Increase Profit Margins with Extrusion Blow Molding Machine 9 – Fast Production & Minimal Waste

DESCRIPTION / TECHNICAL SPECIFICATIONS

Elevate your manufacturing standards with cutting edge plastic extrusion solutions engineered for peak energy efficiency and exceptional operational stability. This technology provides a comprehensive solution for producing high quality hollow containers from polymer materials such as PE, PP, and PVC, essential for medical, food, automotive, and household appliance sectors. Capable of processing products with volume capacities up to 160 liters and an output speed reaching 280 units per hour, your facility is ready to dominate the market with massive productivity.

The core technical advantage lies in the high quality closed loop control system, ensuring consistent operational stability and molding precision. Its hydraulic unit adopts double proportional pressure control technology equipped with a variable plunger pump, capable of slashing electricity consumption by 30 percent or more, providing significant operational cost savings for your company. Mechanically, the extrusion unit is constructed from high quality 38CrMoAlA nitride steel with abrasive resistant alloys and cast aluminum heaters to guarantee perfectly uniform temperature distribution throughout every production cycle.

Your investment is further secured by a highly comprehensive auxiliary machinery ecosystem to ensure smooth production without downtime. This technology package includes a 3.0 MPa high pressure air compressor system for stable blowing force, an air dryer, precision filters, an automatic autoloader with a 450 kg per hour conveying capacity, and a cooling chiller unit with a 6800 Kcal per hour capacity. All operations are managed via an intelligent electrical system based on Japanese Mitsubishi PLC and an intuitive touch screen for accurate parameter settings. With a lifespan of up to 10 years, this machinery is the ultimate strategic asset to maximize the net profit of your plastic manufacturing business.