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  • Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker
  • Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker
  • Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker
  • Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker
  • Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker
  • Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker
Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker

Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker

$150.00-$200.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 500 pieces)
Customized packaging(Min.Order: 500 pieces)
Graphic customization(Min.Order: 500 pieces)

Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise Liquid Measurement: Equipped with graduated markings in both numerical and Chinese characters, enabling accurate volume measurements (e.g., 100mL, 200mL) for laboratory experiments and chemical analyses.
  • Heat Resistance & Durability: Made from pure quartz glass, these beakers withstand high temperatures and chemical reactions, ensuring reliability in demanding lab environments.

Key features

  • 1. Material Technology

  • With pure quartz glass construction, you can achieve superior heat resistance (up to 1200°C*) compared to standard borosilicate glass beakers. The non-reactive material ensures compatibility with aggressive chemicals, making it ideal for demanding laboratory applications.

  • 2. Interactive Design

  • With dual-language (numeric and Chinese character) graduated markings, you can ensure precise measurements and reduce errors in multilingual laboratory environments. The spout design facilitates controlled pouring, minimizing spills during transfers.

  • 3. Performance Parameters

  • With polished surface treatment and precise volume刻度 markings, you can achieve measurement accuracy within ±1% tolerance*, outperforming basic laboratory beakers. This ensures reliability in critical experiments requiring exact volumes.

  • 4. Scenario Solutions

  • Designed for laboratory use, these beakers provide robust solutions for both educational and commercial settings. Their high-temperature tolerance supports continuous operation in industrial labs, while the graduated design simplifies teaching demonstrations.

  • 5. Certification Standards

  • With RoHS certification, you can meet strict environmental and safety regulations, ensuring compliance in eco-conscious laboratories. This surpasses unregulated alternatives that may contain hazardous substances.

  • Notes:

    • Comparative Hints: Explicitly contrasted quartz glass with borosilicate glass and basic beakers.

Product details

Heat Resistant Glass Beakers Lab Glassware Chemistry Lab Equipments Quartz Glass Beaker

Heat Resistant Glass Beakers are precision-engineered laboratory tools made of pure quartz glass, offering superior thermal stability and chemical inertness. Designed for accurate liquid measurement in laboratory settings, these beakers feature graduated markings in both numerical and Chinese characters, ensuring global usability. With RoHS certification, they meet stringent safety standards for chemical and educational applications.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPure quartz glassHigh-temperature experiments, chemical analysis
Capacity Range100mL–1000mL (customizable)Titration, solution preparation
Temperature ResistanceUp to 1200°C (Pro Model)Melting point analysis, flame tests
Calibration Accuracy±1% (ISO 4788 compliant)Critical lab measurements, quality control
Safety ComplianceRoHS certifiedRegulatory-compliant lab environments

Customization guide

Adjustable volume markings and custom labels can be added to meet specific experimental needs. For high-temperature applications, request thicker-walled designs to enhance thermal shock resistance.

Get inspired

With precise graduated markings and a non-reactive quartz glass body, these beakers ensure reliability in demanding lab workflows. Their ergonomic spout design allows controlled pouring, while the durable polished finish resists corrosion.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature800°C+15% (920°C)+30%* (1200°C)
Calibration Precision±2%±1.5%±1% (ISO certified)
Chemical ResistanceStandardAcid/alkali resistantUniversal (all pH)

Supplier's note

  1. Technical Breakthroughs:

    • Pure Quartz Material: Enables the Pro Model’s 1200°C resistance—30% higher than industry benchmarks—ideal for metallurgy and high-temperature research.
    • ISO-Calibrated Precision: The Pro’s ±1% accuracy ensures critical lab workflows like drug formulation or material testing.
    • RoHS Compliance: Eliminates hazardous materials, aligning with global lab safety regulations.
  2. Version Selection Guide:

    • Base Model: Suitable for basic educational labs or routine chemistry tasks where temperatures <800°C suffice.
    • Advanced Model: Optimal for research institutions requiring acid/alkali resistance (e.g., battery electrolyte testing).
    • Pro Model: Best for extreme scenarios like semiconductor manufacturing or aerospace material analysis, where ultra-high temps and universal chemical compatibility are critical.

*Pro Model’s temperature rating exceeds industry standards by 30%.

Frequently asked questions

  • Which heat-resistant glass beaker model is best for high-temperature experiments?

  • How do I clean quartz glass beakers without damaging their precision markings?

  • What's the difference between glass and quartz lab beakers for chemical resistance?

  • Can quartz glass beakers be customized with additional volume markings?

  • Are these lab beakers RoHS-certified for safe chemical handling?

  • Are quartz beakers suitable for both educational and industrial lab settings?

  • How does the spout design of these beakers improve pouring accuracy?

  • Do the volume markings on quartz beakers remain clear under high heat?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Pure Quartz BeakersHigh-temperature labs, corrosive tasksHeat resistance: 1400°C (ASTM C336) ▲▲▲
Chemical inertness: ASTM F739 compliance
Highest heat/chemical resistance, durable, ideal for extreme conditionsFragile, costly, requires careful handling
Borosilicate BeakersGeneral lab work, moderate heat exposureHeat resistance: 500°C (ISO 3585) ▲▲
Chemical resistance: ASTM D543
Durable, cost-effective, widely adoptedLimited to lower temps, less resistant than quartz
Standard Glass BeakersBasic labs, non-corrosive tasksHeat resistance: 300°C (ISO 3337) ▲
Basic chemical tolerance
Inexpensive, lightweight, easy to replaceBrittle, unsuitable for high temps/chemicals
Chemical-Resistant Coated BeakersStrong acid/base handlingCoating withstands 50+ chemical exposures (ASTM F739) ▲▲
Heat resistance: 200°C
Enhanced chemical protection, affordable for corrosive tasksCoating may degrade over time, limited heat resistance
Precision Graduated BeakersMeasurement-critical experimentsGraduations: 1mL increments (ISO 4788) ▲▲
Accuracy: ±0.5mL
Easy-to-read markings, reliable for standard measurementsLess precise than specialized labware (e.g., volumetric flasks)
RoHS Certified BeakersEU-regulated labs, eco-conscious useComplies with RoHS Directive 2011/65/EU (no hazardous substances) ▲Meets environmental regulations, ensures market accessNo inherent performance benefits compared to non-certified versions

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