Table of Contents
- 1 Baling Wire Terms: 75 Glossary Definitions
- 2 WHAT IS BALING WIRE?
- 3 Annealed Wire
- 4 Auto-Tie System
- 5 Bale Counter
- 6 Baling Chamber
- 7 Baling Wire
- 8 Banana Effect
- 9 Banding
- 10 Charge Box
- 11 Charging
- 12 Closed-End Baler
- 13 Commingled
- 14 Compactor
- 15 Conveyor
- 16 Conveyor Belt
- 17 Cycle Time
- 18 De-twine
- 19 Density
- 20 Ejector
- 21 Ejection Nozzle
- 22 Elongation
- 23 Extrusion Chamber
- 24 Feed Hopper
- 25 Ferrous Metal
- 26 Fingers/Needles
- 27 Fluffer
- 28 Gauge
- 29 Hi-tensile Wire
- 30 High-Tensile Wire
- 31 Horizontal Baler
- 32 Hydraulic System
- 33 Incineration
- 34 Integrated Waste Management
- 35 Knot
- 36 Lamination Counter
- 37 Laminations
- 38 Landfill
- 39 Leachate
- 40 Liner
- 41 Log
- 42 Manual Tie System
- 43 Memory
- 44 Methane Capture
- 45 Multi-Bin Baler
- 46 Non-Ferrous Metal
- 47 Open-End Baler
- 48 Operator Control Panel
- 49 Organic Waste
- 50 Overload Protection
- 51 Platen
- 52 Pressure
- 53 Recycling
- 54 Re-feed
- 55 Refractory
- 56 Relay Controller
- 57 Retainer Dogs
- 58 Retract Stroke
- 59 Sanitary Landfill
- 60 Scrap Metal
- 61 Shear Blade
- 62 Server Island
- 63 Shear/Baler
- 64 Side-Eject Baler
- 65 Side Tie
- 66 Single-Ram Baler
- 67 Solid Waste
- 68 Tensile Strength
- 69 Tip Pan
- 70 Top Tie
- 71 Two-Ram Baler
- 72 Vertical Baler
- 73 Waste Management
- 74 Waste-to-Energy (WtE)
- 75 Wire Guide
- 76 Wire Tier
- 77 Zero Waste
- 78 Conclusion
Baling Wire Terms: 75 Glossary Definitions
WHAT IS BALING WIRE?
Baling wire is a versatile material that has various applications in the agricultural industry. It is commonly used for securing hay bales, box baling, and in several other agricultural processes. By understanding the various terms and types of baling wire, farmers, agricultural, construction, and industrial workers can make informed decisions regarding the best wire for their specific needs. In this article, we will provide a glossary of 75 terms related to baling wire to help you better understand its uses and properties.
A wire that has been made softer and more flexible through its chemistry and heat treatment.
A system that automatically ties off bales with wire or other banding.
A counter that tracks the number of bales coming out of a baler’s extrusion chamber.
The area where material is compressed to form a bale.
Also known as bale wire, it is a type of wire used to band or secure together various materials that are processed in the waste and recycling industry.
The slight curving of a bale, primarily because of inconsistent density, that causes the denser bottom portion to swell, stressing the banding.
The material, usually wire or nylon, wrapped around bales to secure them.
The chamber below the hopper where the material sits in front of the ram, waiting to be compressed into the baling chamber.
The process of filling the charge box with material to be baled.
A baler that has a single ram, but no extrusion chamber. Bales are compressed against a door that opens after the bale is completed.
Materials that are mixed together, often requiring sorting before recycling.
A machine that reduces the size of waste materials through compaction.
A system used to transport waste materials into a baler or compactor.
A moving belt that transports materials into the baler or compactor.
The time it takes the baler’s ram to complete a single stroke and then retract.
To remove the twine or wire from baled materials, usually as part of the recycling process.
The mass per unit volume of a baled material.
The part of the baler or compactor that pushes out the finished bale or compacted material.
The opening in the baler where the bale is ejected or comes out.
The amount of permanent give or stretch a strand of baling wire can withstand before breaking.
The long baling chamber, attached to the charge box of a baler, that squeezes material as it moves forward.
The unit that directs material into the charge box for baling.
Metals that contain iron, such as steel, and are often baled for recycling.
Devices that pick up wire in an extrusion chamber and position it to tie off the bale.
A manual or automatic device that ruffles up the incoming feed material to remove any trapped air so the material will lay more evenly in the charge box.
A measure of the diameter of baling wire. The gauge number is inversely proportional to the thickness of the wire.
A type of baling wire that is more rigid than annealed wire. It is used mainly in two-ram balers.
High-strength wire used for banding bales. This type of wire, though still ductile, is more rigid than annealed wire and is used mainly in two-ram balers.
A type of baler that compresses material in the horizontal plane.
The system in a baler or compactor that uses pressurized fluid to generate the forces necessary for operation.
The process of burning waste materials to reduce their volume and mass and to generate heat or energy.
Integrated Waste Management
A system that includes a combination of waste prevention, recycling, composting, and landfilling.
The area where the baling wire is twisted or tied to secure the bale.
A distance or pressure clicker used to determine the proper length of a bale.
A term used to describe the layers of baled material.
A site for the disposal of waste materials by burial and is the oldest form of waste treatment.
The liquid that drains or ‘leaches’ from a landfill, which can be harmful to the environment if not properly managed.
The bottom facing of a charge box that the ram rubs against or engages as it makes its stroke.
A long, loose ferrous bale, usually 4 to 6 feet in length, formed to transport scrap metal efficiently to an automobile shredding plant.
Manual Tie System
A system in which the banding has to be manually positioned to tie off the bale.
The return of a compressed material to its original state.
The process of capturing methane gas produced by decomposing waste in a landfill.
A vertical baler that has more than one charge box to process different types or grades of material.
Metals that do not contain iron, such as aluminum and copper, and are often baled for recycling.
A type of baler in which the bale is made by compressing and squeezing material through a long extrusion chamber.
Operator Control Panel
The panel on the baler that contains all the controls for the operator to set up and properly operate the baler.
Waste material from living organisms, including food waste, garden waste, and paper.
A system or device that prevents the baler or compactor from exceeding its designated load capacity, thereby protecting the machine from potential damage or failure.
The face of the ram that pushes against the material in the bale chamber.
The force exerted by the hydraulic system against the material in the baler.
The process of converting waste materials into new materials and objects.
The process of reprocessing baled materials, such as breaking bales apart and re-baling them to achieve higher density.
A heat-resistant material that lines the inside of an incinerator.
An electronic device that controls the operation of the baler, such as the timing and sequence of events.
Devices inside the baling chamber that prevent the material from springing back after it has been compressed.
The motion of the ram returning to its starting position after it has made a forward stroke.
A landfill that uses a clay or plastic liner to isolate the trash from the environment.
Discarded metal suitable for reprocessing.
A cutting blade on the baler that trims excess material as the bale is formed.
A platform that slides a finished bale out from a side-eject baler so that a forklift can be positioned to accept the bale.
A scrap metal baler that combines a baler and a guillotine shear.
A single-ram baler that bales material against a wall, then ejects the finished bale from the side of the baling chamber via a server island.
Tying off a bale with the banding encompassing the bale horizontally.
A type of baler that uses one ram or platen to compress material into bales.
Non-liquid waste material, which can be divided into two types: organic and inorganic.
The maximum amount of stress that a material can withstand while being stretched or pulled before breaking.
The hydraulically powered plate that tips pre-staged scrap metal into the baler.
Tying off a bale with the banding encompassing the bale vertically.
A type of baler that uses two rams or platens to compress material into bales.
A type of baler that compresses material in the vertical plane.
The process of treating solid wastes and offering various solutions for recycling items that don’t belong to the trash.
The process of generating energy in the form of electricity or heat from the primary treatment of waste.
A tool or piece of equipment used to direct the baling wire around the bale.
A mechanical device that wraps and ties the baling wire around a bale.
A philosophy that encourages the redesign of resource life cycles so that all products are reused, and nothing is sent to landfills or incinerators.
Overall, baling wire is an indispensable tool in the agriculture industry. Its versatility, strength, and durability make it essential for securing bales, ensuring efficiency, and preventing wastage. By understanding the various terms and types of baling wire, farmers and agricultural workers can make informed decisions regarding the best wire for their specific needs.
Well, there you have it – from A for Annealed Wire to Z for Zero Waste, we’ve journeyed through the alphabet soup of the baler’s world! We’ve wrestled with the Banana Effect, serenaded the Side Tie, and toasted the Two-Ram Baler.
Who knew a world of compacted cubes could be so delightfully complex? After scaling these baling wire terms It’s clear now that the life of a baling wire is anything but dull; it’s the unsung hero of our waste management saga, embracing our unwanted materials in its metallic grip and transforming them into neat, tidy, and highly transportable bale bundles. And let’s not forget its elite sibling, the high-tensile wire, serving with a bit more rigidity in those more demanding two-ram baler scenarios.
In the end, we’ve come to understand that every knot and twist, every gauge and tension in the life of a baling wire serves a grander purpose: achieving the zero-waste dream. It’s the twist in the tale of our fight against waste and the wire that ties it all together.
And remember, when life gets tough, be like the baling wire – flexible, strong, and always ready to embrace the pressure. Because in the world of waste management, every Bale Counter matters! So here’s to the humble baling wire – the real ‘tie‘ that binds in our sustainable future!
Remember, as they say in the baling world, “Keep Calm and Keep Compressing!”