From adhesives to energy devices, Polymerize's platform is tailored to solve the unique challenges of your industry. Optimize formulations, enhance performance, and reduce time-to-market for applications like automotive components, paints and coatings, membranes, and more.
Revolutionize your production processes with Polymerize's AI-powered tools for 3D printing, masterbatch/compounding, and recycling. Whether you're minimizing warping in 3D-printed parts, improving additive dispersion, or upcycling waste into viable materials.
Polymers are an integral part of many cutting-edge innovations and applications, from electric vehicles and space technology to life-saving medical devices. The complex molecular nature of polymers and the myriad types of monomers available makes it difficult to design new materials without extensive R&D efforts when using traditional approaches. However, AI can significantly accelerate the development of new materials, including those involving complex polymer formulations, to meet the demands of tomorrow’s technological innovations.
Rubber is an indispensable product to modern society as many sectors such as automobiles, locomotives, aerospace and manufacturing heavily rely on it for various purposes. Rubber exhibits a wide range of physical and chemical properties, allowing them to be used in many different operational conditions, undergo various testing methods, and be compounded with various ingredients. Polymerize enables researchers to efficiently delve into this enormous pool of parameters, solving bottlenecks such as reduction in non-value-added additives and processing time to increase productivity. Polymerize provides the perfect environment to accelerate R&D efforts by accommodating complex experimental data and providing specialized AI/ML tools to drive meaningful insights.
Adhesives play a critical role in many modern industries by enabling the combination of diverse materials. Compared with using mechanical fasteners, adhesives also simplify manufacturing by avoiding the need for machining operations and improving stress distribution. However, developing high-performing adhesives can be a complex and time-consuming process due to the need for precise formulation and testing. At Polymerize, we leverage specialized data management tools, artificial intelligence and machine learning to accelerate the adhesive development process. Our state-of-the-art technology enables faster product development timelines, enhances the feedback loop between planning, evaluation, and iteration in research and development (R&D), and provides greater control over incorporating new components, materials, and processes into the design.
The paints and coatings industries are continuously involved in optimisation of functional and aesthetic performances. Moreover, dealing with supply-chain disruptions, feedstock volatility, shifting customer behavior and rising costs are all perennial concerns. With the help of Polymerize, researchers can now develop data-driven statistical learning to rapidly optimize their operations across multiple variable classes. Polymerize provides advanced features like cross-project learning, agnostic database, multi-staged workflow, and explainable AI, each tailored to bring the user closer to their data.
For any OEM in the automobile sector, property tuning, blend compositions, compatibility and their processability continue to be core factors. Additionally, automakers are always seeking ways to streamline the design, manufacturing and production processes without sacrificing the quality of their products. In order to support researchers' R&D efforts, Polymerize offers a unique opportunity to design projects and create new workflows in a specialized environment. Researchers can now make precise predictions, reducing the risk and increasing the ROI many times over.
Membrane technology plays a critical role in applications such as water purification, gas separation, biomedical devices, and energy storage, where selective permeability, mechanical integrity, and chemical resistance are essential. Developing high-performance membranes requires precise formulation of base polymers, pore formers, additives, and careful control over fabrication parameters like casting, phase inversion, and post-treatment processes. Our AI engine can intelligently propose optimal material combinations, processing methods, and tuning parameters—streamlining development, reducing experimental iterations, and cutting down both time and material costs.
Materials used in energy devices and semiconductors demand exceptional precision, performance, and reliability—whether it's for high energy density in batteries, long cycle life in fuel cells, or superior charge mobility and dielectric strength in semiconductor components. Developing such materials involves complex formulation and processing of active materials, binders, dopants, electrolytes, and specialty coatings, often requiring atomic-level control and deep domain expertise. By learning from data and iteratively refining experiments, the platform significantly accelerates innovation, reduces cost and waste, and enables rapid discovery of advanced materials tailored to next-generation technologies.
The oil and gas industry places extreme demands on materials, requiring them to perform reliably under high pressure, fluctuating temperatures, corrosive chemicals, and intense mechanical stress. Traditional material development for applications like sealing, corrosion protection, insulation, and filtration is often time-consuming and resource-intensive, with a heavy reliance on trial-and-error. Our data-driven approach accelerates development, improves success rates, and reduces both cost and material waste, while ensuring compliance with the industry's stringent performance standards.
The packaging industry faces growing pressure to innovate with materials that balance performance, sustainability, cost-efficiency, and regulatory compliance. Whether for food safety, barrier properties, mechanical strength, or biodegradability, developing packaging materials requires careful selection and formulation of polymers, additives, stabilizers, and coatings. Traditional development methods are slow and resource-heavy, often involving extensive trial-and-error. Our platform allows developers to define packaging requirements—such as oxygen permeability, recyclability, flexibility, or shelf-life performance.
Developing innovative textile materials requires precise control over fiber composition, surface treatments, dyeing processes, and functional additives—balancing properties such as breathability, strength, stretchability, moisture management, and antimicrobial performance. Our platform accelerates this process and results in faster innovation, reduced resource use, and higher success rates in bringing next-generation textile solutions to market.
With the rise of electric vehicles and portable electronics, fast charging is becoming a critical focus. Researchers are developing batteries that can charge in minutes rather than hours, improving the convenience and usability of electric vehicles and other battery-powered devices. Meanwhile, recycling and reusing batteries have become crucial due to the sustainability requirements. Polymerize can assist in developing batteries that charge faster without compromising safety or longevity, which is critical for electric vehicles and portable devices. What's more, Polymerize’s platform can accelerate the discovery of sustainable, non-toxic, and environmentally friendly materials for battery production. By applying data-driven models to identify alternative materials that are abundant and environmentally friendly, contributing to reducing the industry's reliance on rare and toxic materials.
Consumer-driven innovation in the cosmetics industry is reshaping the way beauty products are developed and marketed. With growing demands for personalization, clean beauty, and diverse needs, consumers are pushing brands to innovate in accordance with their specific preferences.This shift is encouraging brands to innovate faster, adopting clean formulations, and advanced technology that enhance the overall consumer experience. Polymerize enables the creation of customized skincare and beauty products tailored to individual needs by applying its AI-driven platform to optimize formulation development. With a focus on sustainability and efficiency, Polymerize empowers cosmetic companies to innovate faster, reduce waste, and meet the growing demand for clean, personalized beauty.
Consumer preferences and tastes keep changing on food and beverage.To gain more market share, rapid innovation in this industry is more critical than ever. Meanwhile, with rising pressure from health trends, sustainability concerns, and stricter regulations, food manufacturers must innovate quickly while maintaining product quality, flavor, and cost-efficiency. Polymerize helps food and beverage manufacturers optimize the development of sustainable, high-performance enzymes by leveraging AI-driven solutions. Our platform enables teams to explore and identify the best enzyme， ensuring the ideal balance of flavour, appearance, and cost-effectiveness. By streamlining material development and reducing time spent on trial-and-error, Polymerize accelerates the development of eco-friendly packaging solutions that meet both regulatory standards and consumer expectations for sustainability.
Adhesives play a critical role in many modern industries by enabling the combination of diverse materials. Compared with using mechanical fasteners, adhesives also simplify manufacturing by avoiding the need for machining operations and improving stress distribution. However, developing high-performing adhesives can be a complex and time-consuming process due to the need for precise formulation and testing. At Polymerize, we leverage specialized data management tools, artificial intelligence and machine learning to accelerate the adhesive development process. Our state-of-the-art technology enables faster product development timelines, enhances the feedback loop between planning, evaluation, and iteration in research and development (R&D), and provides greater control over incorporating new components, materials, and processes into the design.
The paints and coatings industries are continuously involved in optimisation of functional and aesthetic performances. Moreover, dealing with supply-chain disruptions, feedstock volatility, shifting customer behavior and rising costs are all perennial concerns. With the help of Polymerize, researchers can now develop data-driven statistical learning to rapidly optimize their operations across multiple variable classes. Polymerize provides advanced features like cross-project learning, agnostic database, multi-staged workflow, and explainable AI, each tailored to bring the user closer to their data.
The paints and coatings industries are continuously involved in optimisation of functional and aesthetic performances. Moreover, dealing with supply-chain disruptions, feedstock volatility, shifting customer behavior and rising costs are all perennial concerns. With the help of Polymerize, researchers can now develop data-driven statistical learning to rapidly optimize their operations across multiple variable classes. Polymerize provides advanced features like cross-project learning, agnostic database, multi-staged workflow, and explainable AI, each tailored to bring the user closer to their data.
AI-Driven InsightsFrom predicting polymer properties and modeling application performance to optimizing manufacturing processes, our AI delivers actionable insights across your entire workflow—reducing trial-and-error by up to 70%.
Data IntegrationUnify lab data, leverage cross-industry learnings in real time—breaking down silos between R&D, testing, and production.
Workflow AccelerationCut formulation time by 50%, reduce application testing cycles, and streamline production—all while maintaining full IP security and compliance.
Built-in SecurityEnterprise-grade encryption protects your materials research, application data, and processing parameters at every stage, with audit-ready logs.
Material R&D hinges on confidentiality. Polymerize safeguards your IP with military-grade security and compliance.
Data protected at rest, in transit, and during analysis.
Hosted on AWS with SOC 2 & ISO 27001 certifications.
Full compliance for global teams.
