Engineering plastics in pharma are transforming the way drug delivery devices, diagnostic tools, and fluid handling systems are designed. Materials like PEEK, Ultem®, and PVDF deliver high performance, FDA compliance, and biocompatibility essential to modern pharmaceutical innovation.

In pharmaceutical manufacturing and life sciences, reliability, cleanliness, and regulatory compliance are non-negotiable. Whether it’s diagnostic devices, fluid transfer, or drug delivery systems, the materials behind these technologies must perform with consistent precision.

Trusted Materials for Critical Functions

High-performance thermoplastics such as PMMA (Acrylic), PEEK, Ultem® (PEI), Radel® (PPSU), PVDF, Polycarbonate, PET, and ABS play essential roles in pharma and biotech applications. These materials support innovation while meeting stringent FDA, USP, and ISO standards.

• PMMA (Acrylic): High optical clarity and chemical resistance—ideal for transparent manifolds and flow cells

• PEEK: Sterilization resistance, mechanical strength, and excellent biocompatibility

• Ultem® (PEI): Heat-resistant and dimensionally stable for high-temperature environments

• Radel® (PPSU): Exceptional hydrolytic stability for repeated steam sterilization

• PVDF: High purity and chemical resistance—used in analytical and perfusion systems

• Polycarbonate: Durable and transparent, commonly used for housings and diagnostic devices

• PET & ABS: Moldable, dependable materials for structural or lightweight components

Applications That Demand Performance

These engineered plastics are used in a wide variety of pharmaceutical applications:

• Manifolds & HPLC Stacks: Used for fluid routing in diagnostics and chromatography systems

• Analytical & Diagnostic Devices: Benefit from materials like PET, Ultem®, and polycarbonate

• Single-Use Flow Cells: Disposable and sterile-ready using PMMA, PVDF, or PPSU

• Perfusion Systems & Pumps: Require chemical resistance and dimensional integrity

• Drug Delivery Devices & Dispensing Nozzles: Leverage PEEK and Radel® for their strength and sterilizability

How Engineering Plastics in Pharma Support a Safer, Smarter Future

Modern Plastics partners with pharmaceutical OEMs, laboratories, and device manufacturers to deliver high-quality engineering plastic stock that meets strict regulatory standards. Our materials comply with FDA guidelines, as well as USP Class VI and ISO 10993 certifications —ensuring patient safety and product reliability.

From initial design through scale-up, we supply:

• Stock shapes in rod, sheet, and tube

• Technical support in material selection

• Material traceability and certification for full compliance

Whether you’re developing next-gen diagnostic platforms or scaling up single-use systems, our plastic materials deliver the consistency and performance you can trust.

Why Use Engineering Plastics Instead of Metal in Pharma?

Engineering plastics offer unique advantages over traditional metals, including:

• Lighter weight

• Superior chemical resistance

• Easier sterilization and disposability

• Greater flexibility in design and manufacturing

• No risk of corrosion in sensitive environments

These properties are especially valuable in single-use, disposable, and biopharmaceutical applications where sterility and purity are mission-critical.

Modern Plastics: Your Partner in Engineering Plastics for Pharma Innovation

At Modern Plastics, we don’t just supply materials—we empower innovation. With decades of experience in high-performance thermoplastics, we are a trusted resource for leading companies in the pharmaceutical, biotechnology, and medical device sectors.

Let us help you choose the right material for your next breakthrough.

📞 Contact us today to discuss your pharmaceutical material needs.

Frequently Asked Questions

Q: What are engineering plastics in pharma used for?
A: They are used in drug delivery systems, diagnostic devices, and fluid transfer equipment due to their high performance and compliance with FDA and USP standards.

Q: Why choose plastics over metals in pharma manufacturing?
A: Plastics are lighter, chemically resistant, and easier to sterilize, making them ideal for single-use or disposable medical applications.