High-Performance Materials for Industrial Applications
Industrial applications span a wide range of operating conditions, from the strict regulatory and cleanliness requirements of medical device manufacturing and food processing to the chemical aggression of process plant environments, the thermal and mechanical demands of automotive systems, and the high-load, high-wear conditions of off-highway equipment.
What these applications share is the need for materials that deliver reliable, consistent performance over extended service lives, often in environments where maintenance access is limited or the consequences of failure are significant. Fluorocarbon's Fluorinoid® register, comprising over 500 grades of fluoropolymers, engineering plastics, and composite materials, provides the material foundation for components across the full range of industrial applications. Our materials team works with engineers and procurement teams to define the right grade for the specific operating environment, regulatory framework, and performance requirement.
How Fluoropolymers Enhance Industrial Applications
Key Materials, Properties & Applications
Materials are selected and supplied with a clear understanding of how they will perform in service, not just at initial design review but throughout the operational life of the programme.
PTFE is the most broadly applicable material across industrial applications, combining near-universal chemical resistance, low friction, wide operating temperature range (–200°C to +260°C continuous), FDA compliance, and biocompatibility in a single material that is suitable for everything from pharmaceutical processing components and food contact seals through to chemical plant linings, automotive seals, and off-highway bearing elements.
Virgin PTFE is specified for medical, pharmaceutical, and food contact applications where extractables and contamination risk must be minimised. Filled grades extend performance into loaded and wear-intensive applications across all industrial sectors.
Key Properties:
- Near-universal chemical resistance including fuels, oils, solvents, acids, and cleaning agents
- FDA-compliant and biocompatible in virgin grades, suitable for direct food, pharmaceutical, and medical contact
- Continuous service from –200°C to +260°C
- Very low coefficient of friction, self-lubricating without additives
- Filled grades available for creep resistance, wear resistance, bearing pressure, and anti-static requirements
Typical Industrial Applications:
Medical valve seats and gaskets, Pharmaceutical processing seals, Food processing conveyor and seal components, Chemical plant linings and gaskets, Automotive drive line and under-bonnet seals, Off-highway bearing pads and wear elements
PEEK is the primary structural engineering plastic across industrial applications, combining high mechanical strength, resistance to sterilisation, chemical resistance, and dimensional stability at elevated temperatures in a single material suitable for reusable medical components, high-load automotive parts, chemical processing structural elements, and off-highway wear components.
Its proven performance as a metal replacement, delivering weight reduction and corrosion elimination alongside mechanical performance, makes it the default engineering plastic specification when fluoropolymers lack the structural performance required.
Key Properties:
- High mechanical strength and dimensional stability, continuous service to 250°C
- Resistant to sterilisation by autoclave, gamma radiation, and chemical methods, suitable for reusable medical components
- Chemical resistance to fuels, oils, solvents, and process chemicals
- Excellent wear resistance in dynamic and bearing applications
- V-0 flammability rating and very low smoke and toxic gas emissions
Typical Industrial Applications:
Reusable medical and dental instruments, Keyhole surgery device components, Automotive pump and compressor wear parts, Chemical processing structural components, Off-highway bearing cages and hanger bearings, General industrial wear rings and guide elements.
PFA provides the high-purity chemical resistance of PTFE with improved melt processability, making it the preferred material for pharmaceutical and chemical processing applications where complex geometries, weldable fluid handling components, or ultra-low extractables are required.
Its combination of chemical inertness, high purity, and thermal stability makes it well suited for pharmaceutical processing equipment, chemical containment, and high-purity fluid handling across industrial process plants.
Key Properties:
- Ultra-high purity grades available – low extractables for pharmaceutical and food contact
- Lower permeability than PTFE, preferred for fluid handling where barrier performance is critical
- Melt-processable and weldable that enables complex geometries not achievable with PTFE
- Chemical resistance up to 260°C continuous
- FDA-compliant grades available
Typical Industrial Applications:
Pharmaceutical processing fluid handling, Chemical plant lining and containment, High-purity piping and fittings, Food processing chemical delivery components
PVDF provides higher mechanical rigidity than PTFE and PFA, making it the preferred fluoropolymer for structural and load-bearing components in chemical processing and food and beverage environments.
Its combination of chemical resistance, structural integrity under mechanical load, and FDA compliance makes it suitable for pump housings, valve bodies, piping components, and process equipment across pharmaceutical, food, and chemical plant applications.
Key Properties:
- Higher tensile strength than PTFE, suitable for structural and load-bearing applications
- Good chemical resistance to acids, caustics, solvents, and cleaning agents
- FDA-compliant grades available for food and pharmaceutical contact
- Continuous service to approximately 150°C
- Dimensionally stable under mechanical load
Typical Industrial Applications:
Pharmaceutical and food processing pump components, Chemical processing valve bodies and piping, Hygienic process equipment structural elements, CIP-resistant fittings and manifolds
Key Industrial Materials
Fluorocarbon's F-LON® coating range provides chemical protection, non-stick performance, low friction, and electrical insulation properties across the full range of industrial applications, extending equipment service life, reducing maintenance requirements, and improving process efficiency on existing components without replacement.
F-LON® coatings are formulated from high-performance melt-processable fluoropolymers and are available in food-safe, FDA-compliant, and chemically resistant grades across industrial, pharmaceutical, food, and automotive applications.
Key Coating Systems:
- F-LON® 5000: PTFE-based low-friction coating for automotive aerofoils and moving mechanical assemblies
- F-LON® 6060: Chemically resistant fluoropolymer coating for chemical processing equipment including sight glasses, vessels, and agitators
- F-LON® 6120: Food-safe non-stick coating for food processing and bakeware applications
- F-LON® 7000: High-purity fluoropolymer coating based on a unique alternating copolymer, offering excellent protection against chemical attack and ingress suitable for medical applications
- F-LON® 9000: Sol-Gel ceramic coating providing non-stick and abrasion resistance as a PFAS-free alternative
For structural, bearing, and wear applications across automotive, off-highway, and general industrial equipment, where the operating conditions fall within the performance range of engineering thermoplastics rather than requiring the higher performance of PEEK or fluoropolymers, Fluorocarbon supplies PPS, PAI, Acetal (POM), and Polyamide grades suited to the specific combination of thermal, chemical, and mechanical requirements.
Acetal (POM) provides good dimensional stability, low friction, and machinability for precision mechanical components in general industrial and automotive applications. Polyamide provides excellent wear resistance and toughness for bearing and structural applications. PPS offers chemical resistance and thermal stability to approximately 220°C for demanding process environments. PAI provides the highest temperature and mechanical performance of the engineering thermoplastic family for extreme applications.
Key Properties:
- Higher tensile strength than PTFE, making it suitable for load-bearing structural applications
- Chemical resistance to electrolytes, acids, and hydrocarbon-based process fluids
- Continuous service to approximately 150°C
- UV-resistant and weathering stable for outdoor applications
- Cleanroom compatible where required
Typical Industrial Applications:
Electrolyser cell structural components, Battery enclosure and housing elements, Chemical delivery and process piping in renewable energy plants, Outdoor structural elements requiring UV and chemical resistance
Case Study: Extending Component Life in Harsh Cleaning & Sterilisation Environments
Where repeated exposure to aggressive cleaning and sterilisation processes can compromise both equipment and critical components, material performance becomes vital. This case study shows how Fluorocarbon applied F-LON® 7000, a high-purity, chemically resistant fluoropolymer coating, to implant washbaskets, protecting them from chemical attack while also preventing abrasion to sensitive components. The result is improved durability, enhanced component protection, and more reliable performance across demanding processing cycles.
Supporting Material Selection & Development
Fluorocarbon provides materials and components meeting the relevant regulatory requirements for each industrial sector.
- For medical and pharmaceutical applications, materials are available to FDA and relevant biocompatibility standards.
- For food and beverage applications, FDA-compliant and EU food contact regulation-compliant materials are available as standard, with full material certification and traceability documentation.
- For automotive applications, documentation is available to support your requirements.
Our materials team can advise on the appropriate grade and documentation for your specific application and regulatory framework.
Our material expertise is directly integrated with our precision machining and quality teams, so advice given at the design stage is backed by the capability to manufacture and document the result.