PECM Issue 38 2019 | Page 207

VALVES & FLOW CONTROL DIXON QUICK RELEASE COUPLINGS Quick release couplings from Dixon comprises of a full range of interchange couplings for both hydraulic and pneumatic applications, engineered to the highest specification in order to flawlessly fit existing hoses and couplings. A wide selection of materials including Steel, Aluminium, Brass, 316 & 303 Stainless Steel are available; thread configurations including BSP & NPT and body sizes ranging from 1/8” through to 2” ensure compatibility in a variety of installations. The range of manual quick release couplings is ideal for applications where full and smooth flow paths need to be maintained. Dixon specialise in the bespoke design of speciality couplings to meet the requirements of our customer including miniature and high pressure automatic connect couplings. New to the range are our Correct Connect™ colour coded ISO 16028 Interchange HT Series couplings ideally suited for overcoming the challenges associated with product cross contamination, wasted time identifying connections and equipment damage caused by incorrect connections. The HT-Series Correct Connect™ colour bands provide a solution by helping to easily identify seals, materials or sizes for an application and helps with preventative maintenance schedules. Dixon also offer Dry Disconnect and Safety Breakaway Couplings and Adapters; to find out more about the Dixon range head to dixoneurope.co.uk or ask us for our Quick Couplings brochure today by contacting our customer sales department on 01772 323529. T: [phone] E: [email protected] QUICK RELEASE COUPINGS FREE ge han Interc P AP ble Availa 01772 323 529 • dixoneurope.co.uk • [email protected] The Dixon Family of Quick Release Couplings offers complete Interchanges to all major manufacturers • Sizes from 1/8” to 21/2” • Full Interchange Guide Available ©2018 Dixon Group Europe Limited • CUSTOMER SERVICE • INNOVATION • MANUFACTURING • QUALITY • TECHNICAL EXPERTISE • UNCOMMON EXCELLENCE • DESIGN • CUSTOMER SERVICE • INNOVATION • Issue 38 PECM 207