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Low-Noise Optical Clear Window Quartz Flow-Through Cuvette with Glass Tubes for Photocatalysis Monitoring -TOQUARTZ®
TOQUARTZ® Clear Window Quartz Flow-Through Cuvette features high-transmission optical windows and precision glass tube connections for continuous UV-Vis and fluorescence measurements. Designed for spectrophotometric analysis with 200-2500nm transmission range, chemical resistance to most acids/bases, and customizable pathlength options (1-10mm).
No MOQ
Custom Design
Factory Direct
Tech Support
Features of Clear Window Quartz Flow-Through Cuvette with Glass Tube
TOQUARTZ® Clear Window Quartz Flow-Through Cuvette is engineered for precision continuous measurement in UV-Vis and fluorescence spectroscopy applications. Each unit combines optical excellence with practical design features to ensure reliable analytical results and seamless integration with your existing laboratory equipment.
Optical Transmission
- High-purity fused silica windows provide excellent transmission from 200nm to 2500nm
- Precision-polished surfaces ensure minimal light scatter and optimal signal quality
Reliable Connection System
- Integrated quartz glass inlet/outlet tubes compatible with standard laboratory tubing
- Secure connections minimize leakage risk during continuous flow operations
Precision Flow Channel Design
- Straight-through channel construction minimizes turbulence and bubble formation
- Consistent internal dimensions ensure reproducible sample volume and path length
Chemical Compatibility
- Resistant to most acids, bases, and organic solvents
- Ideal for aggressive chemical environments and long-term exposure testing
TOQUARTZ® Clear Window Quartz Flow-Through Cuvette with Glass Tube
- SiO2 Purity ≥99.98%, up to 99.995%
- Chemical Resistance to Harsh Reagents
- Customization Services Available
Technical Specifications & Dimensions of Clear Window Quartz Flow-Through Cuvette with Glass Tube
TOQUARTZ® flow-through cuvettes are manufactured to precise specifications for optimal performance in analytical applications. The following technical parameters define the optical, physical, and chemical characteristics of our standard products, with customization options available upon request.
Technical Specifications
| Parameter | Specification |
| 1. Physical Properties | |
| Window Material | High-purity fused silica (≥99.98%, max. up to 99.995%) |
| Tube Material | Glass |
| Density | 2.2 g/cm³ |
| Thermal Expansion Coefficient | 5.5 × 10-7/℃ (20-320°C) |
| Maximum Pressure | 5 bar |
| Thermal Conductivity | 1.4 W/m·K at 20°C |
| Surface Finish | Optical polish on windows |
| 2. Chemical Properties | |
| Chemical Resistance | Excellent for most acids and bases |
| pH Range | 1-14 |
| Solvent Compatibility | Compatible with most organic solvents |
| 3. Optical Properties | |
| Transmission Range | 200-2500nm |
| UV Cutoff | <190nm |
| Refractive Index | 1.458 at 546nm |
| Optical Homogeneity | <5×10-6 |
| Birefringence | <6nm/cm |
| Surface Quality | 60-40 scratch-dig |
Size Chart
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-10 | 35μl Micro-Volume Quartz Flow-Through Cuvette with Glass Tubes | 10mm | 35μl | 45×12.5x81mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-11 | 70μl Micro-Volume Quartz Flow-Through Cuvette with Glass Tubes | 10mm | 70μl | 45×12.5x81mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008 | 350μl Quartz Flow Cuvette, Dual-Sided Transmission | 1mm | 350μl | 12.5×3.5x35mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-1 | 350μl Quartz Flow Cuvette, Four-Sided Transmission | 1mm | 350μl | 12.5×3.5x35mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-2 | 700μl Quartz Flow Cuvette, Dual-Sided Transmission | 2mm | 700μl | 12.5×4.5x35mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-3 | 700μl Quartz Flow Cuvette, Four-Sided Transmission | 2mm | 700μl | 12.5×4.5x35mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-4 | 1400μl Quartz Flow Cuvette, Dual-Sided Transmission | 3mm | 1400μl | 12.5×6.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-5 | 1400μl Quartz Flow Cuvette, Four-Sided Transmission | 3mm | 1400μl | 12.5×6.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-6 | 1750μl Quartz Flow Cuvette, Dual-Sided Transmission | 5mm | 1750μl | 12.5×7.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-6 | 1750μl Quartz Flow Cuvette, Dual-Sided Transmission | 5mm | 1750μl | 12.5×7.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-8 | 3500μl Quartz Flow Cuvette, Dual-Sided Transmission | 10mm | 3500μl | 12.5×12.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8008-8 | 3500μl Quartz Flow Cuvette, Dual-Sided Transmission | 10mm | 3500μl | 12.5×12.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8014-1 | Specialized Quartz Flow Cuvette | 10mm | / | 12x12x20mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8015 | 3.5ml Quartz Flow-Through Cuvette with Small Glass Tubes, Dual Optical Windows (OD4/ID2) | 10mm | 3500μl | 12.5×12.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8015-1 | 3.5ml Quartz Flow-Through Cuvette with Large Glass Tubes, Dual Optical Windows (OD5, ID3) | 10mm | 3500μl | 12.5×12.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8015-2 | 3.5ml Quartz Flow-Through Cuvette with Small Glass Tubes, Four Optical Windows (OD4, ID2) | 10mm | 3500μl | 12.5×12.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8015-3 | 3.5ml Quartz Flow-Through Cuvette with Large Glass Tubes, Four Optical Windows (OD5, ID3) | 10mm | 3500μl | 12.5×12.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8018 | Quartz Flow-Through Cuvette Cell, Path Length 1mm | 1mm | 860μl | 25x4x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8018-1 | Quartz Flow-Through Cuvette Cell, Path Length 2mm | 2mm | 1720μl | 25x5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8019 | Laboratory Quartz Flow-Through Cuvette, Path Length 1mm | 1mm | 1200μl | 25x5x66mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020 | Quartz Flow-Through Cuvette, Path Length 1mm | 1mm | / | 10×3.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-1 | Quartz Flow-Through Cuvette Sample Cell, Path Length 1mm | 1mm | / | 12.5×3.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-2 | Quartz Flow-Through Cell, Path Length 1mm | 1mm | / | 12.5×3.5x36mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-3 | 35μl Quartz Flow-Through Cuvette, Path Length 1mm | 1mm | 35μl | 12.5×3.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-4 | 70μl Quartz Flow-Through Cuvette, Path Length 1mm | 1mm | 70μl | 12.5×3.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-5 | 170μl Quartz Flow-Through Cuvette, Dual Optical Windows | 0.5mm | 170μl | 12.5x3x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-6 | 700μl Quartz Flow-Through Cuvette, Four Optical Windows | 2mm | 700μl | 12.5×4.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-7 | 1050μl Quartz Flow-Through Cuvette, Dual Optical Windows | 3mm | 1050μl | 12.5×5.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-8 | 1050μl Quartz Flow-Through Cuvette, Four Optical Windows | 3mm | 1050μl | 12.5×5.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-9 | 1750μl Quartz Flow-Through Cuvette, Dual Optical Windows | 5mm | 1750μl | 12.5×7.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-10 | 1750μl Quartz Flow-Through Cuvette, Four Optical Windows | 5mm | 1750μl | 12.5×7.5x40mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-11 | 1500μl Quartz Flow-Through Cuvette, Dual Optical Windows | 10mm | 1500μl | 12.5×12.5x25mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-12 | 1500μl Quartz Flow-Through Cuvette, Four Optical Windows | 10mm | 1500μl | 12.5×12.5x25mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-13 | 3500μl Quartz Flow-Through Cuvette, Dual Optical Windows | 10mm | 3500μl | 12.5×12.5x30mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8020-14 | 3500μl Quartz Flow-Through Cuvette, Four Optical Windows | 10mm | 3500μl | 12.5×12.5x30mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8022 | 3500μl Quartz Flow-Through Cuvette, Dual Optical Channels | 10mm | 3500μl | 12.5×12.5x45mm |
| Model | Description | Slit | Volume | Outline Dimension |
| AT-BSM-8022-1 | 1000μl Quartz Flow-Through Cuvette, Four Optical Channels | 3mm | 1000μl | 12.5×12.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8022-2 | 4000μl Quartz Flow-Through Cuvette, Four Optical Channels | 10mm | 4000μl | 13x13x45mm |
| Model | Description | Path Length | Wall Thickness | Outline Dimension |
| AT-BSM-8022-3 | 21.4mm/9mm Pathlength Quartz Flow Cell, Four Optical Windows | 21.4mm/9mm | 2mm | 25.4×25.4x13mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8022-4 | 2mm Pathlength Quartz Flow-Through Cuvette, Dual Optical Ports | 2mm | / | 40x10x10mm |
| Model | Description | Path Length | Wall Thickness | Outline Dimension |
| AT-BSM-8022-5 | Quartz Flow-Through Cuvette with Four Optical Windows | / | 2mm | 40x20x8mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8022-6 | 4000μl Quartz Flow Cell, Four Optical Channel Configuration | 40mm/10mm | / | 42.5×12.5x45mm |
| Model | Description | Path Length | Wall Thickness | Outline Dimension |
| AT-BSM-8022-7 | 40mm/10mm Pathlength Quartz Flow-Through Cell, Four Optical Windows | 40mm/10mm | 1.5mm | 43x43x13mm |
| Model | Description | Path Length | Inner Width | Outline Dimension |
| AT-BSM-8022-8 | 1mm Pathlength Quartz Flow Cuvette, Dual Optical Ports | 1mm | 22mm | 45x25x4mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8022-9 | 8mm Pathlength Quartz Flow Cell, Dual Optical Channels | 8mm | / | 50x20x10mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8022-10 | 20mm Pathlength Quartz Flow Cell, Dual Optical Ports | 20mm | 10000μl | 52x12x22mm |
| Model | Description | Path Length | Inner Width | Outline Dimension |
| AT-BSM-8022-12 | Quartz Flow-Through Cuvette, Dual Optical Channels | 1mm | 22mm | 66x25x5mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8031-1 | 14000μl Large Volume Quartz Flow-Through Cuvette | 10mm | 14000μl | 42.5×12.5x45mm |
| Model | Description | Path Length | Volume | Outline Dimension |
| AT-BSM-8032 | 60μl Quartz Flow-Through Cuvette, 2mm Optical Path | 2mm | 60μl | 6x10x18mm |
| Model | Description | Path Length | Wall Thickness | Outline Dimension |
| AT-BSM-8043 | Custom Pathlength Quartz Flow-Through Cuvette | / | 4mm | 38x38x18mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8045 | Top-Open Quartz Flow Cell with Dual Tubing Ports | 1mm | 2 | Length: 35mm, Quartz glass tube inner dia.: 2mm, Quartz glass tube outer dia.: 4mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-2 | Clear Quartz Flow Cell with Glass Tube, Path Length 1mm with Dual Optical Windows | 1mm | 2 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-3 | Clear Quartz Flow Cell with Glass Tube, Path Length 1mm with Four Optical Windows | 1mm | 4 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-4 | Clear Quartz Flow Cell with Glass Tube, Path Length 2mm with Dual Optical Windows | 2mm | 2 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-5 | Transparent Quartz Flow Cell with Glass Tube, Path Length 2mm with Four Optical Windows | 2mm | 4 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-6 | Clear Quartz Flow Cell with Glass Tube, Path Length 3mm with Dual Optical Windows | 3mm | 2 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-7 | Clear Quartz Flow Cell with Glass Tube, Path Length 3mm with Four Optical Windows | 3mm | 4 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-8 | Clear Quartz Flow Cell with Glass Tube, Path Length 5mm with Dual Optical Windows | 5mm | 2 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-9 | Clear Quartz Flow Cell with Glass Tube, Path Length 5mm with Four Optical Windows | 5mm | 4 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-10 | Clear Quartz Flow Cell with Glass Tube, Path Length 4mm/16mm with Four Optical Windows | 4mm/16mm | 4 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039 | Clear Quartz Flow Cell with Glass Tube, Path Length 10mm with Dual Optical Windows | 10mm | 2 | 40×12.5×12.5mm |
| Model | Description | Path Length | Windows | Outline Dimension |
| AT-BSM-8039-1 | Transparent Quartz Flow Cell with Glass Tube, Path Length 10mm with Dual Optical Windows | 10mm | 2 | 40×12.5×12.5mm |
Note: We offer custom specifications to meet your specific requirements. Contact our engineering team for consultation.
TOQUARTZ® Solving Challenges in Spectroscopic Analysis with Clear Window Quartz Flow-Through Cuvette with Glass Tube
Minimizing Optical Noise in Photocatalytic Reaction Monitoring Under UV Irradiation
In environmental and materials science research, photocatalytic degradation under UV-visible light is a standard approach for pollutant removal studies. Real-time absorbance monitoring of analytes like formaldehyde or phenol requires continuous flow cuvettes. However, extended UV exposure often degrades the optical clarity of conventional materials, reducing the signal-to-noise ratio.
Key Advantages
-
UV Stability ≥ 92%
Maintains >92% transmittance after 30 hours of 254 nm exposure. -
Surface Roughness ≤ 20Å RMS
Minimizes scattering in UV-visible absorbance detection. -
Weld-Free Inner Flow Channel
Seamless structure eliminates optical distortion points.
TOQUARTZ® solution
A photocatalysis lab in Germany observed over 18% baseline fluctuation using commercial fused silica cuvettes during prolonged UV exposure. Switching to TOQUARTZ cuvettes reduced noise to <3%, sustaining signal integrity during 27-hour formaldehyde degradation tests under 365 nm irradiation.
Preventing Cross-Contamination in Protein-Ligand Binding Assays for Biopharma Pipelines
In high-throughput protein-small molecule binding assays, accurate absorbance data requires frequent sample switching without contamination. Residual protein adhesion or interface cross-talk can cause false positives, especially when detecting low-abundance interactions below ppb levels.
Key Advantages
-
Protein Adsorption < 1 ng/cm²
Plasma-cleaned quartz surface prevents carryover of trace biomolecules. -
Dead Volume ≤ 20 µL
Enables efficient flushing between sample runs in HTS workflows. -
Precision-Aligned Tubing Joints
Leak-free integration with automated microfluidic switches.
TOQUARTZ® solution
A US biopharma company conducting sub-ppb ligand screening faced cross-contamination between samples using conventional cuvettes. After adopting TOQUARTZ flow-through models with <20 µL dead volume, sample-to-sample carryover dropped by 87%, enabling confident high-throughput readouts.
Inline Monitoring of Fermentation Broths in Optical-Dense Bioreactors
Industrial fermentation processes (e.g., ethanol or enzyme production) require real-time OD and metabolite analysis in turbid media. Conventional sampling or non-optimized flow cells face clogging, poor cleaning access, or bubble interference, reducing measurement reliability.
Key Advantages
-
Flow Port Diameter up to 6 mm
Handles viscous broths without clogging or pressure drop. -
Bubble-Optimized Flow Geometry
Rounded internal corners prevent bubble entrapment during gas agitation. -
Autoclave-Proven Thermal Endurance
Withstands 121°C/20 min cycles for ≥200 sterilization rounds.
TOQUARTZ® solution
A European enzyme plant experienced inconsistent OD600 readings due to trapped CO₂ bubbles in traditional glass flow cells. TOQUARTZ cuvettes with anti-bubble internal shaping restored OD reading precision (±0.01) across 40 fermentation cycles without manual degassing intervention.
Customization Options for Your Specific Applications
TOQUARTZ® offers comprehensive customization services for our Clear Window Quartz Flow-Through Cuvettes to meet your exact experimental requirements. Our engineering team collaborates with you to design flow cells that integrate seamlessly with your specific analytical system and application needs.
Custom Pathlengths
- Enables optimal absorbance response in trace-level or high-OD samples.
- Compatible with UV-Vis, fluorescence, and process monitoring setups.
- Path geometry and optical window spacing adapted to system optics.
Window Modifications
- Custom window dimensions and thicknesses
- Special optical coatings for specific wavelengths
- Anti-reflective treatments for maximum transmission
- Specialized surface treatments for specific applications
Flow Channel Design
- Modified internal geometries for specialized flow patterns
- Custom internal volumes from micro to macro scale
- Z-path or L-path configurations for specific instruments
- Multiple inlet/outlet options for complex setups
Connection Adaptations
- Custom tube diameter and length specifications
- Specialized fitting compatibility (Luer, barbed, threaded)
- Integration with standard chromatography fittings
- High-pressure compatible connection systems
Usage Guide for Optimal Performance and Longevity
Proper handling, connection, and maintenance of your TOQUARTZ® Flow-Through Cuvette will ensure optimal performance and extended service life. Follow these recommendations to achieve consistent results and prevent common issues.
Initial Setup and Installation
- Inspect the flow cell for any shipping damage or debris
- Handle only by the body, avoiding contact with optical windows
- When mounting in a spectrophotometer, ensure proper alignment with the light path
- Use the appropriate holder designed for flow cells to prevent stress on connections
Tubing Connection Best Practices
- Use flexible tubing with internal diameter matching the glass tube OD (typically 4mm)
- For pressure applications, secure connections with appropriate fittings rather than direct tubing
- Avoid over-tightening connections which may crack the glass tubes
- Consider using PTFE or silicone tubing for optimal chemical compatibility
Flow Rate Considerations
- Maintain flow rates between 0.5-2.0 mL/min for most analytical applications
- For kinetic studies, calibrate and validate flow rates before critical measurements
- Start flow gradually to prevent pressure spikes and potential damage
- When changing samples, use at least 3x the internal volume to ensure complete exchange
Cleaning and Maintenance
- Flush thoroughly with appropriate solvent after each use
- For persistent residue, flow a 2% solution of laboratory detergent followed by thorough rinsing
- For biological samples, consider enzymatic cleaners followed by sterile water rinse
- Dry completely before storage by flushing with filtered air or nitrogen
- Store with end caps or in protective case when not in use
Speak with engineering team about your Clear Window Quartz Flow-Through Cuvette requirements
Our technical specialists will help determine the optimal configuration for your analytical application,
providing expert guidance from material selection to integration with your existing systems.
providing expert guidance from material selection to integration with your existing systems.
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 benefit of the clear window design in the Clear Window Quartz Flow-Through Cuvette with Glass Tube?
A: The clear window design offers superior optical clarity across the 200–2500 nm spectrum. This ensures minimal signal distortion during UV-Vis or fluorescence analysis. The high-transmission window is especially effective for trace analyte detection. The Clear Window Quartz Flow-Through Cuvette with Glass Tube supports reproducible optical results even under long-term illumination.
Q: Is the screw cap airtight enough for anaerobic fluorescence studies?
A: The Quartz Fluorescence Cuvette with Screw Cap supports gas-tight sealing after nitrogen purging. It maintains anaerobic conditions for over 48 hours, enabling accurate microbial fluorescence tracking.
Q: Can the Clear Window Quartz Flow-Through Cuvette with Glass Tube be used for protein-ligand binding assays?
A: Yes, it is highly suitable for low-adsorption applications like protein-ligand assays. The quartz surface resists nonspecific binding and can be plasma-cleaned for enhanced hydrophilicity. The clear optical zone ensures accurate UV absorbance of biomolecular interactions. The Clear Window Quartz Flow-Through Cuvette with Glass Tube minimizes cross-sample interference.
Q: How does the Clear Window Quartz Flow-Through Cuvette with Glass Tube perform in low-concentration analyte detection?
A: It provides high optical transmission and low stray light across UV-visible wavelengths. Custom pathlengths enhance sensitivity to sub-ppm level absorbance shifts. Transparent window design avoids background interference. The Clear Window Quartz Flow-Through Cuvette with Glass Tube supports reliable detection in dilute solution assays.
Q: Can the Clear Window Quartz Flow-Through Cuvette with Glass Tube be customized for vertical or horizontal mounting?
A: Yes, it supports multiple orientations depending on system integration needs. Flow direction and port alignment can be adjusted to minimize bubble interference. Design customization ensures optical window stability in any position. The Clear Window Quartz Flow-Through Cuvette with Glass Tube fits OEM and retrofitted setups.
Contact our engineering team for technical consultation and pricing. We’ll help you select the optimal specifications for your application requirements.
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