Fluorocarbon is a global supplier of high-performance fluid handling products such as seals and hoses, designed to meet the demanding applications of aerospace, automotive, energy, medical, and pharmaceutical (amongst others).
Many of the seals we supply are designed to suit industry standard grooves and assemblies; however, we also provide bespoke solutions in both product design and material specification.
Using the latest software, our team of Design Engineers can design, develop and specify a range of sealing and bearing components to meet the demands of a variety of applications. Design recommendations are further supported with product proposals, material data, tribology and analysis.
Through extensive material development, Fluorocarbon has introduced a low friction seat material, with low water absorption and cold flow rates reducing torque figures throughout valve life.
Large diameter welded ball valves can suffer from large body cavity expansion at high pressures. This creates higher than normal clearances and extrusion gaps, so Fluorocarbon designed a seal configuration which allows float of the anti-extrusion device, reducing the likelihood of material flow under pressure. At lower pressures, the anti-extrusion device is stowed and does not impede the cavity contraction.
Working with our customer on a new product development, Fluorocarbon designed a range of rotary shaft seals for the driveline of semi-amphibious military vehicles. All specially designed and developed to retain the transmission fluids, but also to prevent dirt and water ingress.
Following a number of unscheduled engineer call outs, Fluorocarbon was contacted to review and improve the seal arrangement on an OEM drinks dispenser. We developed a new aftermarket seal configuration and material which improved seal efficiency and increased service schedules from 6 months to 12 months
Fluorocarbon were approached to improve a current ‘clam-shell’ bias unit protector, which had issues regarding product quality, re-usability and function. The resultant product was better quality, could be re-used and allowed a narrow range of product to be used on a wider range of units, resulting in lower unit prices.
To find out how we can support your projects contact info@fluorocarbon.co.uk
The objective of a rotary shaft seal is to prevent the leakage of oil, grease, and other fluids while also keeping environmental contaminants out. Nowhere is this more important than in the mining industry where vehicles and equipment are generally sealing oil but exposed to the environment.
The Wind Energy Industry continues to find new ways to increase the lifetime and reliability of wind turbines. As wind energy moves to larger, lighter-weight turbines located in harsh and remote locations, service life and reliability have grown increasingly more important.
Cryogenic sealing involving liquid nitrogen can be quite challenging, but certainly not impossible thanks to materials such as PCTFE that offer good thermal stability, good chemical resistance, very good physical properties.
Seals allow a mechanical assembly to both function freely whilst also retaining fluid, so a material that is flexible enough to assist with fluid retention and strong enough to withstand the wear load of the mating parts is essential.
Fluorocarbon are pleased to announce, we now have a larger capacity space for Machined components and Seals. Offering a comprehensive range of high performance plastic machining capabilities ranging from PTFE, PEEK, PFA, FEP and Nylons, to Ferrous and Non-Ferrous metals and other specialist materials.
Fluorocarbon’s Fluorinoid® PTFE materials are renowned for their chemical inertness to almost all known industrial chemicals and are suitable for continuous temperatures of up to 260ºC dependent on pressure. Limitations for use are restricted to the molten alkali materials, fluorine and strong fluorinating agents.
Extrusion Gaps and Anti Extrusion RingsAt Fluorocarbon we are dedicated to the specification and manufacture of high-performance seals and bearings to suit your application requirements.
What is HPHT? (High Pressure, High Temperature)HPHT or High Pressure, High Temperature is defined as those Wells with a bottom hole temperature greater than 150°C (300°F) and requiring pressure control…