Supercharging Gas Chromatography
New Levels of Accuracy and Stability: Parker Precision Fluidics understands the value of repeatable accuracy and stability in sample separation and develops solutions consistently delivering on this requirement.
Exceptional Performance in Space-Efficient Packages: With Parker PPF, you don't have to choose between performance and size. Our solutions offer the maximum possible performance in the smallest possible size, giving you the best of both worlds. We are committed to delivering innovative and reliable solutions that meet your specific needs.
Low Power Reduces Heat Generation: Whether it’s the accuracy of high-performance sensors or the integrity of sample composition, internal heat generation is a serious concern. Parker Precision Fluidics uses its technical innovation to increase efficiency which reduces the power consumption of the solutions we make. Lower internal heat generation improves accuracy and increases throughput.
Product Portfolio: Parker Precision Fluidics not only has the knowledge and expertise to help you build best-in-class microfluidic systems for your device; we also have a broad product portfolio to meet all your microfluidic needs. This enhances our capability to design and offer customized systems solutions.
Partnership and Support: The team at Parker Precision Fluidics is dedicated to working with your engineering team to understand all the requirements and deliver optimum solutions with superior quality for your application. This guarantees that the right components are specified, or the ideal fluidic system solution is developed, PPF strives to be a partner in your development process.
Core Applications
Gas chromatography is a technique used to separate, identify, and quantify components of a sample. It involves passing the sample through a column that contains a stationary phase, which selectively interacts with the different components of the sample. As the sample flows through the column, the different components are separated based on their interactions with the stationary phase, and they emerge from the column at different times, allowing for their identification and quantification.
Parker's fluidic components can help with gas chromatography by providing reliable and precise control of gas flows and pressure. For example, Parker's precision electronic pressure controllers can maintain a constant gas flow rate using pressure, which is crucial for obtaining accurate and reproducible results in gas chromatography. Parker also offers a range of valves, fittings, and tubing that are designed to work together seamlessly, ensuring leak-free connections and minimizing dead volume, which can interfere with the accuracy of gas chromatography measurements.
Our role in improving the reliability and accuracy of gas chromatography measurements is undeniable, making it a vital tool for researchers and analysts in various fields, including environmental monitoring, pharmaceuticals, and food processing.
Laboratory GCs
Laboratory GC is typically used for analytical purposes in a controlled laboratory environment. It is designed to provide high sensitivity, accuracy, and precision for the analysis of small sample sizes and a diverse array of molecules. Laboratory GC systems are generally larger in size and have a wider range of analytical capabilities compared to process GC systems. They are also more flexible and can be easily configured for different analytical applications.
Parker Precision Fluidics has been instrumental in adding value to laboratory GC systems by providing high-quality components and solutions that enhance the performance and reliability of these systems. Their precision fluidic control components, such as valves, regulators, and electronic pressure controllers help to ensure accurate and consistent pressure, which is critical for achieving reliable and reproducible results in GC analysis. Additionally, Parker's expertise in fluidic system design and integration allows for customized solutions that meet the specific needs of individual customers and their analytical applications.
Process GCs
Process GC are used for online monitoring and control of industrial processes, such as refining, petrochemical production, and natural gas processing. Process GC systems are designed to provide real-time analysis of large sample volumes and operate continuously in harsh industrial environments. They are typically smaller in size, have a higher flow rate and pressure capabilities, and are designed to withstand extreme temperatures, pressures, and corrosive environments.
Parker Precision Fluidics has also been a key player in adding value to process GC systems by providing robust and reliable fluidic control solutions that can withstand the harsh conditions of industrial environments. Our microfluidic control components, including electronic pressure controllers, valves, and regulators, are designed to operate at high flow rates and pressures, while maintaining accuracy and reproducibility in process sample analysis. Parker's expertise in fluidic system design and integration allows for customized solutions that meet the specific needs of individual industrial processes.
Featured Products
EPiC
Digital Electronic Pressure Controller
- Smallest size
- Lightest weight
- Extreme accuracy
- Turn-key solution
- 150 psi (10 bar) capability
VSO Low Pro GC
Miniature Proportional Valve
- Optimized for low flow
- Low power
- Small size
- Linear control range
- 100 million cycles life
8300 Series Regulators
Precision Pressure Regulators
- Non-relieving
- High-resolution control
- Integrated filtration
- Small size
- Low-pressure capability
Series 9
Miniature Calibrant Valve
- Fast response time (<5 ms)
- Extreme leak performance
- 1250 psi capability (86 bar)
- Suitable for corrosive gasses
- 105°C operation
Healthcare and Life Sciences Interactive Tool
Explore our cutting-edge technologies and solutions showcased on our innovative new digital platform focused on Gas Chromatography Instruments.
Resources
Product Datasheets
Our detailed datasheets contain comprehensive information about the specifications, features, and performance characteristics of each component or system. These datasheets are an essential resource to select the appropriate fluidic components for various applications.
White Papers
Our white papers are intended to help you stay up-to-date with the latest developments in fluidic technology and gain a deeper understanding of the challenges and opportunities in the markets.
Blogs
Our blogs can provide valuable information on our products and services. Check out articles on various fluid control solutions, ranging from miniature valves and pumps.