Description

Y81K-1300 1300 Ton Scrap Metal Baler

1300 Ton Scrap Metal Baler for Sale – Y81K-1300 Mill-Scale Commercial

Where the material is heavy ferrous at volume, HMS, industrials, the Y81K-1300 is the configuration we quote first.

One cycle is fill, compress, tie, discharge, and the Y81K-1300 runs the same sequence from the first hour of the shift to the last.

The Y81K-1300 is a working machine with a simple hydraulic circuit, which matters more at 1300 tons than any control feature.

Key highlights at a glance:

• Bale size: 700×700
• Bale weight: 1900 kg
• Chamber: 3500×3000×1500
• Installed power: 3×90 kW
• Compression force: 1300×2 ton
• Duty rating: Three-shift duty
• Discharge: gantry-type heavy baler

Who the Y81K-1300 Is Built For

Typical intake is heavy ferrous at volume, HMS, industrials. Typical applications cover national-scale recyclers, steel mills, export processors.

The Y81K-1300 chamber options exist because feed profiles differ more than they look on paper; the table below turns that difference into an order decision.

Where the Y81K-1300 Sits in the Baler Range

The range is designed so the Y81K-1300 and the Y81K-1500 do not compete: different bale sizes, different duty cycles, different buyers.

Buyers upgrading from this class usually move to the Y81K-1500, while buyers consolidating duty look at the Y81K-1000. We issue both tier quotations in the same format, which is why buyers can compare them without interpretation.

Key Specifications – Y81K-1300

Model	Y81K-1300
Main cylinder force	1300×2 ton
Chamber size	3500×3000×1500
Bale size	700×700
Bale weight	1900 kg
Motor	3×90 kW
Duty rating	Three-shift duty

Chamber and Bale Configurations

The Y81K-1300 is ordered in one of the chamber configurations below. Motor rating stepped up to 90 kW class.

Chamber size	Bale size	Bale weight
3500×3000×1500	700×700	1100–1900

The 3500×3000×1500 chamber produces 700×700 bales at 1100–1900 kg, which suits mill feedstock.

Applications and Materials

The Y81K-1300 is specified for heavy ferrous at volume, HMS, industrials, and the standard configuration covers national-scale recyclers, steel mills, export processors. Feed variability is priced into how we specify the Y81K-1300: same machine, different bale density, decided by bulk density.

Inside the plant the Y81K-1300 usually sits between intake and outbound freight: scrap is charged from the floor or a hopper, compressed to the ordered bale size, tied, and staged for the truck. On the Y81K-1300 a 1900 kg bale occupies a fraction of the floor space of the same weight in loose form, which is what converts baling into freight savings.

Material	Suitability for the Y81K-1300
Heavy ferrous at volume	primary feed for the Y81K-1300
Hms	bales cleanly at standard density
Industrials	standard duty, no configuration change needed

How the Y81K-1300 Works

Charging, compressing, tying and discharging are the four steps of every cycle. On the Y81K-1300 the charge is compressed by the main cylinder against the chamber end wall until the bale reaches its set size, then wired off and released through the gantry-type heavy baler arrangement. The finished bale is weighed, tagged and staged for the truck, and the Y81K-1300 cycle repeats on the same four steps for the whole shift.

Motors on the Y81K-1300 total a 3×90 kW pack at 380 V, 400 V or 415 V at 50 Hz, or 60 Hz supply to order; the starting method follows your site supply.

Bale making on the Y81K-1300 is a closed loop: charge, compress, tie, discharge, repeat.

Bale Economics: Why the 1300 Ton Class Pays

Loose scrap occupies three to four times the volume of a Y81K-1300 bale, and that ratio is the whole freight case.

The Y81K-1300 holds force while the bale is wired, so the finished bale measures what the specification sheet says.

The economics of the Y81K-1300 are simple: the same weight moves in fewer trucks and occupies less floor, which is the whole case.

Installed Power and Site Supply

The Y81K-1300 runs a 3×90 kW power pack totalling 270 kW, matched to 380 V, 400 V or 415 V at 50 Hz, or 60 Hz supply to order. The pack is built to your confirmed voltage and frequency, with a diesel-driven version for off-grid installations.

Choosing the Right Configuration

A practical rule: heavier bales are worth more when freight distance is long, smaller bales are easier when handling is manual on the Y81K-1300. State your haul distance and handling method and the chamber choice follows on the Y81K-1300.

Two decisions decide most of the ownership cost of a 1300 ton baler: chamber size and bale size on the Y81K-1300. Wider chambers feed faster but cap bale weight; narrower chambers produce heavier bales at a slower cycle on the Y81K-1300. We ask for your buyer’s acceptance spec first, then match the chamber to it on the Y81K-1300. On the Y81K-1300 the configuration table above states the figure for each chamber option.

Control, Power and Discharge Options

Automatic tying and PLC control turn the Y81K-1300 into a lightly supervised station, which is the right move once bale volume justifies it.

Feed Preparation and Material Handling

Material that arrives frozen or stuck together in winter climates needs a longer charge interval on the Y81K-1300; we note the cold-climate figure in the specification when asked.

Maintenance, Wear Parts and Spares

Our spares list for the Y81K-1300 is split into wear parts, stock parts and build-to-order parts, so you can decide what to hold locally based on how far your site is from the port.

Daily attention on the Y81K-1300 is a five-minute walk-around: oil level in the power pack, hose condition at the cylinder glands, and the wire guide alignment. The machine reports problems through noise and slowing cycles long before a component fails on the Y81K-1300. On the Y81K-1300 that check appears in the maintenance schedule shipped with your build.

Frame, Cylinder and Power Pack Build

Frame, cylinder and chamber assemblies for the Y81K-1300 are finish-machined in-house, which is why the drawing package states figures you can measure the delivered machine against.

The frame of the Y81K-1300 is welded from plate selected for the 1300×2 ton duty class, and the main cylinder is ground in-house; the chamber opening is machined to the 3500×3000×1500 figure on the drawing rather than to a nominal size.

Customization and Optional Configurations

• Chamber size and bale cross-section matched to your buyer specification
• Motor rating and starting method matched to your local supply
• Control level: manual, semi-automatic or PLC automatic
• Diesel engine driven hydraulic power pack for off-grid sites
• Discharge type and bale tying method
• CE and other certifications for your market

The standard Y81K-1300 build list is: chamber 3500×3000×1500, 3×90 kW power pack, gantry-type heavy baler discharge, and the control level your crew will actually use. Each of those four lines is a separately priced option in the Y81K-1300 quotation, so the machine you order is the machine the quotation describes.

Why Buy the Y81K-1300 from HUAXIN

We build the Y81K-1300 from plate up, including the chamber and the power pack, so there is one specification sheet rather than three supplier catalogues.

The Y81K-1300 is tested at the ordered voltage and control level, which removes the most common commissioning surprise.

The Y81K-1300 is quoted factory direct, without distributor margin, with the configuration you actually need.

We manufacture shears, balers and shredders in the same works, so a line order is commissioned as one system with one specification and one spares list on the Y81K-1300. The Y81K-1300 quotation lists every option separately so the comparison is on paper, not in conversation.

Honest Limits: When to Buy Something Else

Mixed or contaminated feed is quotable on the Y81K-1300, but bale density changes with bulk density; we confirm suitability against a sample rather than a catalog figure.

Safety and Operating Discipline

Charging the Y81K-1300 with a grab or crane requires a defined exclusion zone. Most baler incidents happen during charging, not compression, so the loading protocol is worth writing down and enforcing on the Y81K-1300.

Working height when clearing the Y81K-1300 charge opening needs a platform with a rail, not a ladder held by a second person. We can quote a charging platform with the machine if your site does not have one on the Y81K-1300. On the Y81K-1300 the operating zone is marked on the layout drawing issued with the quotation.

Footprint, Installation and Commissioning

Spare parts delivered with the Y81K-1300 cover the standard wear kit. Longer lead-time components are worth adding to the first order if your site is far from a port on the Y81K-1300.

The Y81K-1300 ships skid-mounted and covered, ready for container loading. Standard sizes fit open-top or flat-rack containers; oversized builds ship as separate assemblies with assembly instructions on the Y81K-1300. On the Y81K-1300 the drawing package states the dimensions your contractor needs.

Export Shipping, Packing and Documentation

Machines for Y81K-1300 orders are tested in-house before packing. The load test bale usually stays on the shop floor as a sample, but documented photographs of it are provided on the Y81K-1300.

For Y81K-1300 shipments to landlocked destinations we quote both container and flat-rack options, so you can compare total landed cost rather than sea freight alone. The Y81K-1300 documentation pack lists every document included with your build.

The Y81K-1300 in the 1300 Ton Scrap Metal Baler Lineup

As a 1300 ton scrap metal baler, the Y81K-1300 is built for Three-shift duty: 3×90 kW of installed power against a 3500×3000×1500 chamber. National-scale recyclers and mills needing 700 mm bales at volume are the typical buyers of this class, and the Y81K-1300 answers them with 700×700 bales at 1900 kg.

Ordering the Y81K-1300 means ordering a 1300 ton scrap metal baler around your material: high-volume heavy ferrous, HMS and industrials. On the Y81K-1300 the chamber, bale cross-section, motor rating and control level are set from your intake at quotation, not fixed to a catalog configuration.

Every Y81K-1300 quotation covers the 1300 ton scrap metal baler platform: the 1300 ton frame, 3×90 kW power pack, Motor rating stepped up to 90 kW class, and the control level your crew will actually use. The grades the Y81K-1300 bales follow the trade specifications published by the Institute of Scrap Recycling Industries (ISRI), the standards body scrap is graded against in international trade.

Buyers comparing the Y81K-1300 against a smaller press should weigh what the 1300 ton scrap metal baler class adds: 3×90 kW of installed power against a 3500×3000×1500 chamber, 700×700 bales at 1900 kg, and a Three-shift duty rating that holds those figures across a full production day.

FAQ – Y81K-1300 1300 Ton Scrap Metal Baler

How long is the lead time on the Y81K-1300?

Standard Y81K-1300 builds ship in 30 to 45 days after the deposit clears; non-standard Y81K-1300 chamber or motor combinations run 60 to 75 days.

What warranty applies to the Y81K-1300?

Frame, cylinders and hydraulic components of the Y81K-1300 carry the warranty period stated in your contract, typically twelve months from commissioning; Y81K-1300 wear parts are consumables.

What is the Y81K-1300 price?

Request a Y81K-1300 quotation and you receive a full itemized offer within two business days, factory direct.

What bale size does the Y81K-1300 produce?

Standard bale cross-section on the Y81K-1300 is 700×700, and the chamber configuration chosen at order fixes which of those sizes the Y81K-1300 delivers.

What determines the real output of the Y81K-1300?

The Y81K-1300 is quoted against your stated material, not a catalog figure; bulk density and feed continuity decide the running rate, and the quotation states the figure for your material.

What chamber sizes are available on the Y81K-1300?

Chamber options on the Y81K-1300 include 3500×3000×1500; the Y81K-1300 configuration choice depends on your bale size requirement and daily tonnage.

What control options are available for the Y81K-1300?

Manual, semi-automatic and PLC automatic control are quoted for the Y81K-1300; on the Y81K-1300 PLC is the usual choice where volume justifies lightly supervised running.

What certifications come with the Y81K-1300?

CE marking is standard on the Y81K-1300, and the manual, hydraulic schematics and the Y81K-1300 test report ship with the machine.

How does installation and commissioning work for the Y81K-1300?

We send a commissioning engineer for the Y81K-1300: leveling, electrical connection, no-load and load runs, and operator training, with remote commissioning available on repeat Y81K-1300 configurations.

Can the Y81K-1300 be customized for a specific material?

Chamber size, bale size, motor rating, control level and discharge type on the Y81K-1300 are all selected against your material and tonnage at order.

What materials can the Y81K-1300 process?

The Y81K-1300 is specified for heavy ferrous at volume, HMS, industrials. Feed outside that list is quotable on the Y81K-1300 as well — send a sample or analysis and we will confirm suitability in writing.

How much does a Y81K-1300 bale weigh?

A Y81K-1300 bale weighs 1900 kg depending on material density and chamber size; the Y81K-1300 quotation states the exact figure for your configuration.

Which motor and power supply does the Y81K-1300 use?

The Y81K-1300 runs a 3×90 kW power pack built for 380 V, 400 V or 415 V at 50 Hz, or 60 Hz supply to order; a diesel-driven pack for the Y81K-1300 is available where mains power is unavailable.

How is the bale discharged from the Y81K-1300?

Discharge on the Y81K-1300 is gantry-type heavy baler on the standard build, selected against your site layout and how bales leave the Y81K-1300.

Is a diesel option available for the Y81K-1300?

A diesel engine driven pack makes the Y81K-1300 fully operational off grid, with the engine brand matched to your region and the Y81K-1300 duty cycle.

The Y81K-1300 ships with the operation manual, wiring and hydraulic schematics, and the test report for your build.

Other Equipment in the Line

If your process starts with oversize material, the Y81K-1300 sits behind a scrap metal shear or a dual shaft scrap metal shredder; the tonnage classes either side of this one are on the scrap metal baler index.