. These cable ties can prevent tarpaulin from abrasion of the content and wind flow. The wind whipping action creates stress on the tarps, too, which may result in its quicker breakdown. Fastening the tarps through grommets can be helpful to prevent the flow of air inside them. 
2. You can add the bows at the top of the tarp. It will help in preventing the entry of rainwater in a tarp. Additionally, when you use tarps to cover something, then water clogging can be a serious concern. Always maintain a downward flow for the water to flow out of the tarps as it can cause mildew and fungi to grow. 
3. While covering sharp and pointed items, ensure that they are pointing outside towards the tarps as it can cause holes in the sheet.
4. Tarpaulin, when exposed to UV protection, can cause faster deterioration. You can extend the life of your tarp by adding a shade over it.
5. You can also take care to wash your tarps regularly. This washing time can be a good quality check to find out any damage, leakage, or hole in the tarps. Cleaning this polyethylene layer can wash off the debris and improve its protective feature.

Order your highest quality tarpaulin from us today!

India’s agriculture industry is believed to utilize around 85% of the water resources of our country. Natural resources are not available in plenty everywhere, and it is a fact that even in 2020, some regions don’t have enough water reservoirs. It is because these regions do not get sufficient rainfall. That is why farmers use specific methods to ensure that crops get proper water supply throughout the year. This process is called irrigation, which helps to prepare the soil for crop cultivation and reap a good harvest.

Many farmers, in India, still use traditional methods of farming like flood irrigation, which require the use of large quantities of water. Farmers must use modern techniques that will prevent water wastage and preserve groundwater resources.

Methods of water conservation

The following are some of the modern ways of water conservation used in farming:

1. Drip irrigation: This is an effective method of saving water and is used in farms, as well as greenhouses and even small house gardens. Through this system, water drips slowly to the plant roots and aims to lessen the evaporation of water by supplying directly to the root area. It is apt for those regions where water shortage is prevalent. In drip irrigation, water is supplied using pipes, valves, tubes, and emitters, while in some areas water is also sprayed using micro-spray heads. There are also web-based water controllers used in drip irrigation that adapt the watering process according to the soil-type, weather, type of plant, shade, etc.

   

2. Step farming: It is another name for terrace farming, and it consists of making flat spaces by cutting hillsides so that crops can be grown. The main benefit is that it allows crops to be planted on mountainous regions, and whenever it rains. The nutrients present in the soil are just transported to the next level instead of getting washed away. It also conserves water by preventing it from flowing uncontrollably over the hillside and destroying all other crops planted there.

   

3. Hydroponics: This is a method that is used to grow crops in regions where land for agriculture is very scarce, non-existent or not fit for use. Plants can be grown in even the spare rooms of a house using this system. In this process, the roots of the plants are immersed in an oxygenated solution, which also has nutrients. The roots are connected directly to the nutrients. Since water is re-circulated, the wastage is negligible, and plants also grow much faster than in soil. There are also other benefits like freedom from soil-borne diseases and growth of weeds, reduced use of insecticides, and savings in labour.

   

4. Storage tanks: These are used in regions where water resources are limited. By storing rainwater in these tanks, it will be available for the various agricultural processes throughout the year. They are available in multiple sizes and can hold several lakhs of litres of water. They are very durable and do not get affected by changes in climate like rain or extreme summer heat. Water can be supplied to the crops using pipes and pumps connected to the storage tank.

   

We ensure to supply quality pipes to farmers which they can specifically use for water conservation. Our pipes are made from quality material that doesn’t undergo regular wear and tear such as breaking on turns and uneven water supply at sloppy areas. We have managed to provide a solution to the common pipe problems.