Trellising Supporting Twine
Trellising Supporting Twine is use in polyhouse, shade net house & open farm filed. it is use for crop support as like vegetable cucumber, capsicum, tometo to hang using with J Hook.
Growing climbing plants like cucumbers and tomatoes can be a lot of fun, but they can also require careful planning to make sure your hard work will pay off in tasty harvests. One way to plan ahead is to choose the right trellising support system for your plants so that they’ll have plenty of room to grow without taking over your entire yard or garden plot. To help you do this, here are some tips on how to select the best trellis for climbing plants in your landscape.
Get the Best Trellising Support Rope for Your Plant, all kinds of Plant supporting rope, Trellising supporting twine, Plant Supporting Thread easily available at Shrijigreen.
Features
- Easy to use
- Compact design
- High strength
- UV Stabilise
- Long Durability
Product Specification
| Material | Hdpe Plastic |
| Color | White |
| Bag Packing | 56 Kg |
| Length | 700 Mtr / 1 Kg |
| Thickness | 3 MM |
| Witch Crop | Cucumber / Capsicum / Tometo |
| Usage/Application | Agriculture |
| Brand | Shri Ji |
| Durability | 2-3 Year |
| Application | Greenhouse |
| Minimum Order Quantity | 20 Kg |
Additional Information
| Item Code | SJI-0134 |
| Delivery Time | Same Day |
| Port of Dispatch | Jodhpur |
| Production Capacity | 1000 Kg |
| Packaging Details | Large Bag’s |
| Packing Qty | 1 Bag |
| Payment Terms | Advance |
| Payment Mode | RTGS / NEFT / IMPS |
Trellising and Supporting Twine in polyhouse:
Trellising and supporting Twine are essential components of modern polyhouse agriculture. Furthermore, In polyhouse cultivation, plants are grown in a controlled environment to optimize growth and productivity. Trellising and supporting Twine are used to support plants and help them grow in the desired direction.
Trellising involves using a support structure to hold up plants, while supporting Twine is a string-like material used to tie the plants to the trellis. Inaddition, The Twine helps keep the plants upright, prevents them from falling over, and allows them to grow vertically, maximizing available space.
Trellising and supporting Twine are commonly used to cultivate high-value crops such as tomatoes, cucumbers, peppers, and strawberries. These crops require strong support as they grow and produce heavy fruits, and trellising and supporting Twine provides an efficient way to support them.
Polyhouse agriculture has become increasingly popular in recent years due to its ability to provide a controlled environment for plant growth, increased yields, and better-quality produce. Trellising and supporting Twine are essential tools for successful polyhouse cultivation, ensuring that plants are well-supported and able to reach their full potential.
Types of Trellising and Supporting Twine in polyhouse:
Different types of trellising and supporting Twine are commonly in use in polyhouse agriculture. The choice of Twine depends on the crop being grow, the support structure, and the overall environment. Here are some of the most common types of Twine in use in polyhouse trellising:
- Polypropylene Twine: This is the most commonly used Twine in polyhouse trellising. It is lightweight, durable, and resistant to sunlight, chemicals, and moisture degradation. It is ideal for supporting crops like tomatoes, cucumbers, and peppers.
- Jute Twine: Jute twine is made from natural fibers and is biodegradable. In addition, It is often in use for supporting crops sensitive to synthetic materials. It is not as strong as polypropylene twine and may require more frequent replacement.
- Sisal Twine: Sisal twine is also made from natural fibers and is biodegradable. However, It is more potent than jute twine but not as strong as polypropylene twine. Furthermore, It is often in use for supporting crops like beans, peas, and vine crops.
- Nylon Twine: Nylon twine is strong, durable, and resistant to abrasion, making it ideal for supporting crops that require high tensile strength. However, It is often used for supporting heavy crops like melons, squash, and pumpkins.
- Coconut Fiber Twine: Coconut fiber twine is biodegradable from natural fibers. Inaddition, It is strong and ideal for supporting plants that grow vertically. However, It is often used in polyhouse cultivation for crops like tomatoes and cucumbers.
The choice of Twine depends on the specific needs of the crop and the support structure. Polypropylene twine is the most commonly used Twine in polyhouse trellising due to its strength, durability, and resistance to degradation.
Benefits of Using Trellising and Supporting Twine in polyhouse:
Using trellising and supporting Twine in polyhouse agriculture offers several benefits, including:
- Maximizing Space: Trellising and supporting twine allow for vertical plant growth, which maximizes the use of available space in the polyhouse. This can result in higher yields and better use of resources.
- Improved Plant Health: Supporting plants with trellising and Twine helps to keep them off the ground, reducing the risk of soil-borne diseases and pests. Furthermore, this can result in healthier plants with better-quality produce.
- Increased Air Circulation: Trellising and supporting Twine promotes air circulation around the plants, reducing the risk of fungal diseases and increasing pollination efficiency.
- Ease of Harvesting: When plants are grown on trellises with supporting Twine, the fruit is more easily accessible for harvesting. This can reduce the risk of damage to the fruit and make the harvesting process more efficient.
- Cost-Effective: Trellising and supporting Twine are cost-effective ways to support plants in a polyhouse environment. They are easy to install and maintain and can be reused for multiple growing seasons.
- Sustainable: Using natural fiber twines like jute or sisal can be an eco-friendly alternative to synthetic materials. Additionally, trellising and supporting Twine can be made from recycled materials, further reducing their environmental impact.
Overall, using trellising and supporting Twine in polyhouse agriculture can result in higher yields, better quality products, and more efficient use of resources.
Factors to Consider When Choosing Trellising and Supporting Twine in polyhouse:
When choosing trellising and supporting Twine for polyhouse agriculture, there are several factors to consider:
- Crop Type: Different crops require different levels of support and strength and may require different types of Twine. In addition, For example, heavy-fruited crops like tomatoes and cucumbers require stronger Twine than lighter crops like beans and peas.
- Support Structure: The support structure used in the polyhouse will also impact the choice of Twine. In addition, for example, a trellis made from wire mesh may require a stronger twine than a trellis made from bamboo stakes.
- Environmental Factors: The climate and growing conditions in the polyhouse will also impact the choice of Twine. In addition, for example, exposure to high temperatures and UV light can degrade some types of Twine more quickly than others.
- Durability: The durability of the Twine is also an important factor to consider. Twine that is too weak may break or degrade too quickly, while Twine that is too strong may be difficult to work with or may damage the plant.
- Cost: The cost of the Twine should also to consider, as it can vary depending on the material and quality. It is important to balance the Twine’s cost with its potential benefits.
- Environmental Impact: The environmental impact of the Twine should also be considered. Some twine materials may be more sustainable or biodegradable than others.
- Personal Preference: Personal preference and experience with different types of Twine may also impact the choice. Furthermore, it is important to consider what has worked well in the past and what may work best for the specific crop and support structure in the polyhouse.
Overall, the choice of trellising and supporting Twine for polyhouse agriculture should consider the specific needs of the crop and support structure, as well as environmental and cost factors.
