Barberan PUR-33-L

Barberan PUR-33-L

Barberan machine manufactured in 2007. This Barberan PUR-33-L is a continuous wrapping line designed for applying PVC foil, CPL, paper, and veneer on various materials using hot-melt technology. It features a robust one-piece electro-welded steel frame, motorized rubber-coated feed wheels, and a slot die extrusion system for precise glue application. If you are looking to get high-quality wrapping capabilities, consider the Barberan PUR-33-L machine we have for sale. Contact us for further details.

• Base Frame: One-piece electro-welded steel frame with high structural rigidity. It is designed to absorb vibrations and maintain pressure roller alignment.
• Transport System: Motorized rubber-coated feed wheels with speed controlled via inverter, ensuring precise synchronization between glue application and profile feed.
• Pressing / Calendering Zone: Universal supports and multiple pressure rollers with various shapes and hardness levels, suitable for complex profile geometries.
• System Type: Slot die extrusion system with adjustable lips.
• Working Width: 330 mm.
• Glue Application Accuracy: Constant gram-per-square-meter distribution, independent from line speed. Closed system reduces oxidation, prevents premature PUR crosslinking, and minimizes material waste.
• Adjustment: Micrometric lip adjustment for precise control of glue film thickness.
• Type: 20 kg PUR drum melter with heated platen, where only the top layer is melted to preserve the chemical integrity of the remaining adhesive.
• Sealing System: Airtight design with dedicated seals to prevent air/moisture ingress.
• Pump: Integrated gear pump providing constant, pulsation-free adhesive flow to application head.
• Function: Maintains adhesive working temperature between approximately 120–150 °C during transfer from melter to slot die head.
• Length: 4.5 meters.
• Technical Features: Internal core made of PTFE (Teflon), high pressure, and PUR-resistant. It includes a uniform electric heating element to prevent cold spots, high-efficiency thermal insulation, an integrated thermocouple, and temperature control via machine PLC.
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