A-Z Index

Key challenges for the battery industry are to increase the energy density while relying on easy to handle technology to allow large scale adoption. Incellion™ solutions brings to the battery manufacturers new materials that will help them to better apprehend these challenges.

Incellion™ El binders are designed to optimize processability, improve mechanical integrity, and electrochemical performance. They are compatible with pure graphite and silicon-based anodes and work seamlessly with co-binders and conductive additives. They provide excellent cohesion and adhesion with low binder loading.

Incellion™ El 1061 is a waterborne anode binder, designed for lithium-ion battery applications. Incellion™ El 1061 provides good slurry quality and stability of negative electrode formulations, good electrochemical stability and cycling performance.

High molecular weight polyacrylate binder for waterborne formulations, Incellion™ El 3012 has an excellent affinity with various kinds of silicon-based materials.

Incellion™ El 3014 is high molecular weight polyacrylate binder for water-based systems. It provides excellent affinity with various types of silicon materials and additional flexibility to the electrode.

Incellion™ Pr range offers advanced solutions for water-based primer coatings on collectors, designed to enhance the efficiency and performance of conductive materials. This range ensures compatibility and efficient dispersion of various conductive charges, providing a suitable rheology profile for easy handling and excellent slurry stability. They promote homogeneous film formation, excellent peel adhesion to the current collector, and good adhesion with active material, allowing for a lower dosage of active material binder.

Incellion™ Pr 1011 is a waterborne acrylic polymer designed for current collector primer coating. This coating allows to increase the current conductivity, the adhesion with the electrodes and the corrosion resistance of the current collectors. Additionally, Incellion™ Pr 1011 permits to finely disperse conductive charges such as Graphite or Carbon Black, providing strong adhesion with the current collector and good compatibility with the electrode.

Incellion™ Rh solutions are electrochemically stable additives designed to perform together with the binder materials to provide optimized dispersions of the active materials. With a proven global expertise in rheology management, Arkema can support battery manufacturers to design slurry profiles that will give them enhance performance to control the quality of their coating process. 

Dispersant for water-based slurries of alumina or boehmite to be used in the ceramic coating of separators for Li-ion batteries.​ Incellion™ Rh 1710 is an ammonium neutralized polyacrylate dispersing agent for water-based systems. It provides excellent stability and compatibility and is designed to enable ideal viscosity and flow behavior.

The Incellion™ Sp range offers solutions for lithium-ion battery separators, delivering enhanced mechanical stability, superior adhesion and improved wettability while controlling porosity for efficient ion transport. The range provides thermal stability at high temperatures ensuring safety during the battery life. With these features, the Incellion™ Sp range ensures safe and high-performance battery.

Incellion™ Sp 1250 is a ceramic binder for lithium-ion battery separator.
Ceramic coating on a separator enhances thermal stability and mechanical strength, increasing the safety performance.
Incellion™ Sp 1250 provides strong adhesion, flexibility, and thermal stability of the ceramic coating while not hindering the ion transport or other battery functions, optimizing overall performance and safety.

Mineral and organic scale formation poses a high risk for the oil industry and needs to be remediated to avoid disruption during production. Scale inhibitors as Inipol^® act by disruption of nucleation and/or orderly crystal growth of the deposit being formed.

Mineral scale formation can be inhibited using Inipol^® AD additives at very low concentrations, i.e. concentrations much lower than stochiometric levels.

Gas hydrates in oil and gas production result from the occurrence of natural gas and water in a production installation operating at high pressure and low temperature. Deepwater developments are usually at risk during normal operation conditions but in particular during start-up. Pipelines transporting gas in cold climate regions could also be affected and require a prevention strategy too

Isophorone (IPHO) is used in many end markets such as agrochemicals, fine chemistry, coating, inks, epoxy systems, isocyanates. IPHO, an unsaturated cyclic ketone, is a raw material in many chemical synthesis: IPDA/IPDI (isophorone diamine / isophorone diisocyanate), PCMX (antimicrobial derivatives of 3,5-xylenol), Trimethylcyclohexanone…

IPHO is also used as a solvent, especially in coatings, inks and agrochemicals.