Custom Polymer Materials
Where material science meets engineered performance
Material innovation drives everything we do at Evantic. Backed by decades of material science expertise, our chemists and scientists apply deep technical knowledge and ongoing R&D to develop and refine custom PTFE, PEEK, PPS, and PI solutions engineered for real-world performance. We formulate, blend, and test proprietary polymer compounds, thermoplastic resins, and composite materials ā carefully balancing performance, durability, and cost-effectiveness.
From initial feasibility through full-scale production, we evaluate every variable, ensuring the materials we create are not only optimized for your application, but seamlessly processed and manufactured in-house to deliver consistent, high-quality results.
Elevate your productās potential, starting from the materials up.
Turning Material Science Into Your Competitive Edge
On-Site Analytical Lab Testing
Polymer Blending & Compounding
Formulation Rigor
Evantic engineers customize polymers by taking base resins and enhancing them with functional additives to meet precise processing and end-use requirements. We can develop custom formulations in-house from over 15 polymer groups, including PTFE and all fluoroplastics, PEEK, PPS, PI, and other engineering-grade polymers. Our chemists and material scientists apply a disciplined, methodical approach to ensure every material delivers on performance, durability, and functionality.
Lot-to-Lot Consistency
We maintain strict quality standards and in-process testing to ensure every batch performs consistently, giving you confidence in production and reliability across your supply chain.Ā
Integration with Design & Engineering and Molding/Machining Teams
Our polymer formulations are developed with the full product lifecycle in mind. By collaborating closely with our design and engineering and manufacturing teams, we ensure that materials are optimized for machining, molding, and assembly, helping your product achieve its intended performance and manufacturability.
Customer Collaboration
We partner with OEMs to understand their product goals and application requirements. Small-batch compounds allow rapid testing, prototyping, and application-specific customization, giving you the flexibility to explore and refine designs quickly.
Continuous Improvement & High Satisfaction
With a mindset of continuous improvement, we constantly refine our formulations and processes based on lessons learned and customer feedback. This dedication helps ensure high levels of satisfaction and supports your productās long-term success in competitive markets.
Explore how these formulations unlock unlimited design possibilities ā
On-Site Analytical Lab Testing
Ensuring Material Mastery
We invest heavily in state-of-the-art lab equipment and on-site testing of our engineered materials. Our advanced testing capabilities allow us to identify potential issues early, preventing surprises or costly changes during production. Customers receive complete data reports that demonstrate how our materials meet the highest standards for performance, quality, and compliance.
Material Testing Capabilities
Evanticās comprehensive material testing ensures that every formulation is evaluated against the most rigorous criteria. Our capabilities include:
- Tensile, compression, flexural, and shear mechanical properties
- Tribological properties
- Chemical compatibility
- Dielectric constant, AC at MHz / GHz
- Thermal analysis (DSC, TGA, DMA)
- Optimized molding procedures (thermal and shear effects on polymer systems)
- FTR-IR spectroscopy
- Color management
- Tensile strength properties (ASTM D638/D882)
- Specific gravity (ASTM D792)
- Compressive properties (ASTM D695)
- Deformation under load (ASTM D621)
- Composition and thermal degradation
- Volume and surface resistivity (ASTM D257)
- Tribology testing (ASTM D3702)
Plastic Component Testing Capabilities
Beyond raw materials, we test finished plastic components to ensure they meet application-specific requirements. Our capabilities include:
- Cleanliness, leachables, and particulates
- Failure modes (tribological, structural, endurance, thermal)
- Product feasibility and failure analysis
- Finite element analysis (FEA)
Proven Performance, From Lab to Production
By combining in-house R&D with rigorous testing, we provide OEMs with materials and components that consistently perform as expected. From early-stage feasibility to full-scale production, our lab testing ensures reliability, reduces risk, and supports faster, more confident product development.
Polymer Sourcing
Access the Right Materials for Every Application
Evantic sets the standard in sourcing high-quality, high-performance materials that meet the demands of critical and complex applications. Through unbiased material selection, we identify the best options for your project ā Ā from commodity to engineered, high-performance, and ultra-high-performance polymers ā Ā ensuring your materials are optimized for performance, manufacturability, and reliability.
Breadth of Material Expertise
We offer access to PTFE and all fluoropolymers, PEEK, PPS, PI, and other engineering-grade polymers. Our team has extensive experience with hundreds of specialty materials, including:
- In-depth experience with 250+ custom materials
- 50+ custom PTFE compounds
- 50+ custom PEEK/PPS compounds
Reliable Supply Chain
Evantic combines deep material expertise with robust supply chain management, ensuring the materials you rely on are available when you need them. Our sourcing capabilities allow us to secure high-quality resins from trusted suppliers worldwide, reducing risk and providing consistency for critical production schedules. This approach ensures your projects stay on track while maintaining the highest standards for quality and performance.
Seal Your Success with Evantic.
Our expert team is ready to collaborate. Letās create the PTFE solution your project deserves. Contact us today!
Unlock Limitless Design Possibilities
Create the Best Possible Version of Your Product
Whether you want to increase durability, add strength, reduce static, prevent corrosion, add lubrication, achieve a specific color, or improve your part in another way, your product goals are within reach.
Evantic engineers custom polymers by taking base resins and enhancing them with high-grade additives, modifiers, and reinforcements, carefully selected and blended to enhance specific properties and achieve your desired performance. These include:
- Graphitic or fibrous carbon
- Polyimide carbon fibers or powder
- Glass fibers or beads
- Polymeric fillers (alloys)
- Molybdenum disulfide
- Ceramics
- Metallics, including bronze
- Colorants
Engineered Performance Outcomes
High Purity
Proprietary high-purity PTFE formulations for when ultra-cleanliness is required.
Chemical Resistance
Protects components from degradation in harsh environments.
Heat Resistance
Maintains performance at high temperatures (up to 500Ā°F / 260Ā°C)
Thermal Conductivity
Efficient heat transfer for critical components.
Electrostatic Dissipation
Safely disperses static charge to protect critical components and sensitive equipment.
Electrical Insulation
Prevents unintended current flow in critical systems.
High Strength & Rigidity
Durable, load-bearing materials that can replace metal.
Dimensional Stability
Keeps precise shape under stress or temperature changes.
Wear Resistance & Reduced Friction
Extends component life in bearing and sliding applications, with options for self-lubrication.
Cryogenic Stability
Maintains reliability at extremely low temperatures (down to -400Ā°F / -240Ā°C)
Weatherability
Withstands outdoor and harsh environmental conditions.
Scratch & Scuff Resistance
Keeps surfaces looking and performing like new.
UV Resistance
Resists degradation from sunlight exposure.
Color Steadfastness
Maintains consistent color over time.
High & Low Gloss Finishes
Offers flexibility for design and aesthetics.
A Full Spectrum of Polymers for Every Performance Level
Evantic offers a full range of polymers, from commodity grades to ultra-high performance materials. At every level, Evantic applies its material science expertise to select, enhance, and process the right polymer for your application.
| 250+ custom materials |
50+ custom PTFE compounds |
50+ PEEK/PPS compounds |
Turning Material Science Into Your Competitive Edge
Amilonā¢
PTFE-Based Polymers
Amilonā¢ PTFE-based polymers deliver extremely low friction, excellent chemical resistance, and a wide operating temperature range.
Ideal for:
- Sealing applications
- Sliding components
- Electrical parts
- Wear-resistant uses
Vertecā¢ 5000 Series
PEEK-Based Polymers
Vertecā¢ PEEK 5000 Series materials are based on PEEK, PEK, and PEKK polymers, engineered to perform in high-temperature, high-pressure, and chemically aggressive environments.
Ideal for:
- Semiconductor
- Aerospace
- Food processing
- Industrial applications
Vertecā¢ 7000 Series
PPS-Based Polymers
Vertecā¢ PPS 7000 Series materials are semi-crystalline PPS polymers, offering outstanding flexural strength, chemical resistance, and high-temperature stability
Ideal for:
- Industrial machinery
- High-temperature components
- Long-term dimensional stability applications
- Bridging the performance gap between filled nylons and PEEK
Amilonā¢
PTFE-Based Polymers
Additional Options:
- FDA compliant and USP Class VI grades
- High-purity PTFE for ultra-clean semiconductor, electronics, and life sciences applications
Processing Methods:
- Compression molding
- Skiving
- Precision CNC machining
Operating Parameters
- Wide operating range from cryogenic to 500ĀŗF (260ĀŗC)
Vertecā¢ 5000 Series
PEEK-Based Polymers
Additional Options:
- Extended Wear PEEK grades (Vertec 5025 & Vertec 5625) ā PFAS-free
Processing Methods:
- Compression molding
- Skiving
- Precision CNC machining
Operating Parameters
- Max Temp (High Load): 550Ā°F (288Ā°C)
- Max Temp (Moderate Load): 400Ā°F (204Ā°C)
- Max Pressure: 22,000 psi (151.68 MPa)
Vertecā¢ 7000 Series
PPS-Based Polymers
Additional Options:
- Multiple grades and specialty formulations
Processing Methods:
- Compression molding
- Skiving
- Precision CNC machining
Operating Parameters
- Max Temp (High Load): 200Ā°F (93.33Ā°C)
- Max Temp (Moderate Load): 300Ā°F (148.88Ā°C)
Bring Your Custom Polymer Ideas to Life
Upload your design requirements and let Evanticās material scientists recommend a tailored polymer solution. Receive a quick response ā typically within 48 hours.
Resources
Find practical information, technical documentation, and insights to support your design and manufacturing decisions.
FAQs
Quick answers to common technical questions.
Literature
Download brochures and product overviews.
Data Sheets
Access detailed material specifications.
Technology Reports
Explore application studies and performance insights.