Rigid and Flexible Plastic Extrusion Compounds

The PVC profile extrusion process is a highly efficient technique that produces continuous PVC lengths with precise, consistent cross-sectional shapes. This method is ideal for creating intricate profiles, crucial for vital components such as structural supports, while ensuring uniformity and durability.

At Dugdale, we specialise in supplying a comprehensive range of PVC compounds for both rigid plastic extrusions and flexible plastic extrusions. Our expertise allows us to deliver tailored solutions, including custom PVC extrusion compounds designed to meet the unique needs of your projects. Whether you’re looking for rigid PVC profiles or flexible PVC extrusions, we can provide compounds with specific properties and custom colour matching to suit your requirements.

Our commitment to customisation ensures that manufacturers can achieve their exact specifications with our rigid PVC extrusions and flexible extrusions. From precise dimensions to enhanced material performance, our PVC compounds empower clients to meet stringent quality standards. We take pride in being a trusted partner for manufacturers, offering the expertise and resources needed to enhance the efficiency and quality of your extrusion processes.

Whether you’re producing rigid plastic extrusions or flexible PVC extrusions, Dugdale delivers solutions that align with your business goals. Our flexible approach ensures your success in developing high-performance, cost-effective extrusions.

Explore our range of PVC extrusion compounds suitable for a variety of applications, from flexible extrusions to rigid PVC profiles. For expert guidance or to discuss your project, contact our knowledgeable team at 01422 832501. Let Dugdale be your partner in achieving precision and quality in every extrusion.

Unpigmented Compounds
Unpigmented Compounds
NAT

Description : Available in Rigid and a variety of flexible compounds, these materials allow the end user to add a pigment masterbatch

Application : General Purpose Extrusion and I... More info...