Working in the field of fine organic chemistry, synthesizing materials for organic electronics since 2007.
Fullerenes | Polymers | Solar Cells | Batteries
Scale your #Perovskite research with SolarisChem’s premium Polyrium™ PTAA.
High mobility, precise control, sustainable chemistry.
Get the details: https://t.co/iZiZdkQIjo
Solaris Chem was at ESEMA 2026! We had a fantastic time visiting this premier workshop dedicated to Emerging Solar Energy Materials and Applications. A great opportunity to dive into the future of organic electronics, perovskites, and hybrid photovoltaics!
SolarisChem successfully showcased Neurobium for R&D at Vitafoods Europe in Barcelona on May 6th. Discover how our premium brand is advancing biomedical research through high-purity innovation. Watch the full event recap video below. #Vitafoods#Neurobium#SolarisChem
SolarisChem is committed to community wellness and healthy competition! We are proud sponsors of local teams, including the SolarisChem Hockey Team and Cycling Club de Cyclisme. By supporting these dedicated athletes, we build stronger communities. #SolarisChem#hockey#cycling
SolarisChem: Premier Canadian source for high-purity organic semiconductors, custom fullerenes & functional polymers since 2007. A reliable partner for global R&D and bulk manufacturing powered by Hydro-Québec's clean energy. (PTAA, PCBM)
#SolarisChem#GreenEnergy#PTAA#Biotech
Unlock savings on premium organic materials. 🧪 Get 5% OFF all online orders at our webshop. From academic labs to large-scale production, everyone qualifies for these savings on our polymers, fullerenes, and dyes. 👇 Link in bio to shop. #MaterialScience#OrganicElectronics
Optimizing perovskite solar cells? Our Polyrium™ PTAA is an exceptional hole-transporting, electron-blocking polymer. We offer precise molecular weights from 5 to 1000 kDa to match your exact fabrication methods and formulations. ☀️
Precision is everything in formulation. We understand that different fabrication processes require different polymer characteristics. That's why we offer specific Polyrium™ batches with precise Molecular Weights. 🎯
Happy Earth Day! 🌿The transition to renewable energy requires better materials. By supplying the global market with high-efficiency Polyrium™ PTAA for next-generation solar cells—manufactured via green chemistry—Solaris Chem is proud to contribute to a sustainable future.
Earth Day is just around the corner, and we want to highlight our commitment to the planet. At Solaris Chem, sustainability is the engine for our growth. We prioritize Green Chemistry, recovering solvents, and using renewable Quebec hydro-electrical energy to power our HQ. 🌍
Scaling up your organic electronics production? We are ready when you are. Solaris Chem provides Polyrium™ PTAA and Fluoro-PTAA from the gram level for university R&D to the kilogram level for industrial commercialization. 🏭
Versatility meets high performance. Polyrium™ Fluoro-PTAA isn't just an additive—it can be coated as a reliable substrate material for hole transport across multiple devices, including Perovskite Solar Cells, OLEDs, and OTFTs. 💡
Happy early #WorldQuantumDay! The efficiency of OLEDs and perovskite solar cells relies heavily on quantum mechanics and energy level alignment. Our Polyrium™ PTAA and Fluoro-PTAA are explicitly designed to optimize these electron and hole transport dynamics. ⚛️
Don't let impurities degrade your devices. Polyrium™ PTAA is fully scavenged using our proprietary methods to yield ultra-low metal content. The result? Pale yellow powders and fibers that ensure long-term device stability. 🧪
Optimizing perovskite solar cells? Our Polyrium™ PTAA is an exceptional hole-transporting, electron-blocking polymer. We offer precise molecular weights from 5 to 1000 kDa to match your exact fabrication methods and formulations. ☀️
Take control of your device's energy levels. Polyrium™ Fluoro-PTAA is closely related to our standard PTAA but features a deeper HOMO energy level. This allows for precise fine-tuning of work functions to boost Voc and FF. 🔬
Building flexible solar cells or OLEDs? Mechanical stability is key. Our Polyrium™ PTAA (SOL2426) displays superior mechanical robustness with a cohesion energy (Gc) coefficient over 17 J/m²—the highest reported for HTL materials.
Maximize perovskite solar cell efficiency with Polyrium™ PTAA and Fluoro-PTAA. Our hole-transporting polymers offer superior mechanical robustness for your OPV needs. Discover them today! ☀️