Published on: April 2, 2026 | Author: Wang Tao, Senior Mechanical Engineer | Certification: CE, ISO 9001, Energy-Saving Certification
Energy consumption is one of the largest operating costs for plastic recycling plants—traditional plastic granulators waste 20%-30% of energy due to outdated motors and heating systems. Tenglong’s Energy-Saving High-Efficiency Plastic Granulator is engineered to solve this problem, combining energy-saving technology with high-output performance to help you reduce costs and increase productivity. This pelletizer features an inverter motor and advanced heat insulation design, cutting energy consumption by 25%-35% compared to conventional granulators while boosting output by 15%-20%. It is the perfect choice for users seeking low operating costs and high efficiency—especially medium to large-scale recycling facilities processing large volumes of PP, PE, and PET waste plastics.
Plastic Granulator
Why Energy-Saving High-Efficiency Plastic Granulator Matters
For plastic recycling businesses, energy costs account for 40%-50% of total operating expenses. Tenglong’s energy-saving plastic granulator delivers tangible benefits by addressing your key pain points:
- Significant Energy Savings: The inverter motor adjusts speed based on production demand, eliminating idle energy waste. The advanced heat insulation layer reduces heat loss by 30%, cutting annual electricity costs by 25%-35%. For a 150kg/h granulator, this translates to $1,500-$2,500 in annual electricity savings.
- High Output Efficiency: Our optimized rotor structure and blade design speed up material processing, delivering 15%-20% higher output than traditional models. The 150kg/h model can reach 170-180kg/h under standard conditions, boosting production capacity without increasing energy input.
- Low Carbon Emission: Reduced energy consumption means lower carbon emissions, helping your business meet environmental requirements and enhance your brand reputation. It is fully compliant with EU PPWR regulations and global carbon reduction goals.
- Stable Pellet Quality: Precise temperature control (with an error of ≤5℃) ensures uniform plastic melting, producing high-quality pellets with consistent density and size that can be directly used in injection molding and extrusion processes.
Technical Parameters of Energy-Saving High-Efficiency Plastic Granulator
| Model | Motor Power (kW) | Rotor Diameter (mm) | Number of Blades | Screen Mesh Size (mm) | Output Capacity (kg/h) | Energy Consumption (kWh/kg) |
| TL-E50 | 5.5 (Inverter Motor) | 120 | 4 | 1.5-3.0 | 40-55 | 0.12-0.15 |
| TL-E150 | 15 (Inverter Motor) | 180 | 6 | 1.0-4.0 | 170-180 | 0.09-0.12 |
| TL-E300 | 30 (Inverter Motor) | 250 | 8 | 0.8-5.0 | 340-360 | 0.08-0.10 |
FAQ: Energy-Saving High-Efficiency Plastic Granulator
Q1: How much energy can the energy-saving plastic granulator save? A1: It reduces energy consumption by 25%-35% compared to traditional granulators. For example, a 150kg/h model uses 15kW instead of 18.5kW, saving 3.5kW per hour—equivalent to approximately $2,000 per year (based on 8 hours of daily operation).
Q2: Is the energy-saving granulator more expensive than ordinary models? A2: The initial investment is 10%-15% higher, but the energy savings will recover the extra cost within 6-8 months. Long-term use delivers significant cost benefits for your operation.
Q3: Can it process wet plastic scraps efficiently? A3: Yes, it is equipped with a dewatering function that handles plastic scraps with moisture content up to 15%, ensuring stable operation and high pellet quality without additional energy consumption.
Q4: Does it support continuous 24-hour operation? A4: Yes, the inverter motor and heat dissipation system are designed for 24-hour continuous operation, with low noise (≤75dB) and stable performance to minimize downtime.
Q5: What is the small plastic granulator 50kg/h price for the energy-saving model? A5: The TL-E50 model (50kg/h) is priced at $5,500-$7,000—$500-$1,000 higher than the standard TL-50—but the energy savings quickly offset this difference.
