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Continuous Flow-Ready Analytical Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps
Automated Fluidic-Compatible Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps
Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps for Monitoring Systems
Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps for Diagnostic Platforms
Flow-Integrated Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps for Analytical Systems

Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps for Absorbance Testing -TOQUARTZ®

TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap is designed for precise fluorescence and absorption analysis in laboratory, diagnostic, and monitoring systems. Manufactured from high-purity quartz, it provides a stable 10 mm optical path, excellent UV-VIS-NIR transmission, and strong resistance to acids, alkalis, and high temperature environments. The PTFE M10 screw cap ensures reliable sealing and integration into automated fluidic setups, minimizing leakage and downtime. This cuvette is widely applied in fluorescence spectroscopy, clinical diagnostics, and environmental water quality monitoring where consistent optical performance is critical.
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Features of Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps

The Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap combines optical stability, chemical durability, and system integration reliability. Each feature is engineered to solve challenges faced in fluorescence spectroscopy, diagnostics, and environmental monitoring, supported by measurable performance data.

Chemical and Thermal Resistance

  • High-purity quartz (≥99.98% SiO₂) resists strong acids and alkalis during repeated use.
  • Thermal stability proven up to 1100 °C without structural deformation.
  • Corrosion failure rate reduced to <2% after 200+ exposure cycles in harsh media.

Optical Precision

  • 10 mm fixed optical path with ≤0.3% transmittance deviation for reproducible measurements.
  • Transmission range of 190–2500 nm ensures coverage from UV to NIR spectroscopy.
  • Surface flatness tolerance within ±0.1 mm supports high-resolution fluorescence data.

Secure PTFE M10 Screw Integration

  • PTFE M10 screw cap maintains leak-free sealing under 0.5 MPa system pressure.
  • Withstands >200 sterilization cycles without connector fatigue.
  • Reported connector leakage reduction by 95% compared to non-threaded cuvette designs.
Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps for Diagnostic Platforms
TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps
  • SiO2 Purity ≥99.98%, up to 99.995%
  • Chemical Resistance to Harsh Reagents
  • Customization Services Available

Technical Specifications & Dimensions of Clear Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Caps

TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap is engineered with defined physical, chemical, optical, and mechanical properties to meet laboratory and diagnostic system requirements.

Technical Specifications

PropertySpecification
Physical PropertiesDensity 2.2 g/cm3;
Thermal stability up to 1100 °C;
Thermal conductivity 120–160 W/m·K;
Softening point 1680 °C;
Coefficient of thermal expansion ≤0.55×10-6/K
Chemical PropertiesSiO2 purity ≥99.98%;
Acid resistance (HCl, H2SO4) stable;
Alkali resistance moderate;
Corrosion failure rate <2% after 200 cycles
Optical PropertiesTransmission 190–2500 nm;
UV cutoff 185 nm;
Transmittance deviation ≤0.3%;
No absorption peaks;
Refractive index 1.46 (589 nm)
Mechanical PropertiesFracture modulus ≥350 MPa;
Compressive strength 1100 MPa;
Flexural strength 70 MPa;
Mohs hardness 7;
Elastic modulus 72 GPa
Integration FeaturesPTFE M10 screw connector tested >200 sterilization cycles;
Sealing pressure resistance 0.5 MPa;
Connector leakage reduction 95%;
Biocompatible surface;
Compatible with automated fluidic systems

Size Chart

200μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，dual optical windows, slit 1mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021200μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，dual optical windows, slit 1mm10mm200μl12.5×12.5×20 mm
200μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 1mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-1200μl  Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 1mm10mm200μl12.5×12.5×20 mm
400μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 2mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-2400μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 2mm10mm400μl12.5×12.5×20 mm
400μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 2mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-3400μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，  four optical windows, slit 2mm10mm400μl12.5×12.5×20 mm
600μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 3mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-4600μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 3mm10mm600μl12.5×12.5×20 mm
600μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 3mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-5600μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 3mm10mm600μl12.5×12.5×20 mm
800μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 4mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-6800μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 4mm10mm800μl12.5×12.5×20 mm
800μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 4mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-7800μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 4mm10mm800μl12.5×12.5×20 mm
1000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 5mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-81000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows, slit 5mm10mm1000μl12.5×12.5×20 mm
1000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 5mm
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-91000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， four optical windows, slit 5mm10mm1000μl12.5×12.5×20 mm
2000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-102000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap， dual optical windows10mm2000μl12.5×12.5×20 mm
2000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，four optical windows
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-112000μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，four optical windows10mm2000μl12.5×12.5×20 mm
2500μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，four optical windows
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8021-122500μl Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap，four optical windows10mm2500μl12.5×12.5×25 mm
Note: We offer custom specifications to meet your specific requirements. Contact our engineering team for consultation.
Sent Customized Requirements

TOQUARTZ® Solving Challenges in Spectroscopic Analysis with Transparent Quartz Fluorescence Flow Cuvette Cell with
PTFE M10 Screw Caps

Biotechnology Flow Cytometry Systems

Flow cytometry systems demand precise optical paths to detect cellular properties in real-time. The cuvette must ensure alignment stability as cells pass through the laser interrogation zone, where even a slight shift can cause significant signal distortion. Pain points include leakage at connector joints under continuous flow, misalignment that reduces detection sensitivity, and component fatigue after multiple sterilization cycles. Many labs report workflow interruptions when low-quality cuvettes compromise both accuracy and uptime.

Key Advantages

  • Precision Alignment Stability
    – Maintains optical tolerance within ±0.05 mm over more than one million cell passes, preventing signal distortion.
  • Leak-Free High-Pressure Sealing
    – PTFE M10 connector ensures <0.5% leak rate under continuous flow at 0.4 MPa, supporting uninterrupted cytometry runs.
  • Sterilization Durability
    – Withstands over 200 autoclave sterilization cycles without altering optical geometry or path length.
Find My Solution

TOQUARTZ® solution

A European biotech lab reported frequent interruptions in flow cytometry due to connector fatigue, leading to 8–10 hours of downtime monthly. Misalignment of conventional cuvettes caused signal distortion exceeding 12% in cell population analysis. By switching to TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap, the lab maintained signal stability within 2% deviation and eliminated leakage, achieving uninterrupted operation for three months of continuous use.

UV-Vis Absorbance Analysis

Chemical research relies on accurate absorbance readings to study compound concentration, reaction kinetics, and purity. In these environments, cuvettes must deliver high transmission across the UV–VIS spectrum while maintaining consistent geometry. Pain points include unstable readings at wavelengths below 200 nm, inconsistent optical paths that affect quantitative analysis, and frequent leakage during high-throughput experiments. Researchers face wasted samples and repeat runs when cuvettes fail to provide stability and reproducibility.

Key Advantages

  • Stable Deep-UV Transmission
    – Provides reliable absorbance measurements at 190 nm with fluctuation below 0.01 AU.
  • Consistent Optical Path Accuracy
    – 10 mm path length held within ±0.1 mm across production batches for reproducible data.
  • High-Cycle Connector Reliability
    – PTFE screw integration prevents leakage during more than 500 automated sample cycles.
Find My Solution

TOQUARTZ® solution

A U.S. university chemistry department observed sample loss and repeat runs when low-grade cuvettes leaked during kinetic absorbance experiments, causing up to 15% wasted samples annually. With TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap, absorbance measurements at 190–210 nm remained stable, and leakage events dropped to zero. This improvement reduced experiment reruns by 80% and improved quantitative reproducibility in reaction kinetics research.

Petroleum Refining Process Monitoring

Refineries monitor hydrocarbon streams to control impurity levels and ensure process stability. This requires cuvettes that can withstand aggressive solvents, high pressure, and continuous operation. Pain points include rapid quartz degradation in organic solvents, connector failures under sustained flow pressure, and inconsistent baseline absorbance in complex mixtures. Plants report costly downtime and higher maintenance expenses when conventional flow cells cannot maintain long-term performance under refinery conditions.

Key Advantages

  • Hydrocarbon Exposure Resistance
    – Retains over 92% baseline transmission after 1,000 continuous hours in refinery solvents.
  • Secure High-Flow Integration
    – PTFE threaded connector maintains sealing integrity at 0.5 MPa during prolonged operation.
  • Extended Service Lifetime
    – Demonstrates double the lifespan compared with conventional flow cells in aggressive petrochemical media.
Find My Solution

TOQUARTZ® solution

A Middle East refinery reported that conventional cuvettes degraded in less than six weeks, with connector failures causing $20,000 in annual downtime costs. TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap resisted solvent attack and maintained stable baseline absorbance in complex hydrocarbon mixtures. The facility doubled cuvette lifetime to three months and reduced downtime losses by over 35%, ensuring consistent monitoring of impurity levels.

Customization Solutions for Your Specific Applications

TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap can be tailored to meet diverse application needs across laboratories, diagnostics, and monitoring systems. Customization ensures each cuvette matches specific analytical setups, fluidic systems, and optical requirements with engineering accuracy.

Optical Path Options

Different analytical systems require tailored path lengths to ensure reproducible and accurate results.

  • Window Clarity
    – Maintains reliable transmission across defined spectral regions.
  • Path Stability
    – Reduces data variation in high-throughput analytical workflows.
  • System Fit
    – Aligns with instrument requirements for consistent optical readings.

Connector and Sealing Adaptations

Integration reliability depends on connector design and sealing performance in fluidic systems.

  • Thread Options
    – Supports compatibility across automated and manual interfaces.
  • Leak Protection
    – Reduces system downtime caused by sealing failure.
  • Durability Check
    – Ensures consistent sealing after repeated sterilization cycles.

Volume and Chamber Flexibility

Customized chamber volume supports both small-sample analysis and larger flow applications.

  • Sample Efficiency
    – Minimizes waste while maintaining analytical reliability.
  • Flow Control
    – Optimizes fluid movement in continuous monitoring systems.
  • Capacity Match
    – Aligns chamber size with instrument throughput demands.

Surface Treatment Choices

Surface finishes influence both optical precision and chemical durability in demanding tests.

  • Polished Finish
    – Enhances transmission consistency for sensitive analyses.
  • Anti-Fouling
    – Reduces contamination build-up during continuous operation.
  • Chemical Shield
    – Extends lifetime in aggressive or reactive environments.

Product Usage Guideline

The Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap requires proper handling, cleaning, storage, and troubleshooting to maintain accuracy and extend service life. This guide outlines practical steps and reminders so that customers can operate the cuvette efficiently and avoid common issues in laboratory, diagnostic, and monitoring workflows.

Proper Handling

  • Always hold the cuvette by its PTFE screw cap to avoid fingerprints on the optical windows.
  • Do not overtighten the M10 screw cap; apply only light torque to maintain sealing integrity.
  • Avoid exposure to sudden temperature shocks that can stress quartz surfaces.
  • Inspect for microcracks before each use to prevent data distortion or leakage.

Cleaning and Maintenance

  • Rinse immediately after use with deionized water to prevent sample residues.
  • For stubborn deposits, soak in neutral pH detergent at 40–50 °C and rinse thoroughly.
  • Avoid abrasive brushes or strong alkali cleaners that damage optical surfaces.
  • Perform ultrasonic cleaning only when necessary, and limit exposure to less than 5 minutes.

Storage Recommendations

  • Store in a clean, dust-free container to protect optical windows from scratches.
  • Keep the cuvette dry and avoid prolonged contact with moisture or solvents.
  • Separate storage compartments are recommended to prevent quartz-to-quartz contact.
  • Maintain room temperature conditions, avoiding environments above 40 °C in storage.

Troubleshooting Common Issues

  • If leakage occurs, verify PTFE screw threads for wear or contamination.
  • When absorbance readings fluctuate, clean windows and confirm proper optical alignment.
  • For reduced transmission below 200 nm, check for residue films or surface fogging.
  • If connectors loosen after repeated sterilization, replace PTFE caps to restore sealing.

Advance with TOQUARTZ® Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap

Our engineering team supports your analytical challenges with tailored cuvette solutions that ensure reliability and precision.
Contact us to discuss your project requirements today.
Contact Our Engineer

Why Partner with TOQUARTZ

Direct Factory Advantage

As a direct manufacturer, we can cut out the numerous intermediate links.

Engineering Expertise

Technical team guides clients from material selection to design optimization, translating specs into deliverables.

Flexible Manufacturing

Handling standard & custom orders via small-batch expertise and prototyping rigor to meet urgent deadlines.

Quality
Assurance

Pre-shipment 3-step validation:
1. dimensional accuracy,
2. material purity ,
3. performance thresholds

Global Supply Chain

Reliable global logistics to industrial hubs (DE/US/JP/KR priority) with trackable milestones.

Releted Products

As a specialized manufacturer with direct factory capabilities, TOQUARTZ provides both standard and custom quartz solutions with engineering support throughout the specification and implementation process.

FAQ

Q: What is the main advantage of using the Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap in automated fluidic systems?

A: The Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap integrates seamlessly into automated setups thanks to its threaded PTFE sealing. This prevents leakage even under high-pressure continuous flow conditions. As a result, downtime and sample loss are significantly reduced.

A: The transparent walls provide high optical clarity across the UV–VIS–NIR spectrum. This ensures consistent absorbance and transmission measurements with minimal background interference. Laboratories can obtain reproducible data with reduced signal deviation.

A: The Transparent Quartz Fluorescence Flow Cuvette Cell with PTFE M10 Screw Cap enables continuous liquid circulation without requiring manual sample handling. Its geometry ensures consistent optical path length during real-time monitoring. This design is ideal for environmental and pharmaceutical applications.

A: Yes, its flow-through geometry is engineered for both laboratory and industrial flow rates. The PTFE M10 screw cap prevents leaks even under continuous recirculation. This makes it suitable for large-scale monitoring systems.

A: The 10 mm path length is a standard analytical requirement for absorbance and transmission studies. It allows reliable comparison across different instruments and applications. Combined with transparent quartz walls, it ensures stable data acquisition.

Contact our engineering team for technical consultation and pricing. We’ll help you select the optimal specifications for your application requirements.

ABOUT TOQUARTZ

TOQUARTZ has pioneered precision customized quartz glass products engineered for lab, industrial, and optical excellence.

We supply the best quartz products without MOQ constraints, paired with rapid prototyping.

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Phone: +86-19311583352
Whatsapp: +86-19311583352
Email: info@toquartz.com

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