315 Ton Hydraulic Scrap Metal Baler for High-Force Compression

Product Overview

The Y81F-315B is positioned as a 315-ton class hydraulic scrap metal baler for compressing loose metal scrap into dense bales. Its strongest technical anchor is the 3150 kN main cylinder thrust, supported by a full cylinder layout that includes side pressure cylinders, a gate lid cylinder, and a bale discharge door cylinder. This makes the machine suitable for buyers who begin equipment evaluation from compression structure rather than from general product category alone.

The machine also combines a defined material box size, dual-motor drive, dual-pump hydraulic supply, and a published production rate, which gives the page enough measurable depth for technical SEO content.

Applications

This version is best suited for steel and metal scrap handling operations that compare balers through force class, chamber size, and cylinder arrangement. The PDF images of pressing and bale turn-out support its use in actual scrap compression workflows.

Because the file is structured as a scrap baler specification sheet, this page works well for keywords around hydraulic scrap metal baler, 315 ton baler, and scrap compression machine.

Core Advantages

Main cylinder rated at 3150 kN

The main pressure cylinder is the clearest performance-defining component in the document. It is listed at 3150 kN nominal thrust with a 1250 mm stroke.

Full compression sequence layout

The PDF includes a gate lid cylinder rated at 1000 kN and a bale discharge door cylinder rated at 550 kN. This helps describe the machine as a complete compression-and-discharge system rather than only a main-force number.

Structured chamber and bale section

The 2000 × 1750 × 1200 mm material box and 600 × 600 mm bale section provide a defined physical relationship between feed space and output format.

Component-backed technical description

Dual 45 kW motors and dual 31.5 MPa hydraulic pumps support the force-based positioning with actual drive and hydraulic data.

How It Works

Scrap is placed into the material box and compressed through a multi-cylinder hydraulic sequence. The main cylinder applies the primary force, while the other cylinders support chamber action, lid movement, and bale discharge. The pressing photo on page 4 and the bale turn-out image on page 5 visually match this sequence.

Once formed, the bale exits the chamber through the discharge-side mechanism described in the specification. The published component list allows the process to be explained through actual machine parts, not generic process language.

Specifications

• Main pressure cylinder: YG400/280-1250, 1250 mm stroke, 3150 kN
• Side pressure cylinders: YG280/200-2000, quantity 2
• Gate lid cylinder: YG240/160-1850, 1350 mm stroke, 1000 kN
• Bale discharge door cylinder: YG160/100-440, 420 mm stroke, 550 kN
• Material box: 2000 × 1750 × 1200 mm
• Bale size: 600 × 600 mm
• Motor: Y280L-6, 45 kW, 970 r/min, quantity 2
• Hydraulic pump: YCY14-1B, 31.5 MPa, 250 ml/r, quantity 2
• Cooling: GLB-14 water cooler, 13 square meter effect
• Production rate: 5–8 tons/hour

How To Choose

Choose this model if your main purchasing logic starts with compression class and cylinder structure. The 3150 kN main force, the additional lid and discharge cylinders, and the published chamber size make it easier to evaluate the machine as a force-based industrial baler.

If your priority is only compact shipping or minimal site power, this may not be the first comparison angle. If your focus is force structure and output form, this version is more relevant.

What Problem It Solves

Some operations struggle to compress irregular loose scrap into repeatable bale sections because the machine description they are comparing is too vague. This model solves that by presenting a clearer force structure: 3150 kN main thrust, 1000 kN gate lid cylinder, and 550 kN discharge door cylinder, all tied to one published machine layout.

It also helps reduce ambiguity when comparing different balers because chamber size and bale section are explicitly listed in the source file.

FAQ

Is this a 315-ton baler?

Yes. The main cylinder thrust is listed as 3150 kN, which corresponds to a 315-ton class baler.

What is the material box size?

The material box dimension is 2000 × 1750 × 1200 mm.

What is the gate lid cylinder force?

The gate lid cylinder is listed at 1000 kN nominal thrust.

What is the discharge cylinder force?

The bale discharge door cylinder is listed at 550 kN nominal thrust.

What is the bale section?

The bale size is listed as 600 × 600 mm.

315 Ton Hydraulic Scrap Metal Baler for High-Force Compression

Product Overview

The Y81F-315B is positioned as a 315-ton class hydraulic scrap metal baler for compressing loose metal scrap into dense bales. Its strongest technical anchor is the 3150 kN main cylinder thrust, supported by a full cylinder layout that includes side pressure cylinders, a gate lid cylinder, and a bale discharge door cylinder. This makes the machine suitable for buyers who begin equipment evaluation from compression structure rather than from general product category alone.

The machine also combines a defined material box size, dual-motor drive, dual-pump hydraulic supply, and a published production rate, which gives the page enough measurable depth for technical SEO content.

Applications

This version is best suited for steel and metal scrap handling operations that compare balers through force class, chamber size, and cylinder arrangement. The PDF images of pressing and bale turn-out support its use in actual scrap compression workflows.

Because the file is structured as a scrap baler specification sheet, this page works well for keywords around hydraulic scrap metal baler, 315 ton baler, and scrap compression machine.

Core Advantages

Main cylinder rated at 3150 kN

The main pressure cylinder is the clearest performance-defining component in the document. It is listed at 3150 kN nominal thrust with a 1250 mm stroke.

Full compression sequence layout

The PDF includes a gate lid cylinder rated at 1000 kN and a bale discharge door cylinder rated at 550 kN. This helps describe the machine as a complete compression-and-discharge system rather than only a main-force number.

Structured chamber and bale section

The 2000 × 1750 × 1200 mm material box and 600 × 600 mm bale section provide a defined physical relationship between feed space and output format.

Component-backed technical description

Dual 45 kW motors and dual 31.5 MPa hydraulic pumps support the force-based positioning with actual drive and hydraulic data.

How It Works

Scrap is placed into the material box and compressed through a multi-cylinder hydraulic sequence. The main cylinder applies the primary force, while the other cylinders support chamber action, lid movement, and bale discharge. The pressing photo on page 4 and the bale turn-out image on page 5 visually match this sequence.

Once formed, the bale exits the chamber through the discharge-side mechanism described in the specification. The published component list allows the process to be explained through actual machine parts, not generic process language.

Specifications

• Main pressure cylinder: YG400/280-1250, 1250 mm stroke, 3150 kN
• Side pressure cylinders: YG280/200-2000, quantity 2
• Gate lid cylinder: YG240/160-1850, 1350 mm stroke, 1000 kN
• Bale discharge door cylinder: YG160/100-440, 420 mm stroke, 550 kN
• Material box: 2000 × 1750 × 1200 mm
• Bale size: 600 × 600 mm
• Motor: Y280L-6, 45 kW, 970 r/min, quantity 2
• Hydraulic pump: YCY14-1B, 31.5 MPa, 250 ml/r, quantity 2
• Cooling: GLB-14 water cooler, 13 square meter effect
• Production rate: 5–8 tons/hour

How To Choose

Choose this model if your main purchasing logic starts with compression class and cylinder structure. The 3150 kN main force, the additional lid and discharge cylinders, and the published chamber size make it easier to evaluate the machine as a force-based industrial baler.

If your priority is only compact shipping or minimal site power, this may not be the first comparison angle. If your focus is force structure and output form, this version is more relevant.

What Problem It Solves

Some operations struggle to compress irregular loose scrap into repeatable bale sections because the machine description they are comparing is too vague. This model solves that by presenting a clearer force structure: 3150 kN main thrust, 1000 kN gate lid cylinder, and 550 kN discharge door cylinder, all tied to one published machine layout.

It also helps reduce ambiguity when comparing different balers because chamber size and bale section are explicitly listed in the source file.

FAQ

Is this a 315-ton baler?

Yes. The main cylinder thrust is listed as 3150 kN, which corresponds to a 315-ton class baler.

What is the material box size?

The material box dimension is 2000 × 1750 × 1200 mm.

What is the gate lid cylinder force?

The gate lid cylinder is listed at 1000 kN nominal thrust.

What is the discharge cylinder force?

The bale discharge door cylinder is listed at 550 kN nominal thrust.

What is the bale section?

The bale size is listed as 600 × 600 mm.

Watch The Video
Youtube: https://www.youtube.com/watch?v=QHD1xZvVTQY
see sample vedio:
here are some balers we build big and small:
https://www.youtube.com/watch?v=fvL_AmsDbw8
https://www.youtube.com/watch?v=hRBt1_NPzM8
https://www.youtube.com/watch?v=77TL_kb8Phw
 https://www.youtube.com/watch?v=OGPORBxwzFg
https://www.youtube.com/watch?v=QHD1xZvVTQY


For  more vedios of baler and shear and crusher machine
Please follow our youtube channel we will update often machine vedios:

https://www.youtube.com/channel/UCI3uYb2hsWGvUTsDZfqjmuw

Quick Details
Place of Origin: Jiangsu, China (Mainland)
Brand Name: Huake
Service: The machine are always tested and assembled before shipping, customer only need to follw simple steps to start. Engineers available on phone 24 hours, unsolvable problem come to fix.
Model Number: Y81F-315
Color: User Defined

Packaging & Delivery

Packaging Details: Nude packing, loading container directly.
Delivery Detail: 40-45days

Features:
A) Hydraulic drive, manual valve operation or PLC control...
B) Bale-discharging: "turn-out", "push-out", "forward-out" & manual discharging.
C) Options for different force, press box size, bale shape & size
D) Electrical motor, diesel engine or generator for power.

Applications:
Y81 series of hydraulic scrap balers are applied in steel mills, recycling plants, ferrous & non
-ferrous smelting industry to press scrap metal (steel, copper, aluminum, stainless steel, discarded automobiles, etc)
Into acceptable furnace charges in shape of cuboids, cylinders & octagons.
 

Model	Main Cyl.Force (ton)	Press Box Size (mm)	Bale Size (mm)	Bale Weight (kg)	Motor (kW)
Y8F-315A	315	2000x1750x1000	500x600	300-500	2x45
Y81F-315B	315	2500x2000x1200	600x600	400-700	2x45
Y81F-315E	315	2500x2000x1200	600x600	400-700	2x45