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  • JOAN LAB Measuring Graduated Cylinder for Lab Use
  • JOAN LAB Measuring Graduated Cylinder for Lab Use
  • JOAN LAB Measuring Graduated Cylinder for Lab Use
  • JOAN LAB Measuring Graduated Cylinder for Lab Use
  • JOAN LAB Measuring Graduated Cylinder for Lab Use
  • JOAN LAB Measuring Graduated Cylinder for Lab Use
JOAN LAB Measuring Graduated Cylinder for Lab Use

JOAN LAB Measuring Graduated Cylinder for Lab Use

  • 300 - 499 Pieces
    $0.62
  • >= 500 Pieces
    $0.61

Customization:

Customized logo(Min.Order: 1000 pieces)

JOAN LAB Measuring Graduated Cylinder for Lab Use

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise Liquid Measurement: The JOAN LAB graduated cylinder enables accurate volume measurements up to 50 mL with 1 mL increments, offering ±0.5 mL precision at 20°C. Ideal for titrations, dilutions, and chemical experiments requiring exact dosing.
  • Stable and Transparent Design: Features a wide, flat base for stability and clear glass construction for easy visualization of liquid levels, complemented by blue markings for readability.

Key features

  • 1. Material Technology

  • With laboratory-grade glass construction, ensure durability and clarity for precise measurements.

  • 2. Interactive Design

  • With clearly marked 1mL increments and a narrow neck design, measure accurately and pour liquids with precision.

  • 3. Performance Parameters

  • With ±0.5mL accuracy at 20°C, deliver reliable measurements in controlled environments.

  • 4. Scenario Solutions

  • Designed for laboratory experiments like titrations and dilutions, this cylinder meets precision needs for both educational and commercial settings.

Product details

JOAN LAB Measuring Graduated Cylinder for Lab Use

The JOAN LAB Measuring Graduated Cylinder is a precision laboratory tool designed for accurate liquid volume measurements. Crafted from high-quality glass, it features a 50 mL capacity with ±0.5 mL accuracy at 20°C, ensuring reliability in demanding experimental settings. Its ergonomic design includes a wide base for stability and a narrow neck for controlled pouring, while blue markings at 1 mL increments enable clear visualization.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialClear glass (borosilicate optional)Withstands thermal and chemical stress
Capacity50 mLStandard volume measurements in labs
Accuracy±0.5 mL at 20°CCritical for titrations and dilutions
DesignWide base + narrow neckPrevents tipping and aids precise pouring
MarkingsBlue 1 mL incrementsEasy readability under bright lighting

Customization guide

  • Material Customization: Switch to borosilicate glass for enhanced thermal shock resistance and chemical durability.
  • Color Customization: Opt for tinted glass (e.g., amber) to protect light-sensitive solutions.
  • Marking Customization: Adjust increments (e.g., 0.5 mL) or add dual-unit scales (mL/cm³).

Get inspired

Precision meets versatility. Whether measuring reagents for a titration or preparing solutions for biochemical assays, the JOAN LAB cylinder ensures your experiments start with accuracy.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
MaterialStandard glassBorosilicatePremium borosilicate
Chemical ResistanceModerate+30% enhancedTriple industry standard*
Thermal Shock Resistance50°C ΔT100°C ΔT150°C ΔT
Capacity50 mL100 mL250 mL
Accuracy±0.5 mL±0.3 mL±0.2 mL

Supplier's note

  1. Technical Breakthroughs:

    • Triple chemical resistance (Pro Model): Enables safe handling of corrosive acids/bases.
    • 150°C ΔT thermal tolerance (Pro): Withstands rapid temperature changes in autoclaving.
    • ±0.2 mL precision (Pro): Reduces measurement errors in high-stakes research.
  2. Version Selection Guide:

    • Base Model: Ideal for basic labs needing cost-effective 50 mL measurements.
    • Advanced Model: Choose for thermal/chemical stress scenarios (e.g., organic synthesis labs).
    • Pro Model: Best for research institutions requiring extreme precision and durability (e.g., pharmaceutical R&D).

*Pro Model’s chemical resistance exceeds ISO 695:2019 standards by 200%.

Frequently asked questions

  • Which graduated cylinder is best for precise 50mL measurements in labs?

  • How do I clean the frothing nozzle of a JOAN LAB graduated cylinder?

  • What’s the difference between regular glass and borosilicate in lab cylinders?

  • Can I customize the markings on a JOAN LAB graduated cylinder?

  • Is the JOAN LAB cylinder FDA-approved or NIST traceable?

  • Why choose the JOAN LAB cylinder over plastic labware for small samples?

  • How does the design prevent spills during pouring?

  • Are color options available for JOAN LAB cylinders?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialPrecision measurements, chemical labsIndustry Standard: Soda-lime glass (±1°C thermal expansion)
Our Base: Clear glass (±0.5°C)
Our Advanced: Borosilicate glass (▲ ±0.1°C, ASTM C330)
Base: Cost-effective for routine use
Advanced: Resists thermal shock (e.g., sudden temperature changes)
Base: Prone to chemical corrosion (▲ Advanced: Withstands 50+ chemicals, ASTM D543)
CapacitySmall-volume experiments (≤50mL)Industry Standard: 50–100mL standard range
Our Base: 50mL (ISO 4788)
Our Advanced: 100mL (▲ Double capacity)
Base: Compact for tight lab spaces
Advanced: Handles larger sample volumes
Base: Limited scalability for bulk testing
AccuracyCritical dosing, titrationsIndustry Standard: ±1mL at 20°C
Our Base: ±0.5mL (▲ Half the error)
Our Advanced: ±0.25mL (▲ ISO 4788 compliant)
Base: Meets basic lab requirements
Advanced: Ideal for high-precision research
Base: Less reliable for microscale experiments
StabilityHigh-traffic labs, multi-user setupsIndustry Standard: Narrow base (tip risk: 30%+)
Our Base: Wide base (▲ 15% stability boost)
Our Advanced: Reinforced base (▲ 40% less tipping)
Base: Reduces accidental spills
Advanced: Safest for unstable surfaces
Base: Slightly bulkier than standard designs
Temperature ResistanceHigh-heat experiments (e.g., autoclaves)Industry Standard: Up to 100°C (ASTM E1461)
Our Base: 150°C (▲ 50°C improvement)
Our Advanced: 250°C (▲ ASTM C330 certified)
Base: Handles moderate heating
Advanced: Survives extreme thermal cycles
Base: Not suitable for molten metal testing
CustomizationSpecialty labs, branded workflowsIndustry Standard: Fixed markings
Our Base: Customizable units (e.g., mL/cm³)
Our Advanced: Color-coded markings + thermal labels (▲)
Base: Adapts to lab protocols
Advanced: Enhances safety via visual cues
Base: Limited to standard color options

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