JCS release innovative new fixing system

1 min read

Utilising over 60 years’ experience and knowledge manufacturing worm drive hose clamps JCS Hi-Torque Ltd have developed a new banding system specifically designed for the HVAC market. Focused on reducing labour costs and material wastage JCS Banding has an innovative double connector which makes it quicker and simpler to use with no need for specialist tools or personnel training.

A versatile and easy-to-use fixing solution for a wide range of applications has been unveiled by JCS Hi-Torque Ltd.

JCS Banding is the ideal fixing solution for duct work, HVAC installations and much more, utilising a simple cut-to-size banding system.

Tom Allen, Sales & Marketing Manager at JCS Hi-Torque, said: “The big advantage of JCS Banding is its simplicity - cut the required banding length, engage one end into a connector and apply. It is easily adjusted, repositioned and reused.

“It will save installers valuable time on site as it makes the fixing process fast and simple.No specialist tools are required, just a cutter and a socket driver.”

“JCS Banding is strong, reliable and can often be used in place of more expensive and difficult to use bracketry secured with nuts and bolts.”

The JCS Banding cut-to-size fixing system is supplied in 10m and 30m coils complete with worm-drive connectors, and is in both zinc-plated mild steel or high-strength 304 stainless steel, making it ideal for a wide range of applications. It can be purchased via a global network of distributors.

About JCS Hi-Torque

  • JCS is a specialist British manufacturer of high performance worm drive clamps with a proud history that can be traced back to 1768.
  • JCS Hi-Torque has approvals for BS EN ISO 9001, BSI Kitemark and Lloyd’s Register Type Approval.
  • JCS is a proud member of the www.madeingb.org community..
  • To find out more visit their website, www.jcshi-torque.co.uk.

For more information, please contact Tom Allen of JCS Hi-Torque Ltd on +44 (0)1787 888031 or tomallen@jcshi-torque.co.uk.