Transportation cost is often underestimated in waste paper recycling. Many operators focus on equipment price while overlooking how bale density affects logistics efficiency. In reality, low-density bales increase transportation frequency, fuel consumption, and handling time, directly reducing profit margins.
A Waste Management Compactor designed for stable high-density output can significantly improve logistics performance. The Y82-125 Waste Baler compresses recycled cardboard into dense, uniform bales, helping customers make better use of container and truck capacity.
With a bale size of 1000×1100 mm and density exceeding 400 kg/m³, each bale occupies less space while carrying more material. This allows more tonnage per shipment and fewer transport cycles. For export-oriented recyclers or long-distance collection networks, this advantage becomes especially clear.
As a Compact Waste Baling Machine, the horizontal design also supports continuous feeding and steady output. Automatic belting ensures consistent bale integrity, reducing the risk of loosening during transport and storage.
Some customers assume that only oversized systems can deliver such performance. However, modern High Capacity Baler Machinery focuses on efficiency rather than size. With a capacity of 6.0–8.4 tons per hour, the Y82-125 balances output and energy consumption, making it suitable for daily commercial operations.
Our factory, established over 40 years ago, understands that different regions have different logistics challenges. That is why our engineers offer customization options, including bale weight adjustment and feeding configuration, allowing each Waste Baler to adapt to local transport conditions.
By improving bale density and consistency, recycling businesses can achieve measurable savings in logistics costs while maintaining stable operations.
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