Brief: In this video, we provide an educational walkthrough of the HPL 27 Co-rotation Twin Screw Extruder with its innovative Split-Casting Barrel Structure. You will see how this machine's bilateral symmetry gear drive system and integrated wear-resistant alloy steel liner deliver reliable performance. Gain concise insights into the features that matter most for real-world use in applications like reinforced modification, reaction extrusion, and masterbatch production.
Related Product Features:
Features a bilateral symmetry gear drive system with a design service life exceeding 72,000 hours.
Utilizes a torque limiter imported from Germany for enhanced operational safety.
Equipped with an integrated wear-resistant alloy steel liner in the barrels.
Barrel channels use an annular jet type design to prevent clogging.
Screw elements are made from W6Cr5Mo4V2 material for durability.
Shaft material is high-quality steel imported from Finland.
Heating rods are sourced from Germany for efficient thermal management.
Electrical system offers PLC and instrument control with separate control and power cabinets.
Faqs:
What is the maximum screw speed and output range of the HPL27 extruder?
The HPL27 extruder has a maximum screw speed of 1500 rpm and an output range of 80-100 kg/h for the standard configuration, with an alternative configuration offering 1000 rpm and 50-70 kg/h output.
What materials are the screw shaft and elements made from?
The screw elements are constructed from W6Cr5Mo4V2 material, while the shaft itself is made from high-quality steel imported from Finland, ensuring strength and longevity.
What are some typical applications for this twin-screw extruder?
This extruder is ideal for reinforced modification of polymers like PP, PA, and ABS; reaction extrusion for polyreaction and polycondensation; processing special engineering plastics such as PEEK and PPS; and producing various masterbatches including color, flame retardant, and carbon black.