AGC completes UL 2809 third-party verification for AFLAS® FFKM, confirming 100% of its fluorine content is attributed to Recycled Circular Fluorite — an industry-leading sustainability milestone for fluoroelastomers. (read more)

For smooth, accurate injection of pharmaceutical drugs, silicone oil is often used to reduce friction. It is applied with carrier solvents, which coat the needle or syringe with a thin layer of silicone oil.

Enter AGC’s AMOLEA™ fluorosolvents! These next-generation solvents ensure precise silicone oil application without compromising safety or drug effic... (read more)

For smooth, accurate injection of pharmaceutical drugs, silicone oil is often used to reduce friction. It is applied with carrier solvents, which coat the needle or syringe with a thin layer of silicone oil.

Enter AGC’s AMOLEA™ fluorosolvents! These next-generation solvents ensure precise silicone oil application without compromising safety or drug effic... (read more)

As fabrication processes grow more advanced, fluoropolymers for semiconductor production have become the material of choice for manufacturers seeking clean, reliable and efficient operations. (read more)

Data Center Advanced materials support critical systems across power infrastructure, cooling, air handling and network communications. (read more)

Why are fluoropolymer compounds a better choice for wire jacketing? (read more)

New fluoropolymer compounds for flat wire jackets enable automakers to move away from traditional rounded wires and reach 96 percent occupancy. (read more)

AGC test labs are equipped with the latest technology to replicate mill coating applications. We work closely with mills and manufacturers to provide insight into the newest repellent technologies. Through collaboration and testing, we help ensure the best coating grade is selected for each product and application. (read more)

See how our solutions keep critical systems running smoothly! (read more)

Explore how fluoropolymer products can improve parts and components, as well as help buildings and structures stand the test of time (read more)

As voltage requirements increase for EV motors, manufacturers face increasing pressure to identify insulation materials that can withstand the electrical and thermal stresses of EV motor environments while maintaining reliability and compliance. This webinar will help them understand these challenges and the material options available that can help them address these demands. (read more)

Equipment, hoses and other components used in industrial settings demand advanced thermoplastics to ensure reliable performance. Compounding ethylene tetrafluoroethylene (ETFE) with fillers such as glass, graphite and carbon can improve the performance of these components and reduce the over all life cycle costs and downtime. (read more)

AGC Chemicals has launched surfactant and fluorinated polymerization solvent free grades in its fluoroelastomer AFLAS®FFKM series: the SF grades. (read more)

AGC Chemicals offers a variety of FORBLUE™ membranes designed to meet different lithium processes, including concentrating lithium in direct lithium extraction and producing lithium hydroxide. Read our blog to find out more. (read more)

Non-fluorinated finishes for nonwoven fabrics and technical textiles that protect from both oils and water. (read more)

For smooth, accurate injection of pharmaceutical drugs, silicone oil is often used to reduce friction. It is applied with carrier solvents, which coat the needle or syringe with a thin layer of silicone oil. Enter AGC’s AMOLEA™ fluorosolvents! These next-gen solvents enhance drug delivery efficiency when used with silicone oil without compromising safety or drug efficacy. (read more)

AFLAS® fluoroelastomers improve the performance of high voltage cables used in electric vehicles and high-speed trains. An alternative to cross-linked polyethylene, these elastomers add temperature resistance and flexibility to the cables and reduce their weight. (read more)

AGC offers fluoropolymer materials that improve the performance of components used in electric vehicles, cars, buses, trains and other transportation vehicles. (read more)

Advanced fluoropolymer materials by AGC resist embrittlement and break-down, achieving a longer life cycle for cables and connectors. They have multiple mil-spec approvals making them indispensable in these critical components. (read more)

Fluoropolymers, membranes and fine silicas have many industrial uses, especially in the chemical processing industry. For example, valves, fittings, housings and pipes compounded with fluoropolymer resins are able to resist harsh chemicals. (read more)

Here we explore the role of microspherical silica as excipients in pharmaceuticals, foods and nutritional supplements—helping to refine formulations for enhanced performance and product stability. (read more)

AGC's advanced compound solutions for high voltage wire insulation (read more)

Discover how Fluon+ compounds can solve performance challenges in CPI (read more)

There are many ways to absorb carbon. Two methods SOLESPHERE silica and aminated SOLESPHERE silica can capture carbon include:

• CO₂ solid adsorbent method
• CO₂ Direct Air Capture (DAC)

Building a Hydrogen Future with FORBLUE™ Membranes and Dispersions…Including Hydrogen Production Electrolysis (read more)

New Laser Marking Additives Optimize Wire and Cable ID Methods (read more)

• CO₂ negative emission I Air purification
• Higher absorbing/desorbing properties compared to the conventional technologies (energy saving)

Ionomer dispersion grades boost the power and durability of hydrogen fuel cells

• Boosts an electrode’s resistance to cracking
• Boosts electrode performance
• Good mechanical and chemical stability

Fluon+™ PFA EA-2000 Adhesive Resins Serve as PCB Coatings to Speed Up Communication Rates in Autonomous Vehicles (read more)

FibraLAST non-fluorinated barrier technology by AGC protects paper and textiles (read more)

RESIFA™ SOLESPHERE™ Fine Silica for Drug Delivery, Food and Nutraceuticals (read more)

Quick Guide to Enhancing Semiconductor and Electronics Performance with Fluoroproducts. (read more)

THV is widely used to protect wire and cable jackets, but it's in short supply. No problem! We've got you covered with two great alternatives – our Fluon+™ AR Flexible Compounds and Fluon® LM ETFE. (read more)

Fluorinated compounding solutions that can be tailored to achieve specific performance requirements. (read more)

In resin-based 3D printing processes, four main types of resins are commonly used: acrylates, methacrylates, epoxides and polyesters. These resins are often formulated with specialized fillers to enhance their performance. (read more)

Compared to silicon and other synthetic rubbers, fluoroelastomer rubber displays exceptional resistance to high temperatures and a wide range of chemicals, as well as various fluids and oils. These attributes make fluoroelastomers popular for high-performance applications that require component reliability and durability. (read more)

PREMINOL polyether polyols increase chemical, mechanical properties for CASE applications (read more)

Learn how our FORBLUE™ i-SERIES ionomer dispersion grades boost the power and durability of hydrogen fuel cells in fuel cell vehicles (read more)

Safe, effective AMOLEA™ AS-300 and AS-300AT precision cleaning solvents. (read more)

O-Rings and seals used in oil and fuel systems, pumps, valves, and tanks within industrial equipment are fabricated from fluoroelastomers to ensure their reliability, safety, and durability in high-performance applications. (read more)

Automobile applications comprise about 60% of fluoroelastomer parts (read more)

Industries Rely on Fluoroelastomer Chemical Resistance for Optimum Product Performance (read more)

THV is in short supply and demand is high. There are alternatives, some even out-perform THV (read more)

Powder coatings based on LUMIFLON® LF710F exhibit excellent durability in exterior weathering exposure, resisting chalk, color fade and gloss loss. (read more)

New Ultra-Clean AFLAS FFKM Fluoroelastomers with Higher Heat Resistance for Semiconductor Plasma Process Applications. (read more)

Higher voltages and wiring shapes in EV/HEVs demand new materials for wire jacketing. Fluon+ flat wire compounds allow for 800V+, higher PDIV, flexibility and lower dielectric constant. (read more)

AGC Chemicals provides testing and application support services for technical textiles and nonwovens relative to water, oil and stain repellency, spray and wash performance, hydrostatic testing, static decay, surface resistivity. (read more)

AGC Chemicals Americas' Material Tecnology Group provides full technical service, product development support and laboratory testing for LUMIFLON® FEVE resins for liquid and powder formulations, processing and analysis. (read more)