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UV Standard Fused Quartz Cuvette Cell Level Bottom with Lid -TOQUARTZ®
Features 10mm path length, 3.5ml volume, and excellent transmission in 200-2500nm wavelength range. Ideal for laboratory analysis, pharmaceutical R&D, and environmental testing.
Features of UV Standard Quartz Cuvette Cell Level Bottom
TOQUARTZ® UV Standard Fused Quartz Cuvette Cells with Level Bottom and Lid are engineered from high-purity fused silica for precise spectroscopic analysis applications. These optical components deliver exceptional performance across the UV-Vis-NIR spectrum while maintaining chemical resistance and thermal stability.
Optische Eigenschaften
-
Wide Spectral Range
Excellent transmission from 200nm to 2500nm, ideal for UV-Vis-NIR spectroscopy applications with no absorption peaks throughout this range. -
Paired Testing
Each cuvette is tested for >80% transmittance with paired optical windows for consistent results in quantitative analysis. -
Precision Path Length
Standard 10mm optical path length with ±0.1mm tolerance for accurate absorbance measurements.
Design-Merkmale
-
Level Bottom Design
Flat bottom construction allows stable placement and consistent optical path for accurate spectroscopic measurements. -
Secure Lid
Fitted lid prevents sample evaporation and contamination during extended measurement periods. -
Polished Surfaces
Optically clear windows with high-quality polish (bubble-free, scratch-free) for optimal light transmission.
- Breiter Spektralbereich (200-2500nm)
- Thermische Stabilität (1100°C+)
- Unterstützung für kundenspezifisches Design
Technische Daten und Abmessungen von
Standard Fused Quartz Glass Cuvette Level Bottom
Technical Specifications of Standard Fused Quartz Cuvette UV Cell Level Bottom
Physikalische Eigenschaften
| Parameter | Wert / Bereich | Unit / Notes |
| Material | Fused Quartz (≥99.995% SiO₂) | High-purity synthetic silica |
| Dichte | 2.2 | g/cm³ |
| Härte (Mohs-Skala) | 5.5-6 | - |
| Elastizitätsmodul | 72 | GPa |
| Querkontraktionszahl | 0.17 | - |
| Druckfestigkeit | ≥1100 | MPa |
| Biegefestigkeit | ≥50 | MPa |
| Fracture Toughness | 0.8–0.9 | MPa·m½ |
| Wärmeleitfähigkeit | 1.3 | W/m·K (at 20°C) |
| Wärmeausdehnungskoeffizient | 5.5 × 10-⁷ | /K (20–300°C) |
| Maximale Betriebstemperatur | 1100 | °C (continuous use) |
| Erweichungspunkt | 1665 | °C |
| Glühpunkt | 1215 | °C |
| Dehnungspunkt | 1120 | °C |
| Pfadlänge | 10.00 ± 0.10 | mm |
| Äußere Abmessungen | 12.5 × 12.5 × 45 | mm (W × D × H) |
| Internes Volumen | 3.5 | ml |
| Wanddickentoleranz | ±0.10 | mm |
| Parallelität | ≤0.10 | mm |
| Deckeltyp | Flat lid or PTFE screw cap | Optional |
Chemische Eigenschaften
| Parameter | Value / Compatibility | Anmerkungen |
| Säurebeständigkeit | Ausgezeichnet | Except HF and hot H₃PO₄ |
| Alkalibeständigkeit | Gut | Avoid prolonged exposure to strong bases |
| Beständigkeit gegen organische Lösungsmittel | Ausgezeichnet | Compatible with alcohols, ketones, DMSO, etc. |
| Wasserabsorption | 0 | % |
| Surface Reactivity | Sehr niedrig | Inert to most chemical reagents |
| Autoclavable | Ja | With lid removed if plastic |
| Cleaning Compatibility | Compatible with dilute acids, detergents, ethanol | Avoid abrasive materials |
Optische Eigenschaften
| Parameter | Wert / Bereich | Unit / Notes |
| Wellenlänge Übertragungsbereich | 200 – 2500 | nm |
| UV-Grenzwert | 175 – 180 | nm |
| Transmittance @ 200nm | ≥80% | Paired testing |
| Transmittance @ 220–250nm | ≥85% | Typical |
| Transmittance @ 350–800nm | ≥90% | Typical |
| Refractive Index @ 546nm | 1.458 | - |
| Doppelbrechung | Keine | Isotropes Material |
| Absorbance Range (Recommended) | 0 – 3.0 | A (Absorbance Units) |
| Qualität der Oberfläche | Scratch-free, bubble-free | Optical polish on 2 sides |
| Optische Fenster | 2 sides polished, 2 sides frosted | Standard for UV-Vis cuvettes |
| Fluoreszenz Hintergrund | Vernachlässigbar | Suitable for fluorescence spectroscopy |
Size of of Standard Fused Quartz UV Cuvette Level Bottom with Lid
| Modell | Beschreibung | Wellenlänge | Pfadlänge | Band | Durchlässigkeit | Umriss Dimension |
| AT-BSM-056 | 3.5ml UV Standard Quarzküvette Küvettenboden mit Deckel | 200nm-2500nm | 10mm | 3,5ml | >80% (gepaarte Tests) | 12,5×12,5x45mm |
TOQUARTZ® Lösen analytischer Herausforderungen mit
Standard Fused Quartz Round Bottom UV Cuvette
Standard Fused Quartz UV Cuvette Level Bottom in Pharmaceutical Research
Die wichtigsten Vorteile
-
Consistent path length tolerance ±0.1mm
Gewährleistet <1% deviation in absorbance for concentration-sensitive drug assays. -
UV transmission ≥85% @220nm
Enables accurate quantification of active pharmaceutical ingredients (APIs) in low-wavelength UV range. -
Acid-resistant fused quartz for formulation compatibility
Withstands repeated exposure to HCl, HNO₃, and organic solvents used in stability testing.
TOQUARTZ®-Lösung
A US-based pharma lab reported 3.2% absorbance deviation using generic cuvettes in API quantification at 220nm.
TOQUARTZ® supplied cuvettes with certified ±0.1mm path length and ≥85% UV transmittance, reducing deviation to 0.6% and passing FDA validation.
Standard Fused Quartz UV Cuvette Level Bottom for Precision Instrument Manufacturing
Die wichtigsten Vorteile
-
Dimensional repeatability within ±0.1mm across batches
Ensures seamless fit in automated sample changers. -
Optical window parallelism ≤0.1mm
Minimizes beam deviation during calibration of dual-beam spectrophotometers. -
12.5×12.5×45mm outer size with 3.5ml volume
Optimized for integration into compact benchtop UV-Vis instruments.
TOQUARTZ®-Lösung
A German OEM faced 11% rejection rate due to cuvette misfit in auto-sampler trays. TOQUARTZ® delivered cuvettes with certified ±0.1mm tolerance and parallelism ≤0.1mm, reducing rejection to <1% and improving assembly efficiency.
Standard Quartz Cuvette UV Cell Level Bottom in Environmental Testing
Die wichtigsten Vorteile
-
Surface durability under 100+ acid/base cleaning cycles
Maintains optical clarity after repeated exposure to 0.1M HNO₃ and NaOH. -
Stable transmittance after 6 months of high-throughput use
<2% drift in absorbance baseline after 500+ sample runs. -
Compatible with turbid water and soil extract matrices
No etching or fogging observed in samples with pH 3–11 and organic load.
TOQUARTZ®-Lösung
A Canadian water lab replaced cuvettes every 3 months due to acid etching from daily HNO₃ cleaning.
TOQUARTZ® cuvettes retained >95% clarity after 6 months, cutting replacement frequency by 66% and saving $2,400/year.
Anpassungsdienste für TOQUARTZ®
Standard Quartz Glass UV Cuvette Level Bottom
Dimensionale Anpassung
- Benutzerdefinierte Pfadlängen
- Non-standard external dimensions
- Geänderte interne Volumina
- Special height requirements
- Micro-volume cuvette designs
Feature Modifications
- Screw cap options (PTFE or glass)
- Flow-through ports and tubing connections
- Graduierte Markierungen für die Volumenanzeige
- Black-walled designs for fluorescence
- Custom optical window configurations
Specialty Applications
- Hochtemperaturanwendungen
- High-pressure measurement cells
- Compatible with specific instrument models
- Specialized flow cell designs
- Custom holder/adapter compatibility
TOQUARTZ®-Anpassung Designprozess
Anforderungsanalyse
TOQUARTZ® engineers begin by understanding your specific application needs for UV Standard Fused Quartz Cuvette Cell Level Bottom with Lid. This includes wavelength range, sample type, instrument compatibility, and volume constraints.
Technical Drawing Development
We create detailed CAD drawings of the customized cuvette, including lid type, path length, and external dimensions. All drawings are tailored to your UV-Vis spectroscopy setup and reviewed for feasibility.
Prototype Fabrication
A prototype of the custom UV Standard Fused Quartz Cuvette Cell Level Bottom with Lid is produced within 7–14 days. This allows you to validate fit, optical performance, and compatibility before mass production.
Optical and Dimensional Testing
Each prototype undergoes strict testing for path length accuracy (±0.1mm), UV transmittance (>80% @200nm), and dimensional tolerance. We ensure the cuvette meets your analytical precision requirements.
Batch Production and Delivery
Once approved, we proceed with batch manufacturing under ISO-level quality control. Your custom UV Standard Fused Quartz Cuvette Cell Level Bottom with Lid is delivered with full documentation and traceability.
Usage Guide of UV Standard Fused Quartz Cuvette Cell Level Bottom
Reinigung und Wartung
-
Rinse immediately after use
Rinse with appropriate solvent compatible with your sample, followed by deionized water to prevent residue formation or sample cross-contamination. -
For thorough cleaning
Use mild detergent solution (1-2% laboratory-grade detergent), followed by multiple rinses with deionized water. For persistent residues, use dilute HCl (0.1M) or ethanol, avoiding concentrated acids (except HF, which should never be used). -
Drying methods
Air dry in a dust-free environment or rinse with acetone/ethanol for faster drying. For optical surfaces, use lens tissue or lint-free microfiber cloth. Avoid paper towels that can scratch optical surfaces. -
Storage recommendations
Store clean, dry cuvettes in original packaging or dedicated storage containers. Avoid direct contact between optical surfaces and hard materials that could cause scratches. -
Periodic inspection
Regularly inspect for scratches, chips, or residue buildup. Check optical clarity by holding against light source to identify potential issues before they affect measurements.
Proper Handling and Usage
-
Always handle by non-optical surfaces
Hold cuvettes by the frosted or ribbed sides, avoiding contact with optical windows to prevent fingerprints and contamination. -
Fill to appropriate level
Fill to approximately 2/3 capacity (about 3.0ml) to ensure the light path passes through the sample without interference from the meniscus. -
Position correctly in instrument
Align optical windows perpendicular to the light path with clear sides facing the beam direction. Note the orientation marks on cuvette sides. -
Secure lid before measurement
Use the provided lid to prevent evaporation and contamination, especially for volatile samples or extended measurement periods. -
Allow temperature equilibration
For temperature-sensitive measurements, allow cuvette and sample to reach thermal equilibrium before measurement (typically 2-3 minutes).
Leitfaden zur Lösungsmittelkompatibilität
| Solvent Type | Kompatibilität | Anmerkungen |
| Water (DI, tap, saline) | Ausgezeichnet | No limitations |
| Alcohols (methanol, ethanol, isopropanol) | Ausgezeichnet | No limitations |
| Acetone, acetonitrile | Ausgezeichnet | No limitations |
| Most acids (HCl, H₂SO₄, HNO₃) | Gut | Avoid prolonged exposure to concentrated acids |
| Bases (NaOH, KOH) | Gut | Avoid prolonged exposure to concentrated bases |
| DMSO, DMF | Ausgezeichnet | No limitations |
| Hydrofluoric acid (HF) | Nicht Kompatibel | Will etch and dissolve quartz |
| Hot phosphoric acid | Nicht Kompatibel | Will attack quartz at elevated temperatures |
Need Expert Guidance for Your UV Spectroscopy Applications?
customization options, and integration with your analytical instruments.
Whether you need standard products or custom solutions, we're ready to support your laboratory needs.
Warum eine Partnerschaft mit TOQUARTZ
Vorteil der direkten Fabrik
Als direkter Hersteller können wir die zahlreichen Zwischenstufen ausschalten.
Technische Kompetenz
Das technische Team begleitet die Kunden von der Materialauswahl bis zur Designoptimierung und setzt die Spezifikationen in Ergebnisse um.
Flexible Fertigung
Bearbeitung von Standard- und kundenspezifischen Aufträgen mit Hilfe von Kleinserien und Prototyping, um dringende Fristen einzuhalten.
Qualität
Versicherung
3-Stufen-Validierung vor dem Versand:
1. Maßhaltigkeit,
2. Materialreinheit ,
3. Leistungsschwellen
Globale Lieferkette
Zuverlässige globale Logistik zu den industriellen Zentren (Priorität DE/US/JP/KR) mit nachvollziehbaren Meilensteinen.
Wiederverwertete Produkte
Als spezialisierter Hersteller mit direkten Fertigungsmöglichkeiten bietet TOQUARTZ sowohl Standard- als auch kundenspezifische Quarzlösungen mit technischer Unterstützung während des gesamten Spezifikations- und Implementierungsprozesses.
FAQ
Q: Why are UV Standard Fused Quartz Cuvette Cell Level Bottom with Lid used in UV spectroscopy?
A: Fused quartz cuvettes Cuvettes Level Bottom with Lid are essential for UV spectroscopy because they provide exceptional transparency in the ultraviolet region (down to 200nm), unlike regular glass which absorbs UV light. The high-purity quartz material (max. up to 99.995% SiO₂) ensures minimal interference with measurements, while the standardized dimensions (particularly the precise 10mm path length) enable accurate and reproducible quantitative analysis across different instruments. The level bottom and lid further improve measurement stability and sample integrity.
Q: What is the wavelength range of Standard Quartz UV Cuvettes Level Bottom with Lid?
A: TOQUARTZ® Standard Quartz UV Cuvettes Cuvettes Level Bottom with Lid provide excellent transmission from 200nm to 2500nm, covering the ultraviolet, visible, and near-infrared regions of the spectrum. This broad range makes them suitable for diverse spectroscopic applications, from UV absorbance of proteins and nucleic acids to visible colorimetric assays and even some NIR applications. The transmittance at 200nm exceeds 80%, which is critical for sensitive UV measurements.
Q: What are the common applications for Standard Quartz UV Cuvettes Cuvettes Level Bottom with Lid?
A: Standard Quartz UV Cuvettes Cuvettes Level Bottom with Lid are widely used in numerous applications, including: protein and nucleic acid quantification in molecular biology; pharmaceutical drug development and quality control; environmental water quality monitoring; chemical concentration determination; kinetics studies of chemical reactions; food and beverage quality analysis; forensic sample testing; clinical diagnostics of biological samples; materials science research; and educational laboratory demonstrations. Their versatility stems from excellent UV transmission properties, chemical resistance, and dimensional precision, making them essential tools across scientific disciplines where spectroscopic analysis is required.
Q: What are the Standard Quartz UV Cuvette Cuvettes Level Bottom with Lid direction considerations?
A: Proper orientation of Standard Quartz UV Cuvettes Cuvettes Level Bottom with Lid is crucial for accurate measurements. The cuvette should be placed so that the transparent optical windows face the light path, while the frosted or ribbed sides are perpendicular to the beam. Most spectrophotometers have a fixed light path direction, and our cuvettes feature orientation marks to ensure correct placement. For our standard two-window cuvettes, the polished optical windows should face the incident light beam and detector. Incorrect orientation could result in light passing through the non-optical sides, causing scattering and measurement errors. Always refer to your instrument’s manual for specific cuvette orientation requirements.
Q: What is the Standard Quartz UV Cuvette Cuvettes Level Bottom with Lid absorbance range?
A: The practical absorbance range for our Standard Quartz UV Cuvettes Cuvettes Level Bottom with Lid is typically 0 to 3.0 absorbance units (A). For most accurate results, measurements are recommended in the 0.1-1.0 A range, where the relationship between concentration and absorbance is most linear according to the Beer-Lambert Law. Beyond 2.0 A, precision may decrease due to reduced light reaching the detector. For samples with higher absorbance, we recommend either dilution or using cuvettes with shorter path lengths (available in our custom offerings). Our cuvettes are tested to ensure minimal intrinsic absorbance, providing a clean baseline for accurate sample measurements.
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