Slow Recovery PVC Foam Strip
Advanced Seals & Gaskets Ltd manufacture a diverse range of Slow Recovery PVC Foam products (Expanded Polyvinyl Chloride), including Slow Recovery PVC Foam strips.
Slow Recovery PVC Foam Strips
Slow Recovery PVC Foam is a closed-cell, soft and flexible material, suitable for positioning into uneven areas to provide sealing solutions. Slow Recovery PVC Foams are ideal for filling between irregular surfaces as there is more time allowed for positioning the foam correctly, for use where resistance to moisture, temperature and solvent resistance is required or for sound reduction/vibration dampening. Typical applications for Slow Recovery PVC Foam include Sealing for pharmaceutical, HVAC, automotive and construction industries, gasketing, glazing tapes, expansion joints and insulation/filtration systems.
Slow Recovery PVC Foam Strip is manufactured from sheets and can be manufactured in either plain or self-adhesive backed on one or both sides. Advanced Seals & Gaskets Ltd carry out all conversion onsite therefore we can offer bespoke strips starting from as little as 5mm wide and in a choice of length to suit your application.
Quality of our Slow Recovery PVC Foam
The quality of service and the products manufactured from Slow Recovery PVC Foam is controlled by our Quality Management System which is certified to ISO 9001.
Help and guidance
If you would like to speak to a representative to discuss your specific application or requirements please call our sales office direct on 01384 469100, alternatively you can send an E-mail. Simply click on the link and forward us your details along with your question and we will contact you immediately.
Samples - Technical Slow Recovery PVC Foam Strip
Samples can be submitted for testing upon request.
Call now for sample requests or further help.
For information on Slow Recovery PVC Foam Strip please complete the following quick enquiry or call us on +44(0)1384 252555.
Full technical data can be supplied upon request,
or downloaded from our online portal.