PTFE(Teflon) Labware
High Purity PTFE Digestion Tubes and Custom Centrifuge Tubes 100ml for Trace Analysis and Chemical Digestion
Item Number : PL-CP217
Price varies based on specs and customizations
- Material Composition
- High-Purity PTFE (Polytetrafluoroethylene)
- Thermal Range
- -200°C to +260°C
- Customization Level
- Fully Customizable CNC Machined Dimensions and Volume
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Product Overview



This high-performance digestion and centrifuge vessel is engineered specifically for laboratories conducting sensitive trace analysis and aggressive chemical processing. Constructed from premium-grade Polytetrafluoroethylene (PTFE), this system offers an unparalleled level of chemical inertness, ensuring that even the most reactive reagents, including hydrofluoric and concentrated nitric acids, can be handled with absolute safety. The design focuses on eliminating contamination risks while providing a robust solution for high-temperature and high-pressure mineralization processes.
Primarily utilized in environmental testing, metallurgy, and pharmaceutical research, the equipment serves a dual purpose as both a digestion tube for sample preparation and a high-speed centrifuge tube for separation. Its unique material properties prevent the adsorption of target analytes onto the interior walls, a critical factor for achieving high recovery rates in trace metal detection. Whether used in microwave digestion systems or open-vessel heating blocks, this unit maintains structural integrity under extreme thermal stress.
Procurement and laboratory managers can rely on this equipment for long-term operational consistency. Unlike disposable consumables, these units are designed for durability and repeated use in the most demanding industrial processes. The precision-machined finish and superior seal design reflect a commitment to engineering excellence, positioning this as a vital component for any facility prioritizing data accuracy and personnel safety during hazardous chemical workflows.
Key Features
- Exceptional Chemical Inertness: Fabricated from 100% pure PTFE, this system is virtually impervious to all laboratory solvents and acids, including aqua regia and hydrofluoric acid, ensuring zero chemical degradation over extended exposure.
- Ultra-Low Trace Leaching: The high-purity fluoropolymer structure guarantees a near-zero background for trace metal analysis, preventing sample contamination from leaching—a common failure point in lower-grade plastic or glass alternatives.
- Superior Thermal Stability: Engineered to operate continuously at temperatures ranging from -200°C to +260°C, the unit maintains its physical shape and sealing performance without deforming, melting, or becoming brittle.
- Precision CNC Machining: Every tube is manufactured using advanced CNC fabrication techniques, allowing for tight tolerances on wall thickness and threading, ensuring compatibility with standard laboratory rotors and heating blocks.
- Anti-Adhesive Internal Surfaces: The naturally hydrophobic and low-friction surface prevents sample loss through adhesion, facilitating total sample recovery and significantly simplifying the cleaning and sterilization process.
- Enhanced Sealing Technology: Designed with precision-matched caps, the system provides a leak-proof environment that prevents the loss of volatile elements during high-energy digestion, critical for quantitative analysis.
- Pressure Resistance: The robust wall design and material density allow the equipment to withstand significant internal pressures generated during microwave digestion and high-speed centrifugation without structural failure.
- Bespoke Customization: Beyond the standard 100ml configuration, the unit can be fully customized regarding dimensions, thread types, and base shapes (conical, round, or flat) to meet specific technical requirements.
- UV and Radiation Resistance: The material is naturally resistant to UV degradation and aging, ensuring that the tubes remain functional and safe for decades of use in harsh industrial environments.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Environmental Trace Analysis | Digestion of soil and sediment samples using concentrated nitric and hydrofluoric acids to detect heavy metals. | Zero leaching ensures accurate ppb/ppt detection levels. |
| Pharmaceutical Quality Control | Preparation of active pharmaceutical ingredients (APIs) for elemental impurity testing according to USP standards. | Total chemical inertness prevents interference with complex organic matrices. |
| Metallurgical Testing | Dissolution of ore samples and precious metal alloys using aqua regia at high temperatures. | Resists structural deformation in highly corrosive, high-heat environments. |
| Battery Research | Handling and separation of corrosive electrolytes and lithium-ion battery precursors during material testing. | Prevents contamination of high-purity battery materials during centrifugation. |
| Petrochemical Analysis | Mineralization of heavy crude oil and catalyst samples for sulfur and nickel content determination. | High pressure and temperature tolerance during microwave-assisted digestion. |
| Food Safety Testing | Digestion of food products for the detection of pesticide residues and toxic mineral contaminants. | Anti-adhesive walls ensure complete sample transfer for better recovery rates. |
| Semiconductor Manufacturing | High-purity cleaning and sample preparation for wafer etching chemicals and ultrapure water monitoring. | Maintains the integrity of ultra-trace analysis results without plasticizer interference. |
Technical Specifications
This product series, identified under the base model PL-CP217, is designed as a fully customizable platform. While a 100ml volume is a standard configuration, the technical parameters are adjustable to meet specific laboratory protocols and equipment compatibility requirements.
| Specification Category | Parameter Detail (Model Series PL-CP217) |
|---|---|
| Core Material | High-Purity Polytetrafluoroethylene (PTFE) |
| Manufacturing Process | Precision CNC Machined from Solid Fluoropolymer Stock |
| Standard Volume | 100ml (Fully customizable upon request) |
| Operating Temperature | -200°C to +260°C (Continuous Duty) |
| Chemical Compatibility | Resists all acids, bases, and organic solvents (pH 0-14) |
| Closure Type | Custom Threaded Cap / Plug Seal (Customizable) |
| Internal Finish | Mirror-smooth, hydrophobic anti-stick surface |
| Base Configuration | Round bottom, Conical, or Flat (Bespoke customization) |
| Wall Thickness | Standard or Heavy-Duty options available for pressure applications |
| Compliance | Traceability and material purity certification available |
Why Choose This Product
- Unmatched Material Integrity: We utilize only the highest grade of PTFE, ensuring that every unit delivered meets rigorous standards for purity and mechanical strength, essential for high-stakes industrial research.
- Precision Customization: Unlike mass-produced labware, our tubes are machined to your specific requirements. Whether you need a specific thread pitch for a legacy centrifuge or a unique length for a custom heating block, our CNC capabilities deliver perfect fitment.
- Extreme Service Life: Investing in this system reduces the long-term cost of ownership. The durability of PTFE against chemical attack and thermal cycling means these units outlast conventional laboratory consumables by years.
- Optimized for Trace Analysis: By eliminating the use of fillers or recycled materials, we ensure the lowest possible blank values, allowing your laboratory to push the boundaries of detection limits with confidence.
- Dedicated Technical Support: Our engineering team understands the complexities of fluoropolymer applications and provides responsive assistance for both standard orders and complex, non-standard machined parts.
For custom dimensions, volume requirements, or a formal quotation for high-volume procurement, please contact our technical sales team today to discuss your specific laboratory needs.
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Product Datasheet
High Purity PTFE Digestion Tubes and Custom Centrifuge Tubes 100ml for Trace Analysis and Chemical Digestion
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