< Previous  Item 28 of 31   Next >

90mm Diameter Anti-Slip Pad | 3mm Thick

Self-Adhesive / Individually Die-Cut
 
 BlackA-04030-090-001-901Dispatches in approx 2-4 weeks* More InfoMOQ: 20 

Pack sizes optional on stock items, which you can order in any quantity. Prices exclude VAT

Pack(s) of 20Pack(s) of 100Pack(s) of 300Pack(s) of 600
£27.72£130.90£369.60£693.00
(£1.386 each)(£1.309 each)(£1.232 each)(£1.155 each)

Enter total number of units (items / kits / pairs) required - not how many packs

QTY    
Other ways to order: Call: 01295 678614 Email your PO to: orders@bpfonline.co.uk

Explore other cost-saving possibilities below...

Account Login Newsletter Volume Enquiry

Our 90mm Self-Adhesive Anti-Slip Foam Pads are designed to provide outstanding grip, cushioning and vibration reduction beneath larger furniture, equipment and flat-based components. Manufactured from premium-quality foam with a strong self-adhesive backing, these precision die-cut pads help prevent unwanted movement while protecting floors and work surfaces from scratches, scuffs and everyday wear.

Each pad is supplied individually for quick and simple installation. Simply peel away the backing and apply to a clean, dry surface. To achieve a neat, professional finish, the 90mm diameter pads are manufactured slightly undersize, allowing them to sit discreetly beneath standard furniture feet without protruding beyond the edge.

Key Features

  • 90mm diameter x 3mm thick
  • Premium self-adhesive anti-slip foam
  • Individually die-cut for fast, accurate installation
  • Strong peel-and-stick adhesive backing
  • Improves grip and prevents unwanted movement
  • Reduces vibration, impact and operational noise
  • Helps protect floors, worktops and surfaces from damage
  • Designed to fit neatly beneath standard furniture feet
  • Suitable for domestic, commercial and industrial applications

Typical Applications

These 90mm anti-slip foam pads are ideal for:

  • Large furniture feet
  • Conference and boardroom tables
  • Display cabinets
  • Reception desks
  • Heavy office furniture
  • Audio visual equipment
  • Industrial machinery covers
  • Retail fixtures and display units

The 90mm diameter provides excellent coverage for larger contact areas, helping distribute weight evenly while delivering reliable anti-slip performance and effective vibration damping.

Why Choose Self-Adhesive Anti-Slip Foam Pads?

These self-adhesive foam pads create a durable, high-friction layer between furniture or equipment and the supporting surface. They improve stability on smooth floors, reduce vibration and minimise noise caused by movement or operation. The 3mm thick foam provides an excellent balance of cushioning and support without significantly increasing the height of the furniture or equipment, making these pads suitable for both professional and domestic installations. A premium adhesive backing ensures a secure, long-lasting bond when applied to clean, dry surfaces for dependable everyday performance.

Colours & Availability

We display our standard colours and finishes wherever possible, although specifications are regularly updated. If you require a colour or finish not listed online, please contact our sales team, as additional options may be available.

Submit a review  There are currently no reviews for this product. Why not submit a review?

Ask a question There are currently no FAQs for this product. Do you have a question? Submit FAQ

VIEW DRAWING

How to order

Sample Request

Trade Account

How to order

Sample Request

Trade Account

You might also find these useful :

Thousands of industrial components, furniture fittings, office accessories and plastic parts direct from BPF Online

Join our email newsletter

Get a 10% voucher off your first order

ISO 9001

ISO9001 Certified

This internationally recognised standard means we have a quality management system in place to ensure our customers consistently receive a high level of service. View Our certificates here

BPF Ltd

Email Us: sales@bpfonline.co.uk
Contact us

Facebook Instagram Pinterest LinkedIn