High Purity 25ml PTFE Syringe for Trace Analysis and Automated Syringe Pump Systems

Product Overview

This high-purity fluid delivery instrument is engineered from premium, virgin polytetrafluoroethylene (PTFE), specifically designed to meet the rigorous demands of trace analysis and aggressive chemical handling. By utilizing a 25ml capacity, the system bridges the gap between micro-liter precision and bulk fluid transfer, providing a versatile solution for laboratories requiring absolute chemical inertness. This unit is manufactured using advanced CNC machining processes to ensure the highest degree of dimensional accuracy, facilitating a leak-proof seal that is essential when handling hazardous or high-value reagents.

Designed for seamless integration with automated syringe pumps, the equipment serves as a critical component in sophisticated fluidic setups. Its universal compatibility with FEP extension tubes allows for remote dispensing and complex fluid routing without compromising the integrity of the sample. Whether used in pharmaceutical synthesis, semiconductor manufacturing, or environmental testing, this instrument provides a robust alternative to glass or standard plastic syringes, which often succumb to chemical etching or leach contaminants into the process stream.

Industrial procurement teams and laboratory managers can rely on this system for consistent, repeatable performance in high-stress environments. The use of new-material PTFE ensures that no recycled impurities interfere with sensitive analytical results. This unit is built to withstand thermal extremes and corrosive atmospheres, maintaining its structural integrity and operational smoothness over long service cycles, thereby reducing the total cost of ownership through durability and reduced replacement frequency.

Key Features

• Superior Chemical Inertness: Constructed from 100% virgin PTFE, this instrument is virtually unaffected by almost all industrial chemicals, solvents, acids, and bases, making it the ideal choice for handling highly aggressive media that would degrade traditional materials.
• Optimized for Syringe Pump Integration: The precision-machined barrel and plunger assembly are designed with a low coefficient of friction, ensuring smooth, linear movement that prevents motor stalling and enhances the accuracy of automated dispensing systems.
• High-Purity Material Construction: By utilizing only new, non-recycled PTFE resin, the system eliminates the risk of trace metal or organic leaching, which is vital for applications in mass spectrometry, chromatography, and semiconductor wet-bench processes.
• Thermal Stability and Resilience: The equipment maintains its mechanical properties and dimensional stability across a broad temperature range, with a melting point of 327°C, allowing for the transfer of heated reagents without the risk of deformation or seal failure.
• Enhanced Seal Integrity: Engineering tolerances are strictly controlled to create a high-pressure seal between the plunger and the inner wall. This prevents bypass leakage even when working with low-viscosity fluids or under elevated backpressure conditions.
• FEP Extension Tube Compatibility: The outlet is designed to facilitate a secure, leak-free connection with FEP tubing, allowing for complex fluidic path configurations and remote sampling in hazardous or confined spaces.
• Robust Durability: Unlike glass alternatives, this fluoropolymer unit is shatterproof and highly resistant to mechanical shock, ensuring safety in the laboratory and minimizing downtime caused by equipment breakage.
• Advanced CNC Fabrication: Every component is produced via state-of-the-art CNC machining rather than injection molding, resulting in superior surface finishes and the ability to customize dimensions to meet specific process requirements.
• Zero Moisture Absorption: With a water absorption rate of 0.01%, the material ensures that the syringe does not swell or change dimensions when exposed to aqueous environments, maintaining consistent calibration and performance.

Applications

Technical Specifications

For the PL-CP0101 series, we offer comprehensive customization to meet specific laboratory protocols. The following table details the baseline material properties and standard configuration options available for this instrument.

Why Choose Us

• Uncompromising Material Standards: We exclusively use high-grade virgin PTFE to ensure that every unit meets the stringent purity requirements of modern analytical chemistry, avoiding the pitfalls of inferior molded plastics.
• Precision Engineering for Automation: By focusing on the mechanical interface between the plunger and barrel, we provide a product that excels in automated syringe pump applications, offering the consistency required for high-throughput industrial processes.
• Exceptional Long-Term Reliability: The combination of high tensile strength and chemical inertness results in an instrument that outlasts traditional labware, providing a reliable solution for critical infrastructure and long-term research projects.
• Bespoke Customization Capabilities: Our end-to-end CNC fabrication facility allows us to tailor the capacity, fittings, and dimensions of the system to your specific needs, ensuring perfect integration into your existing laboratory setup.
• Proven Performance in Extreme Conditions: From cryogenic temperatures to intense heat and highly corrosive environments, this system is designed to maintain its seal and functionality where others fail.

For procurement inquiries or to discuss a custom configuration tailored to your specific industrial requirements, please contact our technical team today for a comprehensive quote and consultation.

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