Baler twine, commonly referred to as straw baling twine, is used to secure bales of straw or hay together. Historically made from natural sisal strands that biodegrade over time, today’s poly twine variant is much stronger and won’t rot away over time.
Tama orange segment twine is designed for most baling situations, while red segment can be found for extreme conditions or high-density balers. Both versions work seamlessly with OEM brand knotting systems.
Colour
Straw baling twine is often used to secure straw bales for storage. Additionally, it mends fences and holds hay stacks together. Incorrect use could leave baling twine lying in ditches or becoming strangling hazards to wildlife or livestock. However, improper usage can leave baling twine in ditches, equipment tangles or as strangling hazards to wildlife and livestock – posing significant potential strangling risks that must be monitored closely to be effective.
Most baling twines today are constructed from polypropylene (poly). Although sisal remains available, most farmers today favour thick poly twine that’s nonbiodegradable but offers strong tensile strength for big square bales. Most USA-made twine options guarantee certain feet per carton – be sure to double-check this when purchasing! Tama and most OEM baler manufacturers now provide colour-coded segment range twines designed to suit specific crops or baling conditions; blue segments suit lighter crops, while orange fits medium/standard large square balers in hay fields.
Weight
Twine is an indispensable commodity, whether for fixing fences or stabilizing hay bales. Calculating how much twine will be necessary requires some elementary algebra skills as well as key numbers – but don’t leave this process up to chance; always be mindful when making your calculations!
Farmers traditionally employ two distinct kinds of twine; those making standard-density large square bales opt for twine with orange segments, while those attempting to increase bale weight use red-coloured twine.
Both types of straw baling twine are produced from natural and synthetic materials, such as sisal twine (made of natural plant material) or poly twine (manufactured polymer). Sisal is more expensive due to not decomposing when left lying on the ground; poly twine is cheaper and won’t rot underfoot. When selecting any twine for purchase, manufacturers should ensure a product with strong knot formation capabilities and tensile strength capabilities.
Length
Baling twine is a durable cord made of either natural or artificial materials used to secure large bales of hay or other materials, typically in bulk quantities. Available in various lengths and strengths for any baler type (Large Square Balers included! ), baling twine comes in handy when baling. When selecting your baler twine, it must meet all your baling requirements while being suitable for your Large Square Baler type and length requirements.
Most twine brands come with an advertised number of feet per carton, making it easy to estimate how much twine will be needed for your operation. After this step is taken care of, choosing the appropriate twine type becomes simple – for instance, those making standard-density big bales may choose “Type 150”. In contrast, heavier or higher-density bales typically opt for “Type 130”. Nonetheless, it should be remembered that most twine manufacturers do not provide accurate descriptions of their products with real rummage information and often advertise lengths shorter than they exist.
Price
Price is one of the primary factors to keep in mind when purchasing baler twine. You want something durable yet user-friendly without being overpriced, which is significant when building straw bale houses where strong enough twine will tighten bales while holding mesh panels to wall sections.
For baling purposes, the ideal twine should be natural sisal or polypropylene. Natural sisal twine is constructed from individual plant strands twisted together, which biodegrades over time. Polypropylene twine, on the other hand, contains plastic polymers that won’t biodegrade anytime soon but offer superior tensile strength.