Rubber O-Rings 40mm (10 pack)

£1.98 Excl. Tax: £1.65
58 in stock 58 in stock In stock and ready to ship. See our Shipping and Stock page for more info.

When in stock, UK approx 2-5 workdays, other countries see shipping page

Description

Large 40mm diameter super strong nitrile rubber O-rings. ​They can be used to hold the reserve bridle in the correct position on maillons, ensuring maximum strength of the system is maintained, or to retain connectors, maillons and karabiners in place on harness/webbing loops, preventing unwanted movement/rotation.

Specification

Model Status: Current model

SKU
RUBBER-O-RINGS-40MM

Delivery

Standard UK delivery - £3.95 / FREE on orders over £100.

Outside the UK - delivery calculated at checkout (based on the total order value and your delivery address).

We use Royal Mail, Parcelforce Worldwide and other courier companies (e.g. DHL, DPD) depending on shipment value, weight, destination etc.

For more information, please view our order and delivery FAQs page.

Returns

If you are not 100% satisfied with your order, you have 14 days from the day of delivery to request a refund.

Delivery costs will not be refunded and ou will be responsible for the delivery cost to return the order.

For more information, please read our returns policy.

The reserve bridles need to be held in position on the maillon, to prevent them slipping during a reserve throw which may cause unwanted cross-loading of the maillon.

  • UV resistant
  • Outer diameter 40mm
  • Inner diameter ~ 34mm
  • Thickness 3mm

Suitable for

40mm O-rings are suitable for use with the following shape and size maillons:

  • ​​Delta 5.0mm*
  • Delta 6.0mm*
  • Delta 7.0mm
  • Rigging 5.0mm*
  • Square 5.0 mm
  • Square 6.0mm
  • Square 7.0mm
  • Square 8.0mm
  • Standard Oval 7.0mm

* 30mm O-rings can also be used for the narrow end of ​Delta 5.0mm, Delta 6.0mm and Rigging 5.0mm maillons.

More Information
Condition New
Shipping Details When in stock, UK approx 2-5 workdays, other countries see shipping page
Model Status Current model