Practical Case: 40% Higher Daily Waste Crushing Output After Upgrading to TL4060 Water-Cooled Powerful Crusher at a Large Home Appliance Plastic Recycling Plant

Practical Case: 40% Higher Daily Waste Crushing Output After Upgrading to TL4060 Water-Cooled Powerful Crusher at a Large Home Appliance Plastic Recycling Plant
Thick ABS appliance shells and PP inner liners feature high hardness and strong thermal melting tendency. Old non-water-cooled crushers suffer blade adhesion under high temperatures, limited throughput and high consumable loss – common pain points for large plastic recycling factories. A large home appliance shell recycling plant in Jiangsu upgraded to Tenlong TL4060 water-cooled Powerful Crushers with auxiliary split-flow models to optimize crushing lines. Post-commissioning upgrades covered throughput, cost and compliance comprehensively, forming a benchmark renovation case replicable by peer manufacturers in the home appliance plastic recycling sector.

Powerful Crusher
Powerful Crusher

1. Customer Project Background

A professional home appliance shell recycling factory in Jiangsu specializes in recycling and pelletizing thick ABS TV & washing machine shells and PP plastic inner liners, receiving a total of 12 tons of waste plastic daily, mainly whole thick rigid plastic housings and mixed sprues. Before renovation, the workshop ran two old 18kW non-water-cooled conventional crushers with four core production bottlenecks restricting output and efficiency:
  1. Unstable high-temperature production: At elevated summer ambient temperatures, plastics melt and stick to blades after only 3 hours of operation, forcing full machine shutdown and chamber cleaning. Daily effective crushing time fell below 6 hours with actual daily output of merely 7 tons and severe raw material backlog.
  2. High labor & consumable costs: Ordinary carbon steel blades wear rapidly, requiring weekly disassembly, grinding and replacement with constant high expenditure on blades and grinding labor.
  3. Redundant inefficient procedures: Oversized whole appliance shells could not be fed directly, requiring dedicated pre-cutting staff and extra upstream labor steps.
  4. Non-compliant production: Lack of safety interlock protection on open covers created accidental startup hazards during manual cleaning; no shock absorption or sound insulation led to excessive workshop noise with high risks of annual environmental audit rectification orders.
In January 2026, the factory completed full line upgrades by purchasing two TL4060-P water-cooled flat blade Powerful Crushers plus one TL3542 water-cooled model for split-flow small waste processing to restructure the crushing production line.

2. Customized On-Site Equipment Configuration Scheme

Combining the factory’s high volume of large rigid plastics, mixed thin materials, all-day mass production and pellet recycling standards, the technical team delivered a one-on-one tailored matching plan:
  1. Main large-piece crushing unit: TL4060-P water-cooled Powerful Crusher with 22kW high power, flat blade rotor and factory closed-loop water cooling. The 600×360mm large crushing chamber accepts whole appliance shells without pre-cutting for direct feeding and crushing.
  2. Auxiliary split-flow unit for small parts: Matching TL3542 (11kW water-cooled model) dedicated to fine sprues and thin-wall trimmings. Separated crushing of large & small materials boosts overall line efficiency.
  3. Add-on protection accessories: Both TL4060 units fitted with magnetic iron removal feeders and dust separation systems to intercept metal impurities and recover fine plastic powder.
  4. Unified discharge standard: All units equipped with standard 10mm screens for consistent granule size fully matching feeding requirements of downstream automated pelletizing lines.

3. Measurable Quantitative Benefits Post Commissioning

  1. Greatly boosted throughput, daily crushing output up 40%

    Standard built-in constant temperature water cooling thoroughly eliminates melting, blade adhesion and chamber clogging under high heat, enabling 24-hour non-stop closed-loop operation. Stable daily factory crushing output reaches 11.5–12 tons, a nearly 40% capacity increase. Daily incoming waste is fully processed same-day with complete elimination of raw material stockpiling and open-air storage.

  2. Labor & consumable costs cut by 65%

    SKD11 alloy steel blades across all models operate stably for over 20 days per grind, extending blade replacement cycles 6 times compared to old carbon steel blades. Large chambers support direct feeding of whole housings, removing pre-cutting procedures and cutting 2 pre-cutting operators per shift. Monthly total expenditure on blade procurement and maintenance labor is reduced directly by 65%.

  3. 100% raw material recycling with waste value appreciation

    The dust separation system collects fine powder for direct blending with main materials during pelletizing. Heavy-duty oil-sealed bearings isolate grease contamination for clean, impurity-free crushed granules. 100% of all crushed waste is recycled on-site, completely eliminating depreciation losses from low-price external sales of inferior fine powder and maximizing raw material utilization efficiency.

  4. Full environmental & safety compliance with zero rectification risks

    Heavy-duty shock-absorbing machine body plus built-in sound insulation partitions bring workshop noise within local environmental standards for smooth annual environmental inspections. Three-layer safety protection (motor overload cutoff, cover interlock, dedicated blade cleaning lock) standardizes operations with zero operator safety incidents since machine commissioning.

  5. Easy long-term maintenance with superior equipment stability

    Integrated thick steel body resists deformation under prolonged heavy crushing loads; international brand electrical components deliver ultra-low failure rates. Daily maintenance only requires screen cleaning and bearing lubrication with low technical barriers and short working hours, matching long-term mass production maintenance rhythms of manufacturing plants.

4. Customer Feedback & Summary

The factory’s technical director commented: Compared with multiple industrial crushers of equivalent specifications on the market, the TL4060 water-cooled Powerful Crusher with large chamber and water cooling configuration perfectly fits our working conditions of crushing bulky thick ABS appliance shells. The P-type flat blades produce uniform granules compatible with downstream pelletizing lines. The full TL series covers a complete power spectrum from small 7.5kW units up to top-tier 30kW high-power models with freely selectable claw or flat blades for soft and hard materials. The whole machine is highly durable with stable electrical control. Suitable for both small-medium injection molding factories and ten-thousand-ton recycling bases with exclusive matched models available, it delivers far higher overall cost performance than competing crushing equipment.

Powerful Crusher
Powerful Crusher

5. Replicable Solution for Peer Enterprises

This complete renovation scheme using Powerful Crushers is fully applicable to: home appliance plastic recycling plants, large injection molding factories, automotive plastic component recycling enterprises, thick plastic drum crushing & pelletizing plants and large-scale daily plastic waste recycling manufacturers.

Model selection reference: Choose TL3036/TL3542 for daily waste output below 5 tons; prioritize high-power water-cooled TL4050/TL4060/TL4080 for large-scale plants processing over 8 tons of waste daily.

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