Alexei Volkov
The number of bales per roll of plastic depends on several factors, including the type of wrapper used, the size of the bales, and the number of layers of plastic applied. In-line wrappers, for example, can dispense 2 or 4 rolls of plastic at a time and are popular due to their quick wrapping rates and reduced plastic consumption. Individual bale wrappers, on the other hand, may require more plastic per bale and wrap fewer bales per hour. The cost of plastic wrap can vary, with prices ranging from $80 to $100 per roll, and each roll typically covers 20 to 25 bales with 5 to 6 layers. Additionally, the type of bale and its intended use, such as baled silage or dry hay, can influence the number of bales wrapped per roll of plastic.
Characteristics and Values Table
| Characteristics | Values |
|---|---|
| Average price of plastic wrap per roll | $80 |
| Number of bales per roll with 5 to 6 layers of plastic | 20-25 |
| Number of bales per 2 rolls with 5 to 6 layers of plastic | 70 |
| Cost of plastic and end caps per bal | $2.43 |
| Number of bales produced per hour by a single bale wrapping machine | 50-60 |
| Cost of wrapping per bal | $4 to $5 |
| Cost of in-line wrapper per roll | $2 |
| Number of layers of plastic wrap | 2, 4, 6, 8 |
| Number of bales per roll of 30" plastic film | 20-22 |
| Number of bales per roll of 14000' plastic with 13 wraps + triples on the ends | 30 |
| Number of bales per roll of 14000' plastic with 2 twine arms electr tie, 13 wraps and 2 strands per wrap | 15-17 |
| Number of bales per roll of 16000 regular plastic | 70 |
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What You'll Learn
A roll of plastic costs \$80-\$100 and wraps 20-25 bales
Wrapping bales of hay or silage in plastic has many benefits, including improving the quality of forage and reducing losses of dry matter or nutritive value. However, it can be a costly process. The price of plastic wrap varies, with some sources stating that a roll costs $80, while others claim it is $90-$100. The cost depends on various factors, such as the thickness and length of the plastic roll, the number of layers applied to each bale, and the type of wrapper used.
When it comes to the number of bales that can be wrapped with a single roll of plastic, the range is typically between 20 and 25 bales. This estimate is based on using six layers of plastic per bale, which is considered the standard amount for effective wrapping. However, some farmers use fewer layers, such as four or five, which can increase the number of bales wrapped per roll but may compromise the quality.
The type of wrapper machine also plays a role in the efficiency of plastic usage. Individual bale wrappers may use more plastic per bale compared to inline wrappers, which can dispense four rolls of plastic simultaneously and have automatic wrapping features. Inline wrappers are generally more cost-effective when wrapping large quantities of bales, while individual wrappers are more suitable for smaller batches.
It is worth noting that the cost of wrapping silage or hay bales goes beyond just the plastic wrap. Other expenses to consider include the cost of the wrapper machine, labour, electricity, and plastic disposal. These additional costs can impact the overall profitability of the venture, especially in the initial years of starting such a business.
In conclusion, while a roll of plastic for bale wrapping typically costs $80-$100 and wraps 20-25 bales, there are many variables that farmers need to consider when calculating the total cost of this practice. By taking into account the various costs and benefits, producers can make informed decisions about adopting baleage technology into their forage production systems.
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In-line wrappers are popular due to their quick wrapping rates and reduced plastic consumption
Wrapping bales of forage is an essential step in the balage process, which improves the efficiency of forage harvest, storage, and feed. There are four major types of wrappers: platform, swinging arm, in-line, and bale spear. Among these, in-line wrappers are the most popular due to their quick wrapping rates, reduced plastic consumption, and ease of use.
In-line wrappers place bales end-to-end in a row while dispensing plastic from rollers that travel around the bale. This method of wrapping bales in a continuous row reduces the amount of plastic needed per bale, as no extra plastic is required for the ends of the bales. The number of bales wrapped per roll of plastic will depend on the type of wrapper used and the number of layers of plastic applied. On average, a roll of plastic costs $80 and can wrap 20 to 25 bales with six layers of plastic. With five to six layers of plastic, two rolls can wrap 70 bales.
The quick wrapping rate of in-line wrappers is due in part to their automatic wrapping features and remote control options, which allow the producer to operate the machine from a tractor, reducing labor requirements. Experienced workers using an individual bale wrapper can wrap 25 or more bales per hour, but this number can be doubled with an in-line wrapper. Additionally, in-line wrappers with a rotating table can produce 80 to 120 bales per hour.
The reduced plastic consumption of in-line wrappers is advantageous not only for cost savings but also for environmental considerations. Plastic pollution is a significant global issue, and while plastic wrap plays an important role in food protection and preservation, efforts to reduce plastic waste are crucial. Using recycled plastic materials and incorporating fibrous reinforcement into plastics can help minimize environmental impacts and reduce resource usage and global warming.
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Each bale requires 4-6 layers of plastic
When it comes to baling, or the process of compressing and wrapping materials for transportation, storage, and recycling, the amount of plastic wrap required per bale is an important consideration. Each bale typically requires 4 to 6 layers of plastic wrap, depending on the type of bale and the desired level of protection. This amount ensures that the bale is adequately covered and sealed, preventing oxygen infiltration and mould growth.
For example, when wrapping dry hay bales for outside storage, two layers of plastic with a 20% overlap at the edges are usually sufficient. On the other hand, baled silage or "baleage" requires more layers of plastic to create an airtight seal, which helps preserve the forage by breaking down lactic bacteria and converting the hay into energy for livestock.
The number of bales that can be wrapped with a roll of plastic wrap depends on various factors, including the size of the bales, the thickness of the plastic, and the wrapping method. On average, a roll of plastic wrap can cover 20 to 25 bales when applying six layers, with costs ranging from $90 to $100 per roll. This results in an approximate cost of $4 to $5 per bale.
Using an individual bale wrapper, experienced workers can wrap 25 or more bales per hour, while an in-line wrapper can double this number. In-line wrappers are popular due to their quick wrapping rates, reduced plastic consumption, and ease of use. They are especially useful when bales need to be fed continuously, as they place bales end-to-end in a row while dispensing plastic from rollers.
Overall, the number of layers of plastic per bale depends on the specific requirements of the baled material, and the choice of wrapping method and plastic type can impact the efficiency and cost of the baling process.
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Plastic wrap costs \$4-\$5 per bale
Plastic wrap costs $4-$5 per bale, with the average price of a roll of plastic wrap being $80. A roll typically contains enough plastic to wrap 20-25 bales, with each bale requiring 5 to 6 layers of plastic. This means that the cost of plastic wrap per bale can vary depending on the number of bales wrapped per roll and the number of layers used.
The cost of plastic wrap for bales can also depend on the type of wrapper used. In-line wrappers, for example, can wrap bales at a faster rate and reduce plastic consumption. They are also popular due to their ease of use and automatic wrapping features. However, they may not be suitable for producers who cannot continuously feed out the baleage at a rate of 1-2 bales per day as the bales need to be fed continuously to prevent spoilage once the tube is opened.
Other costs associated with bale wrapping include the cost of the wrapper machine, labour, electricity, distribution, and plastic disposal. These costs can add up, and it may take a while for a new business to become profitable. It is important for agricultural and livestock entrepreneurs to consider all these costs when calculating their bale wrapping expenses.
The price of plastic wrap per bale can also vary depending on the number of layers used. Some bales may require only 2-3 layers of plastic, while others may need 6-8 layers for adequate protection. This can impact the total cost of wrapping each bale. Additionally, the size of the bale can also affect the cost, with larger bales potentially requiring more plastic and increasing the overall expense.
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Plastic wrap is usually 1 mil thick and comes in rolls of 5,000-6,000 ft
Plastic wrap, typically used for baled silage or "baleage", usually comes in rolls of 5,000 to 6,000 ft in length. The thickness of this plastic wrap is commonly 1 mil (0.001 inches), which is thinner than a human hair. This type of plastic sheeting is often used for stretch-wrapping bales, with at least four layers applied to each bale for adequate coverage.
The number of bales that can be wrapped with a single roll of plastic depends on several factors, including the size of the bales, the number of layers of plastic applied, and the efficiency of the wrapping machine. On average, a roll of plastic wrap can cover around 20 to 25 bales when applying six layers, with costs ranging from \$90 to \$100 per roll. This results in an approximate cost of \$4 to \$5 per bale.
More advanced wrapping machines, such as inline wrappers, can increase the number of bales wrapped per hour. With an inline wrapper, experienced workers can wrap 25 or more bales per hour, and this number can be doubled compared to using a single bale wrapper. Additionally, inline wrappers offer reduced plastic consumption due to their ability to dispense plastic from rollers that travel around the bales.
The thickness of the plastic wrap is an important consideration. While 1 mil is commonly used for stretch-wrapping, thicker plastic, such as 2 mil or 4 mil, may be preferred for heavier or larger bales. Thicker plastic provides increased strength and puncture resistance, which is crucial for wrapping items with sharp edges or corners.
When calculating the cost of bale wrapping, it is essential to factor in not only the price of the plastic wrap but also the labour, machinery, and disposal costs associated with the process. By considering all these expenses, agricultural entrepreneurs can make informed decisions about adopting baleage technology into their forage production systems.
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Frequently asked questions
It depends on the type of wrapper used. For an individual bale wrapper, each roll will cover 20 to 25 bales (applying six layers). An in-line wrapper can wrap 40 to 50 bales per roll.
A minimum of four layers of plastic should be applied to each bale. However, six layers are recommended for better protection.
For an in-line bale wrapper with a 30-inch roll, the overlapping layers should be spaced no more than 5 inches apart (30 inches/6 layers = 5 inches between edges).
The cost of plastic wrap per bale ranges from $2 to $5, depending on the machine and the number of layers applied.
The average price of plastic wrap per roll is around \$80, with each roll typically covering 20 to 25 bales.
