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Industrial Membrane Materials for OEMs

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Membrane technologies designed for industrial applications

Industrial membrane technologies play a vital role in pharmaceutical manufacturing, food and beverage processing, and microelectronics fabrication. Our microporous membrane materials serve as essential components in OEM filtration solutions, supporting process fluid filtration, contamination control, and the consistent production of high-purity products. By integrating our membrane materials into system designs, OEMs can create filtration solutions that meet the demanding quality and performance expectations of their end customers.

 

Membranes are offered in a range of pore size ratings, polymer compositions, and structural formats, including flat sheet and hollow-fiber designs, enabling tailored separation and retention performance across a wide range of applications.

Overcoming challenges faced by OEM developers

Whether you are seeking to enhance existing systems or develop emerging solutions, industrial membrane technologies are designed to support the performance needed to address challenges across processes and applications.

Meeting regulatory compliance and documentation

Meeting stringent regulatory requirements is a significant task for OEMs developing filtration systems. Our membranes are designed to meet rigorous, widely adopted standards for efficacy and performance.

Membranes are manufactured under ISO-certified quality management systems, with lot traceability and change control procedures available to support OEM qualification and regulatory submissions.

Balancing performance and cost efficiency

Finding the balance between performance and cost-effectiveness poses a major challenge for membrane filtration processes. Membrane materials are engineered to support filtration efficiency, reduce downtime, and extend service life, helping OEMs manage total cost of ownership (TCO).

Material selection can be guided by operating temperature, chemical compatibility, and expected differential pressure conditions to support long-term system performance

Achieving batch-to-batch consistency

OEMs rely on industrial membranes for consistent performance that maximizes efficiency. Membranes from Thermo Fisher Scientific are manufactured under controlled conditions to support predictable performance across production runs.

Each production lot undergoes standardized quality control testing, including pore size distribution and flow performance verification.

Managing scale-up and commercial production

Navigating the transition from lab-scale prototypes to full-scale production is a significant challenge. Application support is available to assist with material selection, integration considerations, and performance optimization from development through commercial manufacturing.

Discover membrane solutions by application

Industrial membrane materials address filtration requirements across a broad range of applications.

Pharmaceutical manufacturing membranes

In pharmaceutical manufacturing, consistent, high-quality results are a foundational requirement.

Microporous membranes are designed to produce consistent, high flow rates and superior flux performance to help remove particles and target microorganisms.

Membranes are available in a variety of pore sizes, suitable for sterile filtration, prefiltration, and clarification applications.

Filters and cartridges produced with our membranes support stable processes and consistent batch-to-batch performance.

Sterile filtration and microbial control applications across pharmaceutical production rely on membranes designed to enable repeatable performance, supporting product integrity throughout the manufacturing process.

Process fluid filtration membranes

Selecting the right membrane for filters in process fluid applications is complex. It requires balancing fluctuations in process fluids while maximizing operational efficiency.

Membranes are designed to achieve the desired level of filtration performance across a range of industrial contexts, whether building prefilters for ultrapure water or meeting regulatory requirements for beverage processing.

Microporous membranes are important components in fluid filtration systems, where consistent performance and operational uptime are required.

Food and beverage filtration membranes

The food and beverage industry relies on reliable, high-quality microfiltration from initial separation steps through final bottling. Microfiltration is commonly used to remove bacteria.

Designed to support consistent filtration performance, our membranes help increase product purity throughout production.

Applications include removal of yeast and bacterial cells, as well as prefiltration steps that support final product clarification in soft drinks, bottled water, wine, spirits, and beer.

Microelectronics filtration membranes

Fluid purity is critical in microelectronic and semiconductor fabrication processes.

Microfiltration membranes serve as components of fluid stream filters in both semiconductor chip and LCD TFT manufacturing, where they help prevent contamination by removing particles across different sizes.

Membranes support sub-micron particle retention and are manufactured under controlled conditions to minimize contamination risk in high-purity production environments.

Explore membrane solutions for your process needs

With our extensive portfolio of membrane materials for OEMs, you're not just selecting a product; you're adopting a solution tailored to your needs. Every membrane you select aligns precisely to your requirements, offering enhanced performance and reliability.

 

Membranes are available in flat-sheet, capillary, and laminated configurations to meet OEM integration requirements. Each membrane type offers specific advantages for different filtration challenges across pharmaceutical manufacturing, process fluid filtration, food and beverage, and microelectronics applications.

Sterile filtration

MicroPES Flat Sheet Membranes are hydrophilic and made of biocompatible polyethersulfone (PES). Their asymmetric pore structure offers a balance of highly selective filtration characteristics and minimized flux barriers. This structure enables high throughput performance across a wide range of applications, with different pore sizes available to address specific sterile filtration and microbial control requirements in pharmaceutical and other industries.

Microelectronics

MICROLON Flat Sheet Membranes are available in a finely graduated pore size range with a completely synthetic membrane material suited to many fluid filtration applications in the microelectronics industry. Made from a solution of polyamide, the membrane material is inherently hydrophilic. The asymmetrical structure of the MICROLON membrane combines filtration features, such as high particle retention, with good water permeability.

High-throughput filtration

MacroPES Flat Sheet Membranes are designed for high-throughput applications that require rapid processing and efficient particle removal. Their pore structure, in combination with the relatively open surface, is responsible for the high filtration performance with a low tendency to block particles. These membranes are suited to process fluid filtration applications where high flow rates and effective contamination control are critical for operational efficiency.

Challenging applications

DuraPES Flat Sheet Membranes are designed for high throughput performance through an asymmetric pore structure. The highly pore structure of our DuraPES flat sheet membrane offers a high dirt-loading capacity, improving filtration performance and yielding higher throughputs and flow rates than membranes with symmetrical pore structures. DuraPES membranes are designed for challenging applications that require high dirt-holding capacity and extended filter life.

Adhering to quality standards and regulatory documentation

Quality standards and regulatory compliance support are foundational to OEM success. We're committed to using the highest internationally recognized standards in designing, developing, and manufacturing membranes. Manufacturing facilities maintain quality certifications to support product development and regulatory submissions. Technical documentation, including data sheets, certificates, and performance specifications, is available to support OEM filtration system development and regulatory submissions.

Frequently asked questions

Membrane selection depends on application requirements, including separation and application objectives, feedstream characteristics, membrane material compatibility, and system integration. The team works closely with OEMs to identify solutions that balance performance, efficiency, and cost-effectiveness. Connect with a specialist for application-specific recommendations.

Industrial membranes are available in finely graduated pore size ranges to address diverse filtration requirements. Different membrane families offer options optimized for specific applications: MicroPES flat sheet membrane for sterile filtration and microbial control, MICROLON for microelectronics with high particle retention, MacroPES for high-throughput applications, and DuraPES for challenging applications requiring high dirt loading. Application engineering specialists can recommend appropriate pore size selections based on target particle retention, throughput requirements, and process conditions.

With our extensive membrane portfolio, you're not just selecting a product, but adopting a tailored solution specific to your needs. Every membrane you select aligns to your requirements, offering enhanced performance and reliability. Customization can include membrane dimensions. Connect with our experienced team to address specific filtration challenges with solutions aligned to your process requirements.

Comprehensive technical documentation is available, including product data sheets with detailed specifications, certificates demonstrating manufacturing quality standards, and performance data. Manufacturing facilities are committed to adhering to the highest internationally recognized standards in the design, development, and manufacture of membranes. Documentation supports regulatory submissions and quality system requirements for filtration products across pharmaceutical, food and beverage, and microelectronics applications

Enable process transformations across industrial applications

Intended use of the products mentioned on this page vary. For specific intended use statements, please refer to the Instructions for Use for the product.