Pylux is Ares' all-encompassing technology platform, uniting our work in materials informatics and thiol-click chemistry. It symbolizes our commitment to innovative and transformative advanced material development.

Applications

Adhesives
  • Tack-Free Adhesion with Solvent-Free, Robust Performance.
  • Bond with Confidence: Mechanical Strength, Zero Shrinkage.
Substrates
  • Unbeatable Optics, High Surface Hardness, and Flexibility Combined.
  • The Perfect Foundation: Durable, Flexible, and Crystal Clear.
Coatings
  • Versatile Coatings: Room-Temperature or UV-Cured for Precision Applications.
  • Seamless Finishes: High Hardness, Low Shrinkage, Ready for Any Surface.

Our Competitive Advantage

Unique polymers platform

Solvent-Free.

Advanced Polymer Design: Low Shrinkage, High Stability, Perfect for Next-Gen Displays.

Room-Temperature Curing for Unmatched Optical Clarity.

Precision-Tuned Mechanical Versatility with Minimal Shrinkage.

Superior Durability and Flexibility without Compromising Optical Performance.

Precision from Small Datasets

Data scarcity is a big hurdle in materials science. While Big Data often steals the spotlight, we excel in solving challenges with minimal data. Our team of experts has developed specialized techniques to extract meaningful insights from fewer than 100 data points.
In-House Experimental Data Generation
Our fully equipped laboratory allows us to quickly generate custom experimental data tailored to our research needs. By creating our own data, we ensure that we have precise and relevant information for our models, without needing to rely on third-party sources.
Commitment to Data Integrity
Through our controlled experimental process, we maintain the highest standards of data integrity. By generating data ourselves, we ensure consistency, accuracy, and reliability, avoiding the common issues associated with heterogeneous or incomplete datasets from external literature.
High-Performance Computing
Our state-of-the-art High Performance Cluster empowers us to expand our datasets by simulating molecular interactions, generating synthetic data that complements our experimental findings. This allows us to tackle complex problems with an enriched and reliable dataset.

Unique Formulation Development Approach

We’ve developed chemistry-based machine learning models and advanced tools that significantly accelerate the discovery of formulations tailored to meet our clients' specific needs.
Made by materials scientists
All our engineers/scientists have backgrounds in physics, chemistry and materials science, bringing a deep scientific foundation to our work in AI-driven materials discovery.
Application driven ML
Unlike generic brute-force models, we’ve developed in-house, polymer-science-specific machine learning solutions where each step of the workflow is tailored to materials discovery needs.
Chemistry at the Core
Our predictive workflows mimic real-world chemical reactions, capturing crosslinking and other critical phenomena to ensure more realistic and applicable results.
Transparency in AI
Our models are not a black box. We prioritize feature transparency, equipping our lab scientists with the insights they need to understand challenges from the ground up, turning data into actionable scientific knowledge.

Our Commitment to the Environment

At Ares Materials sustainability is not an option, but the foundation of innovation.

Pylux is our manifestation of progress in technology, while upholding our commitment to preserving the environment.

Solvent Free Resins

Minimal Chemical Waste

Efficient UV Polymerization

No harsh chemicals

Up to 90% reduction CO2 emissions vs incumbent technologies. Read More