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Precision-Engineered Rhombus Black-Wall Quartz Flow-Through Cells for Environmental Analysis
Advanced Rhombus Black-Wall Quartz Flow-Through Cells for Petrochemical Analysis
Analytical Rhombus Black-Wall Quartz Flow-Through Cells for Life Sciences
High-Performance Rhombus Black-Wall Quartz Flow-Through Cells for Materials Science

Specialized Rhombus Black-Wall Quartz Flow-Through Cells for Chemical Processing-TOQUARTZ®

TOQUARTZ® Rhombus Black-Wall Quartz Flow-Through Cell is engineered for advanced UV-Vis and fluorescence spectroscopy applications. The black-wall design minimizes stray light, ensuring high signal accuracy and consistent results. Manufactured from high-purity quartz, it provides broad optical transmission and strong chemical resistance. Ideal for laboratories and industrial systems requiring stable performance and reliable flow analysis.
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Features of Rhombus Black-Wall Quartz Flow-Through Cells

TOQUARTZ® Rhombus Black-Wall Quartz Flow-Through Cell integrates precision optical engineering with durable quartz material, delivering high accuracy and stable performance in demanding spectroscopic applications.

Optical Accuracy

  • Black-wall design reduces stray light by up to 90%, ensuring cleaner signals.
  • Supports a 5 mm rhombic optical path length for consistent UV-Vis results.
  • Transmission range covers 200–2500 nm for broad-spectrum applications.

Material Properties

  • Made from ≥ 99.98% SiO₂ quartz, providing exceptional purity.
  • Withstands continuous temperatures above 1100 °C without deformation.
  • Stable against acids, alkalis, and fluoride gases for reliable use.

Reliable Flow Analysis

  • Optimized flow geometry minimizes dead volume for precise sample throughput.
  • Compatible with standard M6 or stainless steel connectors for system integration.
  • Designed for repeat usage in industrial and laboratory fluid monitoring.
Analytical Rhombus Black-Wall Quartz Flow-Through Cells for Life Sciences
TOQUARTZ® Rhombus Black-Wall Quartz Flow-Through Cells
  • SiO2 Purity ≥99.98%, up to 99.995%
  • Chemical Resistance to Harsh Reagents
  • Customization Services Available

Technical Specifications & Dimensions of Rhombus Black-Wall Quartz Flow-Through Cells

The Rhombus Black-Wall Quartz Flow-Through Cell is defined by a set of technical specifications that highlight its optical, chemical, thermal, and mechanical performance. This section provides a clear overview of material properties and performance parameters, serving as a reference for engineers reviewing technical and dimensional specification sheets.

Technical Specifications

PropertySpecification
Physical PropertiesMaterial Composition: ≥ 99.995% SiO2 fused quartz

Density: 2.2 g/cm^3 typical for fused silica

Electrical Insulation: Dielectric strength ~250–300kV/cm; resistivity >10¹⁶ Ω·cm
Optical PropertiesTransmission Range: 200–2500nm with ≤ 0.3% deviation

UV Transparency: > 90% at 220nm for 1mm thickness

Stray Light Reduction: Black-wall design decreases background by 35–60%
Thermal PropertiesContinuous Use Temperature: ≥ 1100°C

Softening Point: ~166 °C

Thermal Expansion Coefficient: 0.55 × 10^-6/K (20–1000°C)
Mechanical PropertiesFlexural Strength: ≥ 350MPa

Young’s Modulus: ~72GPa

Hardness: Mohs scale ~6.6
Chemical PropertiesResistance: Stable against acids, alkalis, HF gas, and aggressive solvents

Corrosion Stability: Maintains integrity in salt-rich and acidic environments

Surface Quality: Optical polishing ensures ≤ 0.3% transmittance deviation

Size Chart

5mm Path Length Rhombus Black-Wall Quartz Flow-Through Cell
ModelDescriptionPath
Length		Wave LengthOutline Dimension
AT-BSM-80445mm Path Length Rhombus Black-Wall Quartz Flow-Through Cell5mm200-2500nm10x5x15mm
Note: We offer custom specifications to meet your specific requirements. Contact our engineering team for consultation.
Sent Customized Requirements

TOQUARTZ® Addressing Analytical Challenges with Rhombus Black-Wall Quartz Flow-Through Cell

Petrochemical Process Monitoring with Rhombus Black-Wall Quartz Flow-Through Cell

In petrochemical refineries, continuous flow analysis is used to monitor hydrocarbon mixtures and by-products under UV absorbance. Standard cuvettes often fail when exposed to high-temperature fluids and corrosive solvents, resulting in downtime and inconsistent readings. Engineers face challenges maintaining signal accuracy while ensuring the durability of measurement components in aggressive process environments. Interruptions not only delay production schedules but also increase operating costs for large-scale petrochemical facilities.

Key Advantages

  • Solvent-stable black interior
    — Colorfast after 500 toluene/IPA cleanings; baseline drift ≤0.5%.
  • High-temperature sealed flow
    — Threaded joints hold 0.4 MPa at 120 °C for 8-hour runs.
  • Rhombic low-noise path
    — 35–60% baseline-noise reduction at 220–260 nm vs clear-wall cells.
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TOQUARTZ® solution

A refinery’s 254 nm BTX monitor showed weekly clouding and micro-leaks. After adopting the TOQUARTZ Rhombus Black-Wall Quartz Flow-Through Cell, recalibration events fell 68% over 60 days. RSD across 8-hour shifts improved from 2.8% to 0.9%. Unplanned downtime dropped by 14 hours per month, stabilizing line reporting and cutting operator callouts.

Pesticide Residue Detection in Agriculture with Rhombus Black-Wall Quartz Flow-Through Cell

Agricultural testing laboratories frequently analyze water and soil extracts to detect pesticide residues at trace concentrations. These samples often contain complex solvent mixtures that damage ordinary cuvettes and reduce measurement stability. Poor resistance leads to frequent replacements and unreliable absorbance data, delaying reporting for regulatory compliance. Researchers and regulators require instruments that withstand harsh extracts while ensuring consistent optical clarity throughout repeated testing cycles.

Key Advantages

  • QuEChERS-compatible optics
    — ≤0.3% transmission drift over 100 ACN/H₂O salt runs.
  • Trace fluorescence clarity
    — ~45% background reduction at 365 nm for carbamate/OPA assays.
  • Low-carryover geometry
    — ≤0.5% carryover after a single methanol rinse.
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TOQUARTZ® solution

A regional lab screened 200 samples/day for organophosphates and neonicotinoids. With the TOQUARTZ Rhombus Black-Wall Quartz Flow-Through Cell, baseline stability held within ±0.003 AU across 500 injections. Mean time to replacement extended from 1 week to 12 weeks. Retest rates fell 22%, improving report turnaround by 18%.

Polymer UV Stability Testing with Rhombus Black-Wall Quartz Flow-Through Cell

In polymer research, assessing UV stability involves measuring absorbance of polymer extracts exposed to prolonged ultraviolet irradiation. Standard cells degrade under continuous UV exposure, generating background noise and skewed stability data. This creates uncertainty for engineers evaluating polymer lifetimes and UV-protective formulations. Reliable cells are critical to maintain signal integrity and ensure reproducible results during extended testing protocols in R&D laboratories.

Key Advantages

  • UV-endurance optics
    — No haze after 100 h at 254 nm, 15 mW/cm²; drift ≤0.002 AU.
  • Scatter suppression under aging
    — ~50% out-of-band scatter reduction during accelerated UV exposure.
  • Thermal-pressure resilience
    — Stable at 80–120 °C extraction; joints sustain 0.3 MPa continuous.
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TOQUARTZ® solution

A polymer R&D group evaluated stabilizers in PU extracts under 72-hour UV protocols. Using the TOQUARTZ Rhombus Black-Wall Quartz Flow-Through Cell, decay curves achieved R² ≥ 0.998 with no baseline rise. Repeat tests dropped 40%, freeing 12 analyst-hours weekly. Long UV runs completed without cell discoloration or seal failures.

Customization Solutions for Your Specific Applications

TOQUARTZ® Rhombus Black-Wall Quartz Flow-Through Cell can be customized to address diverse analytical needs. By focusing on the black-wall structure, rhombic chamber geometry, and flow-through integration, TOQUARTZ® provides tailored solutions that match client-specific applications.

Black-Wall Modifications

Custom wall treatments enhance signal clarity and reduce stray interference.

  • Coating Method
    — Applied finishes optimize fluorescence and absorbance accuracy.
  • Light Control
    — Adjustments reduce background scatter under continuous monitoring.
  • Wall Texture
    — Finely polished surfaces support consistent transmission stability.

Rhombic Chamber Adjustments

Tailored rhombic geometry ensures flow stability and improved sample interaction.

  • Flow Dynamics
    — Configured design improves uniform sample distribution across path.
  • Chamber Shape
    — Adjustments enhance measurement accuracy for complex solutions.
  • Signal Uniformity
    — Optimized geometry reduces baseline drift in repeated assays.

Flow-Through Integration Options

Flexible flow designs enable compatibility with varied industrial and lab systems.

  • Connector Choice
    — Options ensure secure integration with liquid handling units.
  • Seal Design
    — Engineered seals maintain leak-free performance during long cycles.
  • System Fit
    — Adapted layouts align with specific spectroscopy instruments seamlessly.

Product Usage Guideline

The Rhombus Black-Wall Quartz Flow-Through Cell requires careful handling to maintain its optical accuracy and durability. This guide provides practical instructions for installation, cleaning, storage, and troubleshooting to help users achieve reliable results in laboratory and industrial workflows.

Installation and Setup

  • Align the rhombic path with the instrument’s beam axis before use.
  • Tighten threaded connectors evenly to prevent leakage or misalignment.
  • Flush the cell with deionized water to clear dust or residual particles.

Storage and Handling

  • Store in a sealed container within a dry, dust-free environment.
  • Keep away from direct UV exposure to prevent surface deterioration.
  • Handle with gloves to avoid fingerprints and accidental contamination.

Cleaning and Maintenance

  • Rinse with distilled water immediately after each analytical cycle.
  • Use approved mild solvents to remove residues without damaging surfaces.
  • Avoid abrasive methods that can scratch optical windows or black walls.

Troubleshooting and Care

  • Check for trapped bubbles if unexpected absorbance shifts appear.
  • Inspect seals and connectors regularly for wear or alignment issues.
  • Replace sealing components when leaks or flow instabilities are detected.

Optimize Results with Rhombus Black-Wall Quartz Flow-Through Cell

Gain reliable support for spectroscopy challenges with engineered quartz flow solutions.
Contact us to discuss your project requirements with our technical team.
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: How does the flow-through design of the Rhombus Black-Wall Quartz Flow-Through Cell improve efficiency in continuous assays?

A: The flow-through structure allows real-time monitoring without the need for repeated sample loading. This reduces sample handling errors and improves throughput. In pharmaceutical dissolution testing, the Rhombus Black-Wall Quartz Flow-Through Cell enables uninterrupted absorbance measurement throughout the experiment.

A: Yes, the black-wall design is particularly useful for fluorescence because it absorbs stray light. This prevents unwanted reflections that can mask weak fluorescence signals. Users applying the Rhombus Black-Wall Quartz Flow-Through Cell for food or environmental fluorescence testing report significant improvements in detection sensitivity.

A: Yes, the fused quartz structure resists acids, alkalis, and organic solvents. This resistance makes the cell suitable for aggressive sample environments, where polymer or glass cells often fail. The Rhombus Black-Wall Quartz Flow-Through Cell maintains both structural integrity and consistent optical performance.

A: The rhombic geometry improves liquid flow distribution across the optical path. This reduces bubble formation and uneven sample exposure to light, common issues with rectangular chambers. As a result, the Rhombus Black-Wall Quartz Flow-Through Cell provides more stable absorbance data over long assays.

A: The black-wall structure suppresses stray light that often creates background noise in UV-Vis absorbance. This allows for clearer baseline readings and higher signal-to-noise ratios. Laboratories using the Rhombus Black-Wall Quartz Flow-Through Cell typically report improved repeatability when analyzing trace-level samples.

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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Email: info@toquartz.com

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