high pressure booster air compressor for PET blow molding

High Pressure Booster Air Compressor is a kind of mechanical equipment specially used to increase the gas pressure, which is widely used in various industries that need high pressure air.

Description

In many industrial processes, high pressure booster air compressors are essential for providing a stable and powerful air supply. These compressors ensure reliability, efficiency, and precise control, making them indispensable across a wide range of demanding applications.

Technical Parameters of High Pressure Booster Air Compressor

  • Compressed gas: Air
  • Flow rate: 10 m³/min
  • Inlet pressure: Atmospheric pressure
  • Discharge pressure: 6MPa

Working Principle

The high pressure booster air compressor increases the pressure of air through multiple compression stages. Air enters via the suction filter, is cleaned, and then passes through each compression chamber, where its pressure is gradually increased. Advanced direct current valve technology and anti-breakage reed valves ensure smooth, leak-free airflow and high performance. Multi-stage impedance composite technology reduces noise and maintains stability at high pressures, while a precise cooling system keeps the final exhaust temperature safely controlled—typically 15°C to 20°C above ambient.

Features

  1. High efficiency, low energy consumption: Innovative direct current valve and anti-breakage tongue valve blade technologies increase gas volume by 13% and reduce energy use by 13%.
  2. 24-hour continuous operation: Maintains high efficiency and energy savings (15%-20% improvement) even under continuous use, meeting all high-pressure air demands.
  3. Low noise design: Multi-stage impedance composite muffler and filter ensure quiet operation for a more comfortable work environment.
  4. Low exhaust temperature: Final exhaust air is cooled, with outlet temperatures only 15°C to 20°C above ambient, ensuring equipment safety and efficiency.
  5. High durability: Monobloc casting chrome-plated piston rings greatly extend piston lifespan and reduce wear for improved reliability.
  6. Low vibration: Dynamic balancing design minimizes vibration, preserving equipment life and reducing environmental impact.

Application Fields

  • Air Boosting: Provides a stable, high-pressure air source for processes requiring increased air pressure.
  • Hydroelectric power stations: Ensures stable system gas pressure for reliable hydroelectric operations.
  • PET bottle blowing: Supplies high-pressure gas for forming plastic bottles via blow molding.
  • Leak detection: Delivers high-pressure air for industrial pipeline and facility airtightness testing.
  • Military: Supports various military equipment maintenance and operation with pressurized gas.
  • Pharmaceutical industry: Powers mixing, blending, and other production processes.
  • Brewing industry: Regulates gas transmission and pressure during brewing.
  • Chemical industry: Provides pressurized gas for transmission and chemical reaction processes.
  • Food industry: Used in blow molding and production of food packaging bottles, and ensuring a stable air source during manufacturing.
  • Machine manufacturing: Supplies high-pressure air for part dust removal, maintaining production environment cleanliness and machine precision.