✅ Request Solution | FAQ | Request Layout Design |  Watch Demo

Why Textile Waste Requires Specialized Baling Equipment

Textile waste requires specialized compression equipment because fabrics are soft, elastic, and difficult to compact efficiently. Recycling facilities, garment factories, and used clothing exporters commonly choose between a common vertical baler and a lifting chamber baler. While vertical balers offer economical volume reduction, lifting chamber balers produce cleaner, export-quality textile bales that improve handling efficiency and resale value.

With global textile recycling expanding rapidly, selecting the correct baling solution directly impacts labor cost, logistics efficiency, and overall recycling profitability.

What Is a Common Vertical Baler?

A common vertical baler, also called a downstroke baler, compresses material using a hydraulic ram moving vertically from top to bottom.

How It Works

Operators load textile waste into the chamber, and the ram compresses materials repeatedly until the desired bale density is reached. The bale is then tied manually and ejected.

Advantages for Textile Scrap

• Low investment cost
• Compact machine footprint
• Multi-material capability
• Suitable for small and medium recyclers
• Simple installation and operation

Limitations When Handling Used Clothing

Soft textile fibers expand after compression, which may cause:

• Deformed bale shape
• Increased labor during wrapping
• Lower resale appearance

👉 Vertical balers are ideal for textile offcuts, fabric scraps, and waste reduction applications.

What Is a Lifting Chamber Baler?

A lifting chamber baler is specially engineered for compressing soft recyclable materials such as clothing, rags, towels, and mixed textiles.

How It Works

Instead of ejecting the bale, the compression chamber lifts upward after pressing, leaving the finished bale on the base platform for easy tying and wrapping.

Benefits for Textile Recycling Operations

• Designed specifically for textile materials
• Easy bale tying and bagging
• Uniform square bale shape
• Higher bale presentation quality
• Improved export and resale value

Industries commonly using lifting chamber balers include:

• Used clothing exporters
• Textile recycling plants
• Charity sorting centers
• Second-hand clothing traders

Common Vertical Baler vs Lifting Chamber Baler: Key Differences

Which Baler Is Best for Different Types of Textile Waste?

Textile Factory Offcuts

Garment manufacturing generates loose cutting scraps that mainly require volume reduction.

✅ Recommended: Vertical Baler

Used Clothing Recycling Centers

Facilities sorting reusable clothing need clean, uniform bales suitable for resale markets.

✅ Recommended: Lifting Chamber Baler

Charity & Donation Organizations

Manual labor efficiency and easy bale handling are critical.

✅ Recommended: Lifting Chamber Baler

Textile Export Businesses

Export containers require dense, well-wrapped bales to maximize shipping efficiency.

✅ Recommended: Lifting Chamber Baler

How the Right Baler Increases Textile Recycling Profits

Choosing the correct baler delivers measurable economic benefits:

Reduced Transportation Costs

Higher bale density means more textiles per container shipment.

Improved Bale Quality

Professional bale appearance increases buyer confidence and resale pricing.

Labor Savings

Easy tying and unloading reduce operator workload and improve productivity.

Faster Container Loading

Uniform bale dimensions simplify stacking and logistics planning.

Key Factors to Consider Before Choosing a Textile Baler

Before investing in textile baling equipment, evaluate:

• Daily processing capacity
• Desired bale weight (40–500 kg typical)
• Available installation space
• Operator availability
• Export market requirements
• Material type (scrap vs reusable clothing)

A correct equipment match ensures long-term operational efficiency.

Recommended Textile Baling Solutions from SINOBALER

As an experienced manufacturer of recycling machinery, SINOBALER provides customized textile waste baling solutions for global recyclers.

Typical solutions include:

• Vertical textile balers for factory waste reduction
• Lifting chamber balers for used clothing export
• Bagging balers for small textile bales
• Semi-automatic and automatic textile baling systems
• Complete textile recycling and container loading solutions

Engineering consultation helps customers select machines based on real production requirements rather than machine size alone.

Frequently Asked Questions About Textile Waste Balers

Which baler is best for used clothing?

A lifting chamber baler is typically preferred because it produces uniform, easy-to-wrap export bales.

Can vertical balers compress textile waste efficiently?

Yes. Vertical balers work well for fabric scraps and non-resale textile waste where appearance is less important.

What bale weight is ideal for clothing export?

Most exporters prefer textile bales between 80–450 kg depending on container loading strategy.

Why are lifting chamber balers popular in textile recycling?

They simplify bale removal, improve wrapping efficiency, and maintain bale shape after compression.

Real Textile Recycling Application Examples

• Garment factory compressing cutting waste for disposal savings
• Used clothing exporter shipping second-hand apparel overseas
• Charity organization preparing donation textiles for redistribution
• Recycling facility improving warehouse space utilization

These real applications demonstrate how proper baler selection directly improves operational efficiency.

Choosing the Right Baler for Maximum Textile Recycling Efficiency

Both machines play important roles in textile waste management:

✅ Vertical Baler — Best for economical textile waste volume reduction
✅ Lifting Chamber Baler — Best for reusable clothing, resale, and export markets

Understanding your material type, production volume, and business objective is the key to selecting the most profitable baling solution.

👉 For customized textile recycling solutions, consult SINOBALER engineers to determine the ideal baler configuration for your operation.

✅ Request Solution | FAQ | Request Layout Design |  Watch Demo

Efficient container loading directly impacts freight cost, export efficiency, and project profitability.
With high-density compression technology from SINOBALER, exporters can significantly increase tons per container and reduce transportation cost per ton.

This practical guide explains how to calculate container loading for compressed bales used in recycling, biomass, and agricultural export industries.

🚢 1. Standard Shipping Container Specifications

✅ In most high-density baling projects, container weight limit is reached before volume limit — which is exactly why powerful balers matter.

📏 2. Bale Size & Density — The Core of Loading Efficiency

Container loading depends mainly on:

✔ Bale Dimensions

Example SINOBALER export bale:

• Length: 1200 mm
• Width: 1100 mm
• Height: 1100 mm

✔ Bale Weight

Example:

• 1020 kg per bale

✔ Compression Density

High compression from SINOBALER automatic balers allows exporters to ship more material per container.

🧮 3. Container Loading Calculation Formula

Step 1 — Calculate Bale Volume

Bale Volume=Length×Width×Height

Example:

1.2×1.1×1.1=1.452 m3

Bale Volume=Length×Width×Height

Step 2 — Calculate Maximum Bale Quantity (By Volume)

Container Volume÷Bale Volume

Example for 40HQ container:

76÷1.452≈52 bales

Step 3 — Check Container Weight Limit ⭐ (Most Important)

Container Payload÷Bale Weight

Example:

28,000kg÷1020kg≈27 bales

👉 Actual loading quantity = 27 bales (weight limited)

📊 4. Example — SINOBALER Export Loading Comparison

💡 Higher compression = Lower shipping cost per ton.

🚜 5. Recommended Loading Method

✔ Flat layer stacking
✔ Cross stacking for stability
✔ Forklift loading from container rear
✔ Minimal gaps between bales
✔ Uniform bale size (important advantage of SINOBALER automatic balers)

High-density rectangular bales produced by SINOBALER horizontal balers are specially designed for export container optimization.

🌍 6. Industries Using SINOBALER Container Loading Solutions

• Recycling facilities (OCC, plastic, textile)
• Waste-to-energy RDF producers
• Alfalfa hay exporters
• Biomass fuel suppliers
• Cotton & fiber exporters
• Industrial waste management companies

💰 7. Why Compression Directly Increases Export Profit

Using high-pressure SINOBALER balers helps exporters:

✅ Increase tons per container
✅ Reduce freight cost per ton
✅ Improve storage efficiency
✅ Simplify customs & logistics handling
✅ Standardize international shipments

📌 Quick Calculation Formula

You can use below simple rule:

Container Load (tons) = Bale Weight × Number of Bales

or

Bales per Container = Container Payload ÷ Bale Weight

✅ Request Solution | FAQ | Request Layout Design |  Watch Demo

Hauling and transportation are among the largest operating expenses for waste management companies. Rising fuel costs, labor shortages, vehicle maintenance, and landfill tipping fees make transportation efficiency a critical profitability factor.

Leading operators reduce hauling costs by improving waste density, logistics efficiency, and automation — areas where SINOBALER baling solutions play an important role.

1️⃣ Increase Material Density Through Baling

The most effective strategy is simple:

👉 Move more material with fewer truckloads.

Loose recyclables contain large air space. Trucks often reach volume capacity long before weight limits.

How SINOBALER Helps

High-density balers compress materials into transport-ready bales:

• OCC cardboard
• PET bottles
• Plastic films
• Packaging waste
• Mixed recyclables

Benefits

• Reduce volume by 80–90%
• Fewer transportation trips
• Lower fuel consumption
• Reduced driver hours
• Improved trailer utilization

2️⃣ Install Balers at Transfer Stations & Recycling Facilities

Instead of hauling loose waste long distances, companies compact materials at centralized locations.

Typical Workflow

Collection → Transfer Station → SINOBALER Baling System → Full Truckload Shipping

This approach dramatically reduces transportation frequency and operational costs.

3️⃣ Recover Valuable Recyclables Before Transport

Transporting mixed waste directly to landfill is expensive.

Modern waste management companies:

✔ Sort recyclables early
✔ Bale commodities onsite
✔ Sell recovered materials

Dense bales produced by SINOBALER systems improve handling efficiency and market acceptance by recyclers and mills.

4️⃣ Optimize Collection Routes & Fleet Efficiency

Transportation optimization includes:

• GPS routing systems
• Smart pickup scheduling
• Fill-level monitoring
• Reduced idle time
• Balanced truck loading

When combined with baling, optimized routing delivers maximum hauling savings.

5️⃣ Reduce Handling & Labor Through Automation

Manual waste handling increases costs and slows operations.

Automated baling systems from SINOBALER help by:

• Continuous conveyor feeding
• Automatic tying systems
• Reduced manual compaction
• Faster loading cycles
• Consistent bale production

Less handling means faster processing and lower labor cost per ton.

6️⃣ Use Standardized High-Density Bales

Uniform bales allow:

• Faster forklift handling
• Stable stacking
• Safe trailer loading
• Maximum container utilization

SINOBALER horizontal balers are designed to produce consistent bale sizes suitable for domestic and export transportation.

7️⃣ Ship Directly to Recycling End Users

Many waste operators lower hauling costs by shipping baled materials directly to:

• Paper mills
• Plastic recyclers
• Metal processors

High-quality bales produced by SINOBALER equipment meet industry transport and recycling standards, minimizing rehandling costs.

8️⃣ Implement Integrated Waste Processing Systems

Advanced facilities combine:

Sorting → Conveying → Shredding → Baling → Storage → Transportation

SINOBALER provides balers that integrate easily into automated recycling lines, helping waste companies operate more efficiently at scale.

✅ Results Achieved with Proper Baling Solutions

Waste management companies commonly achieve:

• 30–60% fewer hauling trips
• Significant fuel savings
• Reduced labor requirements
• Increased recycling revenue
• Faster facility throughput
• Lower environmental footprint

Conclusion

Reducing hauling costs is not only about transportation — it starts with efficient waste processing before shipment. By increasing material density, improving logistics planning, and adopting automated baling solutions from SINOBALER, waste management companies transform transportation from a major expense into a strategic operational advantage.

✅ Get Quote | Ask Engineer | Installation Serive | Video Demo

Installing a steel chain conveyor with a ground pit feeding system is a common solution in modern recycling, shredding, and baling plants.
This FAQ page answers the most frequently asked questions from plant managers, engineers, and installation teams.

1. What is a Ground Pit Feeding Steel Chain Conveyor?

A ground pit feeding system means the conveyor inlet is installed below floor level inside a civil foundation pit.

This allows materials to be:

• Loaded directly from the ground
• Fed by loaders or manual operation
• Transferred continuously to downstream equipment

Typical applications include:

• Waste sorting plants
• Shredders and balers feeding systems
• Scrap and bulky waste handling

2. Why Must a Pit Be Prepared Before Installation?

The pit is essential because it allows the feeding inlet to sit flush with the ground surface.

Benefits include:

✅ Easy ground-level feeding
✅ Reduced lifting equipment use
✅ Improved safety for operators
✅ Higher feeding efficiency
✅ Better plant layout integration

Without a pit, operators would need ramps or elevated platforms.

3. How Deep Should the Installation Pit Be?

The pit depth depends on:

• Conveyor model
• Chain height
• Hopper structure
• Required feeding angle

General guideline:
The feeding opening should align with finished floor height.

👉 Always follow the manufacturer’s foundation drawing for exact dimensions.

4. How Is the Steel Chain Conveyor Installed Into the Pit?

Installation steps normally include:

1. Lift conveyor using crane or forklift
2. Slowly lower feeding inlet into pit
3. Align conveyor centerline with downstream equipment
4. Adjust height and horizontal level
5. Fix anchor bolts securely

⚠️ Avoid twisting or uneven lifting to protect chain alignment.

5. Should the Conveyor Inlet Be Level With the Ground?

Yes — this is critical.

The inlet should be:

• Flush with the ground surface
• Accessible for loaders or manual feeding
• Free from gaps that may trap materials

Correct positioning ensures materials can be directly thrown or pushed into the conveyor.

6. What Equipment Is Commonly Connected After the Conveyor?

Steel chain conveyors typically feed:

• Industrial shredders
• Horizontal balers
• Sorting systems

They function as the primary automatic feeding solution.

7. What Are Common Installation Mistakes?

Common issues include:

❌ Incorrect pit dimensions
❌ Feeding inlet higher than ground level
❌ Poor leveling causing chain deviation
❌ No drainage design
❌ Misalignment with shredder or baler

Proper planning avoids costly reinstallation.

✅ Get Quote | Download Brochure | Ask Engineer | Video Demo

Wood shavings and wood chips are widely generated in sawmills, pallet recycling plants, furniture factories, biomass processing facilities, and woodworking workshops. Because these materials are lightweight, loose, and dusty, feeding them efficiently into a bagging baler is one of the most important factors affecting productivity.

This guide explains the best methods, equipment configurations, and feeding systems for achieving stable, automatic, and high-efficiency wood waste bagging.

Why Proper Feeding Matters in Wood Waste Bagging

Unlike cardboard or plastic waste, wood shavings and chips:

• Have low bulk density
• Flow inconsistently
• Easily bridge or clog feeding openings
• Generate airborne dust
• Require continuous feeding instead of batch loading

Without a proper feeding system, operators often face:

✅ Material blockage
✅ Uneven bale weights
✅ Low bagging output
✅ Increased labor cost
✅ Dust pollution issues

A correctly designed feeding solution ensures stable compression and automatic bag filling.

Recommended Feeding Methods for Wood Shavings & Chips

1. Cyclone Feeding System (Best Solution)

The cyclone feeding system is the most efficient way to feed lightweight wood materials.

Working Principle

1. Wood shavings are transported through air ducts.
2. A cyclone separator removes air from materials.
3. Wood material drops directly into the bagging baler hopper.
4. Continuous feeding enables automatic bagging.

Advantages

• Continuous automatic feeding
• Dust control improvement
• No manual loading
• High feeding efficiency
• Ideal for sawdust & fine shavings

👉 Widely used with SINOBALER wood shavings bagging baler with cyclone feeding system.

2. Screw Conveyor Feeding

A screw conveyor (auger) is suitable for controlled feeding applications.

Best For

• Medium-density wood chips
• Short conveying distance
• Stable material size

Benefits

• Accurate feeding control
• Compact layout
• Simple automation integration

Consideration

Very light shavings may require pre-compaction or cyclone assistance.

3. Belt or Chain Conveyor Feeding

For high-capacity facilities, conveyors provide reliable material transport.

Recommended For

• Pallet recycling plants
• Wood shredding lines
• Continuous production lines

Advantages

• Handles large volumes
• Integrates with shredders
• Fully automatic operation

Often paired with a wood pallet shredder/granulator → conveyor → bagging baler system.

Typical Wood Shavings Bagging Process Flow

Standard Process Flow

Wood Waste
→ Shredding / Milling
→ Cyclone Separation
→ Storage Hopper
→ Automatic Feeding
→ Bagging Baler Compression
→ Finished Biomass Bags with Sealing Machine

This workflow allows continuous biomass packaging with minimal labor.

Key Design Considerations for Feeding Wood Materials

✔ Material Type

• Fine sawdust → cyclone system
• Wood shavings → cyclone or screw conveyor
• Large chips → conveyor feeding

✔ Moisture Content

Recommended: 10–18% moisture for stable compression.

✔ Hopper Design

• Large inlet opening
• Anti-bridging structure
• Level sensor for automation

✔ Dust Control

Cyclone + dust collector greatly improves workplace safety.

Common Feeding Problems & Solutions

Why Choose SINOBALER Wood Shavings Bagging Baler

SINOBALER provides a complete biomass bagging solution, not just a baler.

Key Advantages

• Integrated cyclone feeding system
• Continuous automatic bagging
• Stable bale weight control
• Reduced labor requirement
• Designed for wood shavings, sawdust & biomass fuel materials
• Compatible with PROSINO shredding systems

Ideal industries include:

• Sawmills
• Pallet recycling plants
• Biomass fuel production
• Furniture manufacturing
• Animal bedding production

Conclusion

Efficient feeding is the foundation of successful wood shavings and wood chips bagging. By combining cyclone feeding, conveyors, or screw systems with a reliable bagging baler, recycling facilities can achieve:

✅ Continuous operation
✅ Cleaner working environment
✅ Higher bagging output
✅ Lower operating costs

A properly engineered feeding solution transforms loose wood waste into valuable packaged biomass products ready for storage, transport, and resale.

✅ Get Quote | Download Brochure | Ask Engineer | Video Demo

Materials Most Likely to Cause Baler Jams

Baler jams most commonly occur when processing hard and dense recyclable materials such as:

• Cardboard (OCC)
• Books
• Newspaper
• Magazines
• Thick paper waste

These materials create higher resistance during compression, especially in horizontal balers, where continuous feeding and automatic operation require smooth material flow.

Common Real-World Causes of Horizontal Baler Jams

Below are the most common real-world causes of horizontal baler jams and practical solutions used by recycling plants.

1. Previously Baled Cardboard Fed Into the Baler Again

Primary cause of serious jams.

Sometimes finished cardboard bales or heavily pre-compressed materials are accidentally fed back into the baler.

Why this causes jams

• Baled cardboard density is extremely high
• The cutting system cannot break it apart
• Material blocks the compression channel
• Ram pressure spikes suddenly

Solution

✅ Never feed finished bales back into the machine
✅ Install clear operator procedures
✅ Add feeding supervision or conveyor inspection

👉 Horizontal balers are designed for loose materials, not already compacted bales.

2. Hydraulic Cylinder Oil Leakage

Hydraulic performance directly determines whether the baler ram moves smoothly.

What happens when oil leaks

• Hydraulic pressure drops
• Ram loses compression force
• Material stops moving forward
• Waste accumulates and blocks chamber

Typical symptoms

• Slow ram movement
• Weak compression force
• Machine stops mid-cycle

Solution

✅ Inspect cylinder seals regularly
✅ Check oil level daily
✅ Repair leakage immediately
✅ Maintain stable hydraulic pressure

3. Dull or Worn Cutting Knife

Horizontal balers processing cardboard and books rely heavily on sharp cutting knives.

Why knife condition matters

Hard materials like books and magazines must be cut before compression.

When the knife becomes dull:

• Cardboard cannot be sheared cleanly
• Material folds instead of cutting
• Feeding resistance increases
• Chamber blockage occurs

Solution

✅ Inspect knife sharpness regularly
✅ Sharpen or replace worn blades
✅ Follow preventive maintenance schedule

👉 A sharp knife significantly reduces baler load and prevents jams.

Why Horizontal Balers Jam More with Hard Materials

Hard paper materials create:

• Higher friction
• Greater compression resistance
• Increased cutting demand
• Continuous feeding pressure

Therefore, cardboard horizontal balers require stricter maintenance and operation control compared with soft material baling.

Quick Troubleshooting Checklist

Best Practices to Prevent Horizontal Baler Jams

✔ Feed only loose cardboard or paper
✔ Monitor hydraulic system daily
✔ Maintain sharp cutting knives
✔ Train operators on proper feeding rules
✔ Schedule preventive maintenance

Facilities following these practices typically reduce downtime dramatically and extend baler service life.

Prevent Baler Jams with SINOBALER Solutions

A reliable horizontal baler is key to keeping your recycling operations smooth and efficient. SINOBALER offers high-performance horizontal balers specifically designed for cardboard, books, magazines, and other hard paper materials.

With features like robust cutting knives, strong hydraulic systems, and easy-to-maintain components, SINOBALER balers help prevent jams, reduce downtime, and improve throughput.

✅ Explore SINOBALER Horizontal Balers – the smart choice for professional cardboard and paper recycling.
✅ Contact SINOBALER for expert advice, spare parts, or preventive maintenance support to keep your balers running jam-free.

✅ Get Quote | Download Brochure | Ask Engineer | Video Demo

Why Proper Feeding Matters

Improper feeding can cause:

• Low bale density 
• Machine jams 
• Reduced productivity 
• Safety risks 
• Increased maintenance cost 

The correct feeding method depends on cardboard volume, facility layout, and baler type.

Step-by-Step Feeding Process

Step 1 — Cardboard Preparation

• Remove plastic straps 
• Flatten boxes when possible 
• Avoid metal contamination 
• Separate oversized cartons 

Step 2 — Sorting & Staging

• Use collection cages or bins 
• Keep feeding area clean 
• Prevent mixed waste 

Step 3 — Feeding the Baler

• Load evenly 
• Do not overfill chamber 
• Keep materials below safety line 

Step 4 — Compression Cycle

• Close door properly 
• Start compression cycle 
• Repeat feeding until full bale

Popular Cardboard Baler Feeding Methods

Choosing the right feeding method is essential for achieving stable operation, high bale density, and efficient cardboard recycling.
Depending on waste volume and facility layout, cardboard balers are commonly fed using manual feeding, excavator feeding, or conveyor feeding systems.

1️⃣ Manual Feeding — Flexible & Cost-Effective

Best for:

• Retail stores 
• Supermarkets  
• Small warehouses 
• Low to medium cardboard volume 

How it works
Operators manually load flattened cardboard into the baler chamber.

Advantages

• Low investment cost 
• Simple installation 
• Easy operation 
• Minimal space requirement 

Considerations

• Requires operator labor 
• Not suitable for continuous high-volume recycling 

👉 Typically used with vertical cardboard balers.

2️⃣ Excavator Feeding — Heavy-Duty Bulk Handling

Best for:

• Recycling centers 
• Waste transfer stations 
• Large OCC accumulation areas 
• Outdoor recycling yards 

How it works
An excavator grabs and feeds loose cardboard directly into the baler feed opening or hopper.

Advantages

• Handles large volumes quickly 
• Suitable for loose or bulky cardboard piles 
• Reduces manual labor dramatically 

Considerations

• Requires sufficient working space 
• Best matched with heavy-duty horizontal balers 

👉 Ideal solution when cardboard arrives in bulk loads.

3️⃣ Conveyor Feeding — Continuous & Automated Operation

Best for:

• Distribution centers 
• E-commerce warehouses 
• Manufacturing plants 
• High-output recycling lines 

How it works
Cardboard waste is transported automatically via conveyor belts into the baler for continuous compression.

Advantages

• Continuous feeding 
• Stable production efficiency 
• Reduced labor cost 
• Supports automation integration 

Considerations

• Higher initial investment 
• Requires layout planning 

👉 Commonly used with semi-automatic or fully automatic horizontal balers.

Feeding Method Comparison

How to Choose the Right Feeding Method

Your ideal feeding system depends on:

• Daily cardboard volume 
• Available labor 
• Facility layout 
• Automation goals 
• Budget planning 

👉 A properly matched feeding method can improve baling efficiency by 30–50%.

✅ Request Free Cardboard Baler Layout Consultation

🟦 Common Feeding Mistakes

❌ Feeding unflattened boxes randomly
❌ Mixing plastic and cardboard
❌ Overloading chamber
❌ Feeding wet cardboard excessively
❌ Ignoring material distribution

🟦 Safety Guidelines During Feeding

• Never reach into chamber during cycle 
• Follow safety interlock systems 
• Train operators regularly 
• Stop machine before maintenance 

Safety content increases professional credibility.

Get Your Custom Cardboard Baler Feeding Solution from SINOBALER

SINOBALER cardboard balers support manual and fully automatic feeding solutions tailored to different recycling operations.

👉 View Cardboard Baler Solutions

Metal baler is the most popular choice. It provides strong compression for dense bales and is suitable for continuous and heavy-duty operation.

Get Baling Recommendation

1. When springs are mixed with foam, fabric, wood, or other materials.
2. When you need smaller particle size for melting or further processing.
3. When higher bale density is required for maximum loading capacity.

Get Shredding Recommendation

1. High carbon steel material is strong and durable, suitable for high-pressure baling.
2. Good elasticity& tensile strength springs compress tightly under hydraulic pressure.
3. Bulky but compressible loose springs take up space but can be compacted into dense bales.
4. Baled springs are easy to stack, store and ship to steel mills.

Get Baling Recommendation