Material-specific feeding
Twin-hopper weighing and the connected conveying arrangement can be selected around the actual rubber form, flow behaviour, temperature and required weight tolerance.
Synthetic Rubber Baler and Packaging Line
Sinyoung supplies synthetic rubber balers and downstream packaging systems configured for the rubber form, bale weight, packaging specification, target cycle, and plant interface. A project may combine metered feeding or weighing, hydraulic baling, film wrapping, automatic bagging, metal inspection, conveying, and robotic palletizing.
At a glance
What This Line Covers
A synthetic-rubber baling and packaging line is selected from the rubber form, bulk density, temperature, flow behaviour, bale specification and upstream discharge. The confirmed scope may combine weighing or metered feeding, SPR-180 baling, film wrapping, bagging, metal inspection, conveying and robotic palletizing.
Structural Features and Technical Advantages
These design features explain how the equipment supports service life, maintainability, process stability, safety or integration. Final performance remains subject to the confirmed material and project conditions.
Controlled hydraulic pressing
The SPR-180 uses an 18 MPa continuous-working-pressure hydraulic system with servo pump control and touchscreen adjustment of pressure and holding time.
Flexible packaging combinations
Film wrapping, bagging, metal inspection, centering conveyors and robotic handling can be combined to match the finished-bale and logistics specification.
Defined plant interfaces
Upstream discharge, buffers, control signals, utilities and downstream load handling are reviewed as one operating sequence rather than as isolated machines.
Selection checklist
Information Needed for Engineering Review
- Synthetic-rubber type and physical form
- Bulk density, temperature and flow behaviour at the baler inlet
- Target bale weight, dimensions, appearance and cycle
- Film, bag, inspection, pallet or box requirements
- Upstream discharge, buffers, control interface, utilities and floor space
Technical reading
Related Guides and Evidence
Supply Boundary
This page covers synthetic-rubber baling and packaging after the upstream production process. It does not claim polymerization or synthetic-rubber drying-system supply unless those items are confirmed in a specific project scope.
Equipment Model Matrix
Model references clarify the machine series and inquiry scope. Final quantity, specification, and combination are confirmed from feedstock, output, utilities, site layout, packaging requirements, and the engineered process boundary.
| Process / application | Standard equipment name | Model |
|---|---|---|
| Baling | Vibrating Conveyor | VC-600 |
| Baling | Weighing Hopper | WH-100 |
| Synthetic-rubber baling | Single-Chamber Baling Press | SPR-180 |
| Packaging | Belt Weigher | BW-100 |
| Packaging | Automatic Wrapping Machine | AWM-10 |
| Packaging | Metal Detector | APEX100-400/300 |
| Packaging | Bale Centering Roller Conveyor | BCC-500 |
| Packaging; motor power 0.75 kW | Metal Box Centering Conveyor | MCC-1200 |
| Packaging | Palletizing Robot | PLR-6-180/2700 |
Synthetic Rubber Baling and Packaging Equipment
Weighing Hopper
Product Introduction
Installed above the baling press, it meters synthetic rubber to a preset weight so bale weight remains within the specified range.
Main Technical Parameters
- Model
- WH-100
- Key features
- Twin-hopper, twin-gate design with a 304 stainless-steel body, PTFE-coated inner surface, and METTLER TOLEDO load cell and indicator.
- Compressed air
- 400 L/min at 0.6 MPa.
Single-Chamber Baling Press
Product Introduction
Compresses loose synthetic-rubber crumbs into bales of the specified size.
Main Technical Parameters
- Model
- SPR-180
- Capacity
- 180 bales/h.
- Key features
- Bale dimensions can be specified for the project. The hydraulic system operates at 18 MPa continuous working pressure. A servo-controlled hydraulic pump provides precise upper-platen movement with reduced noise and energy consumption; the touchscreen displays status and adjusts pressure and holding time.
- Power
- 58 kW.
Automatic Wrapping Machine
Product Introduction
Uses LDPE film for four-side heat sealing in the synthetic-rubber packing section.
Main Technical Parameters
- Model
- AWM-10
- Capacity
- Cycle time ≤10 s/bale; suitable for a 10 t/h line.
- Key features
- Film thickness 0.05–0.12 mm and width ≤800 mm. A built-in electrical control box and film-depletion alarm are provided. The two conveyor sections are each W370 mm × L1,160 mm.
- Power
- 7 kW total.
- Compressed air
- 300 L/min at 0.6 MPa.
Automatic Bagging Machine
Product Introduction
Automatically picks, opens, fills, and sews paper or woven bags for rubber bales after inner-film wrapping.
Main Technical Parameters
- Model
- ABM-10
- Capacity
- 10 t/h; cycle time 10 s/bale.
- Power
- 0.9 kW.
- Compressed air
- 420 L/min at 0.6 MPa.
Metal Detector
Product Introduction
Detects metal contamination in synthetic-rubber bales online, triggers an alarm, and works with a reject device to remove non-conforming bales.
Main Technical Parameters
- Model
- APEX100-400/300
- Key features
- The belt conveyor incorporates the detection sensor. Sensitivity: ferrous φ1.8 mm, non-ferrous φ2.0 mm, and 316 stainless steel φ2.5 mm.
- Power
- 0.75 kW.
Palletizing Robot
Product Introduction
An industrial robot with a purpose-built gripper stacks rubber bales in a metal box or on a pallet according to the selected pattern.
Main Technical Parameters
- Model
- PLR-6-180/2700
- Power
- 6 kW total.
- Compressed air
- 54 L/min at 0.6 MPa.
Project Configuration Information
Rubber Form and Bale Specification
Feeding and press configuration are selected after the rubber form, bulk density, temperature, flow behavior, target bale weight, and bale dimensions are confirmed.
Packaging Options
Film wrapping, woven or paper bagging, closing, metal inspection, palletizing, or large-box loading can be configured to the finished-bale and logistics specification.
Plant Interface
Engineering reviews upstream discharge rate, material condition, control signals, buffer requirements, downstream logistics, utilities, and available floor space.
Manufacturer and Project Evidence
Review Sinyoung's manufacturing capability, patents, quality controls, and international project support, together with the documented Jilin Petrochemical EPDM baling-press case.
Technical Questions for Project Planning
Which synthetic rubber forms can the baler handle?
The baler and feeding system are selected after the rubber form, bulk density, temperature, flow behavior, target bale weight, and upstream discharge method are confirmed.
How is bale weight controlled?
The project can use metered feeding or weighing matched to the rubber form and required tolerance. The final method is defined together with the press cycle and upstream material flow.
Can film wrapping and automatic bagging be combined?
Yes. Film wrapping, woven or paper bagging, closing, inspection, and downstream handling can be combined when required by the finished-bale and logistics specification.
Can the line connect to an existing upstream process?
Yes. The upstream discharge rate, signal interface, material temperature and form, available space, and buffer requirements must be reviewed during engineering.
What information is required to size a synthetic rubber baling line?
Please provide the rubber form, bulk density, temperature, target bale weight and dimensions, hourly or annual output, packaging material, inspection requirements, plant layout, utilities, and upstream interface.