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Quartz Flow Cell for ZETA Potential Analyzers in Protein Stability Testing
Transparent-Wall Quartz Flow Cell for ZETA Potential Analyzers in Academic Labs
Dual-Pathlength Quartz Flow Cell for ZETA Potential Analyzers in Nanoparticle Research
Low-Drift Quartz Flow Cell for ZETA Potential Analyzers in Nano Studies

Low-Drift Quartz Flow Cell for ZETA Potential Analyzers in Academic Labs-TOQUARTZ®

TOQUARTZ® Quartz Flow Cell for ZETA Potential Analyzer is designed for laboratories and equipment manufacturers requiring precise zeta potential and UV-Vis spectroscopy measurements. With a dual pathlength of 1 mm and 5 mm and an internal volume of ~130 µL, it ensures stable and reproducible results in small-volume fluid analysis. Manufactured from high-purity Japanese quartz, this flow cell provides broad transmission from 190 to 2500 nm, excellent thermal stability, and resistance to acids, alkalis, and solvents. It is suitable for integration with zeta potential analyzers, HPLC/SEC systems, and research instruments where accuracy and durability are essential.
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Features of Quartz Flow Cell for ZETA Potential Analyzers

TOQUARTZ® Quartz Flow Cell for ZETA Potential Analyzer is engineered to meet the precision, durability, and optical clarity demanded by laboratories and analyzer manufacturers. Its design addresses critical needs in zeta potential measurements, UV-Vis spectroscopy, and small-volume fluid analysis.

Stable Physical Properties

  • Dual pathlength 1 mm / 5 mm with tolerance ±0.1 mm.
  • Internal volume ~130 µL optimized for low-sample applications.
  • Fracture modulus ≥350 MPa provides mechanical stability under pressure.

Optical Transparency

  • Transmission range 190–2500 nm ensures accurate UV-Vis readings.
  • Four seamless windows minimize baseline drift in spectroscopic analysis.
  • Optical distortion reduced to <0.3% deviation across pathlengths.

Chemical and Thermal Resistance

  • Withstands acids, alkalis, and organic solvents except HF.
  • Maintains structural integrity up to 1200 °C continuous operation.
  • Surface roughness <5 nm reduces fouling and extends service life.
Low-Drift Quartz Flow Cell for ZETA Potential Analyzers in Nano Studies
TOQUARTZ® Quartz Flow Cell for ZETA Potential Analyzers
  • SiO2 Purity ≥99.98%, up to 99.995%
  • Chemical Resistance to Harsh Reagents
  • Customization Services Available

Technical Specifications & Dimensions of Quartz Flow Cell for ZETA Potential Analyzers

The Quartz Flow Cell for ZETA Potential Analyzer is defined by precise physical, chemical, optical, and mechanical properties. This section provides the technical parameters and material performance data, supporting laboratory engineers and equipment manufacturers with a clear specification framework alongside the product’s dimensional size table.

Technical Specifications

PropertySpecification
Optical Transmission190–2500nm, ≤0.3% deviation, four clear windows
Mechanical StrengthFracture modulus ≥350MPa, density 2.2 g/cm^3, Mohs hardness 7
Thermal ResistanceContinuous use ≤1200°C, thermal conductivity 120–160W/m·K, expansion ≤0.55×10^-6/K
Chemical StabilityResistant to acids, alkalis, organic solvents; not resistant to HF
Surface & PuritySiO2 ≥99.98%, surface roughness <5nm, refractive index 1.46

Size Chart

130μl Quartz Flow Cell for ZETA Potential Analyzer
ModelDescriptionPath
Length		VolumeOutline Dimension
AT-BSM-8041130μl Quartz Flow Cell for ZETA Potential Analyzer1mm/5mm130μl21*10*26mm
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 Quartz Flow Cell for ZETA Potential Analyzers

Nanoparticle Research in Academic Laboratories Using Quartz Flow Cell for ZETA Potential Analyzer

Nanoparticle research requires precise zeta potential measurements to evaluate dispersion stability, yet generic cuvettes often produce optical distortion and unstable baselines. Limited sample volumes further amplify measurement errors when the cell design is not optimized for micro-scale analysis.

Key Advantages

  • Low-Volume Chamber
    — 130 µL design enables reliable analysis of rare samples.
  • Dual Pathlength Stability
    — 1 mm and 5 mm maintain reproducibility in charge studies.
  • Minimal Baseline Drift
    — Seamless quartz transparency ensures optical accuracy.
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TOQUARTZ® solution

An academic nanomaterials lab experienced inconsistent results when analyzing 100 nm colloids with conventional cuvettes, leading to retests in 25% of runs. With TOQUARTZ® Quartz Flow Cell for ZETA Potential Analyzer, baseline stability improved, and repeat testing was reduced by more than two-thirds.

Protein Stability Testing in Biopharmaceutical QC Using Quartz Flow Cell for ZETA Potential Analyzer

Biopharma QC labs rely on zeta potential and UV-Vis spectroscopy to assess protein aggregation and formulation stability. Standard plastic or glass cuvettes degrade in buffer solutions, generating spectral noise and unreliable charge distribution data.

Key Advantages

  • Buffer Compatibility
    — Quartz resists acidic and alkaline buffer degradation.
  • Pathlength Precision
    — Accurate chamber design supports sensitive stability tests.
  • Optical Clarity
    — High transmission from 190–2500 nm reduces background noise.
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TOQUARTZ® solution

A QC team testing monoclonal antibody formulations faced a 15% error rate due to buffer-induced degradation in glass cells. After switching to TOQUARTZ® Quartz Flow Cell for ZETA Potential Analyzer, reproducibility improved by 80%, accelerating batch approvals and reducing production delays.

Inline Monitoring of Colloids in Pilot Plants Using Quartz Flow Cell for ZETA Potential Analyzer

Pilot plants testing emulsions and colloidal suspensions require continuous monitoring under flow conditions. Conventional cuvettes often fracture or lose clarity under thermal stress, causing interruptions and high replacement costs.

Key Advantages

  • Thermal Resistance
    — Reliable operation under continuous conditions up to 1200 °C.
  • Four Optical Windows
    — Supports stable UV-Vis detection in flowing systems.
  • Durable Quartz Structure
    — Resists pressure and turbulence in fluid streams.
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TOQUARTZ® solution

A chemical pilot plant reported $6,000 per month in downtime from cuvette failures during inline monitoring. Integrating TOQUARTZ® Quartz Flow Cell for ZETA Potential Analyzer provided 1,000+ hours of uninterrupted measurement, cutting operational losses and ensuring consistent product testing.

Customization Solutions for Your Specific Applications

TOQUARTZ® provides tailored customization services for the Quartz Flow Cell for ZETA Potential Analyzer, ensuring compatibility with diverse analytical setups. Customers can adapt material finish, pathlength, chamber volume, and optical configurations to meet specific testing or research requirements.

Pathlength and Volume Adaptation

Request optimized internal dimensions for different sample analysis scenarios.

  • Dual Pathlength
    — Options balance sensitivity and reproducibility across studies.
  • Small Volume
    — Chamber design supports precise analysis with limited samples.
  • Stable Flow
    — Flow-through geometry ensures consistent measurement conditions.

Optical Window Customization

Optical surfaces can be designed to meet specific spectral or clarity demands.

  • Window Alignment
    — Precision geometry minimizes baseline noise in UV-Vis data.
  • Surface Finish
    — Polished quartz reduces scattering and improves consistency.
  • Multi-Window Design
    — Supports flexible optical paths for advanced instruments.

Material and Treatment Options

Material grades and surface treatments enhance compatibility with unique sample types.

  • Quartz Grades
    — Selection aligns performance with laboratory application needs.
  • Protective Coating
    — Added treatment resists damage from aggressive media.
  • Surface Control
    — Smooth finish lowers risk of sample fouling or deposits.

Product Usage Guideline

The Quartz Flow Cell for ZETA Potential Analyzer is designed for accurate and reproducible small-volume fluid analysis. To maintain reliable performance, customers should follow clear procedures for operation, cleaning, storage, and troubleshooting. This guide outlines practical steps to maximize product lifespan and ensure consistent results in laboratory and industrial environments.

Operating Instructions

  • Always align the optical windows properly to avoid baseline drift.
  • Introduce samples gradually to maintain stable flow conditions in the chamber.
  • Use only recommended sample volumes to ensure reproducible pathlength results.
  • Flush with deionized water before each measurement to prevent contamination.

Cleaning Guidelines

  • Rinse immediately after analysis with DI water to remove residues.
  • For proteins or polymers, apply neutral detergent followed by thorough rinsing.
  • Avoid abrasive tools or hydrofluoric acid that damage quartz surfaces.
  • Dry the cell with filtered air to prevent water spots on windows.

Storage Recommendations

  • Keep the cell in a clean, dust-free protective box when not in use.
  • Store at stable room temperature to avoid thermal stress on quartz walls.
  • Avoid exposure to direct sunlight that may alter optical performance.
  • Separate from sharp or metallic objects that may scratch window surfaces.

Troubleshooting Tips

  • If signal drift occurs, inspect optical windows for scratches or residues.
  • For inconsistent readings, check chamber cleanliness and proper sample loading.
  • If reduced transparency is observed, repeat cleaning with neutral detergent.
  • Replace the cell only if physical cracks or severe optical distortion are visible.

Advance Research with Quartz Flow Cell for ZETA Potential Analyzer

Ensure accurate, reproducible measurements with engineered quartz solutions tailored to your system.
Contact our engineers today for customized support and technical consultation.
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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: How does the Quartz Flow Cell for ZETA Potential Analyzer improve baseline stability in nanoparticle research?

A: The Quartz Flow Cell for ZETA Potential Analyzer features molded quartz walls with seamless clarity, reducing optical distortion and baseline drift. This design minimizes repeat testing in zeta potential studies. As a result, researchers gain consistent charge measurement data across multiple runs.

A: The Quartz Flow Cell for ZETA Potential Analyzer is resistant to acids, alkalis, and most organic solvents. Hydrofluoric acid is the only major exception. This chemical stability ensures long service life during protein or polymer buffer testing.

A: The Quartz Flow Cell for ZETA Potential Analyzer can operate continuously at temperatures up to 1200 °C. Its low thermal expansion coefficient (≤0.55 × 10⁻⁶/K) maintains structural integrity during heating. This prevents distortion of optical readings in demanding test conditions.

A: The Quartz Flow Cell for ZETA Potential Analyzer uses durable quartz resistant to chemical and thermal damage. This reduces cell replacement frequency compared to standard glass or polymer cuvettes. QC labs benefit from fewer interruptions and more efficient workflows.

A: The Quartz Flow Cell for ZETA Potential Analyzer withstands buffer environments that degrade other cuvettes. It maintains clarity and pathlength precision under repeated runs. This prevents inconsistent readings and accelerates batch release approvals.

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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