Heavy Duty Foam Baling Press Machine

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MOQ : 1 Unit

Heavy Duty Foam Baling Press Machine Specification

Operating Pressure
2500-3200 psi

Application
Foam, Sponge, Cushion, Upholstery Waste Compacting

Temperature Range
0C to 55C

Power Source
Electric Motor

Flow Rate
40-60 LPM

Mounting Type
Floor Mounted

Sealing Type
Hydraulic Seal

Connectivity Type
Wired

Features
Programmable Control Panel, Interlocked safety sensor, Anti-corrosive coating

Efficiency
High Efficiency (95%)

Accessories
Oil Level Indicator, Pressure Gauge, Emergency Stop Button

Body Material
Mild Steel

Type
Hydraulic Baling Press

Structure
Heavy Duty Welded

Force
120 Ton

Speed
12-15 strokes/min

Voltage
380-415V, 3 Phase, 50Hz

Finish
Powder Coated

Bale Size
1200mm x 800mm x 700mm

Safety Features
Emergency Stop, Interlock, Overload Protection

Chamber Size
1500mm x 800mm x 1000mm

No. of Cylinders
Single Main Cylinder

Noise Level
<75 dB

Cycle Time
25-35 seconds per bale

Cylinder Size
200mm Bore x 1500mm Stroke

Control Type
PLC or Manual Control

Oil Tank Capacity
250 Litres

Bale Weight
150-300 kg (depending on material)

Machine Weight
Approx. 4200 kg

Heavy Duty Foam Baling Press Machine Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
50 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Heavy Duty Foam Baling Press Machine

Unlock exceptional efficiency with our Special Heavy Duty Foam Baling Press Machine, specifically engineered to handle imposing loads with unmatchable performance. Boasting a robust welded structure, this hydraulic press delivers a stellar force of 120 tons, compacting a range of foam, sponge, and upholstery waste into tight bales sized at 1200mm x 800mm x 700mm. Equipped with advanced safety features, a high-efficiency programmable control panel, and an anti-corrosive finish, this machine sets new standards in the recycling industry for reliability, durability, and operator safety. Order now to experience unparalleled productivity.

Versatile Application and Usage

Designed for industrial sites, the Heavy Duty Foam Baling Press Machine excels in recycling applications. It is used primarily for compacting foam, sponge, cushion, and upholstery waste. As a hydraulic baler, it is ideal for waste management centers, manufacturing plants, and recycling facilities. Its high compression force and large bale size make it an unbeatable solution for streamlining waste handling processes, optimizing transport, and saving valuable storage space.

FOB Port Details and Sample Policy

This premium baling press is available for shipment from major ports in India. Upon request, clients may exchange estimates and arrange for sample testing to ensure the product aligns with their requirements before formalizing orders. Our sample policy is transparent, promoting customer satisfaction by enabling an informed decision prior to arrival of the final equipment at your facility.

FAQ's of Heavy Duty Foam Baling Press Machine:

Q: How does the baling process operate in this heavy duty machine?

A: The Heavy Duty Foam Baling Press operates through a hydraulic system. Material is loaded into the chamber and, after securely closing the door, the single main cylinder compresses the waste using up to 120 tons of force. The bale is formed in cycle times of 25-35 seconds, with controls accessible via PLC or manual panel.

Q: What types of materials can be compacted using this press?

A: This machine specializes in compacting foam, sponge, cushion, and upholstery waste. Its robust design and powerful cylinders make it suitable for dense or bulky materials, optimizing recycling operations and waste reduction.

Q: Where can the Heavy Duty Foam Baling Press Machine be installed?

A: The machine is floor mounted and is suitable for installation in factories, recycling centers, warehouses, and large industrial operations where heavy-duty waste compacting is required.

Q: What are the benefits of using a PLC control over manual operation?

A: Using PLC (Programmable Logic Controller) control enhances operational safety, streamlines programming of bale cycles, ensures consistency, and reduces manual intervention. This can increase productivity, minimize errors, and lower maintenance requirements.

Q: When should maintenance be performed on this machine?

A: Regular maintenance should be performed according to the manufacturer's guidelines, which typically involve checking oil levels, inspecting hydraulic seals, and verifying safety features. Preventive maintenance ensures high efficiency and extends machine lifespan.

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