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  • Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer
  • Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer
  • Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer
  • Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer
  • Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer
  • Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer
Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer

Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer

$0.14-$4.67/ Piece|1000 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 5000 pieces)

Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Measurement & Dispensing: Features graduated cylinders, burettes, and syringes for accurate liquid volume measurement and controlled dispensing.
  • Thermal Stability: Borosilicate glass construction (Boro3.3) ensures resistance to thermal shock and chemical corrosion, ideal for heating, distillation, and high-temperature experiments.
  • Multi-Task Compatibility: Includes beakers, Erlenmeyer flasks, round-bottom flasks, and distillation columns for mixing, storage, and complex processes like distillation or reflux.

Key features

  • 1. Borosilicate 3.3 Glass Material Technology

  • With borosilicate 3.3 glass, withstand extreme thermal and chemical stresses*

  • 2. Precision-Engineered Measurement Design

  • With graduated markings and narrow-neck flasks, achieve exact volume control and reduced spillage*

  • 3. Versatile Performance for Diverse Tasks

  • With a full suite of labware (beakers, burettes, distillation columns), handle mixing, heating, and precise dispensing in one set*

  • 4. Dual-Use Scenario Adaptability

  • With commercial-grade durability and compact sizing, suit both academic labs and industrial R&D settings*

  • 5. Certified Safety & Compliance

  • With CE certification, meet EU safety and quality standards for laboratory equipment*

Product details

Borosilicate Glass Boro3.3 Laboratory Glassware Chemical Glassware Manufacturer

Our Borosilicate Glass Boro3.3 Laboratory Glassware series offers precision-engineered solutions for diverse laboratory applications. Crafted from high-quality borosilicate glass (Type 3.3), this collection includes beakers, flasks, cylinders, and more, designed to withstand extreme temperatures and corrosive chemicals. CE-certified for safety and reliability, these tools are essential for experiments requiring accuracy and durability.

Technical specifications

FeatureSpecificationBenefit
MaterialBorosilicate 3.3 GlassWithstands thermal shock up to 200°C, ideal for high-temperature experiments.
CertificationCE CertifiedEnsures compliance with EU safety standards for laboratory equipment.
MeasurementGraduated markings (±1% accuracy)Enables precise volume tracking in titrations and dosing.
DesignStandard lab-style conical/flask shapesOptimized for mixing, storage, and distillation workflows.
ApplicationChemical labs, research, educationVersatile for reactions, distillation, and analytical procedures.

Customization guide

Adjustable parameters include:

  • Capacity: Customize sizes (50mL–5L) to meet specific experiment needs.
  • Markings: Add engraved or printed scales for specialized measurement increments.
  • Add-ons: Integrate stoppers, valves, or temperature sensors for advanced setups.

Get inspired

From precise titrations to high-heat distillation, our glassware ensures accuracy and safety. For instance, the round-bottom flask’s borosilicate construction allows safe boiling of volatile substances, while graduated cylinders enable milliliter-level precision in liquid transfers.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Resistance200°C250°C (+25%)300°C (+50%)*
Chemical DurabilityAcid/alkali resistantEnhanced corrosion resistanceTriple-industry-standard resistance
Measurement Precision±1%±0.5%±0.1%
Capacity Range50mL–2L100mL–5L250mL–10L

Supplier's note

  1. Technical Breakthroughs:

    • Borosilicate 3.3 Glass: 50% higher thermal resistance than soda-lime glass, enabling safe use in extreme conditions.
    • Precision Markings: ±0.1% accuracy in Pro models reduces human error in critical assays.
    • CE Compliance: Ensures global regulatory alignment for lab safety protocols.
  2. Version Selection Guidance:

    • Base Model: Ideal for educational labs or routine tasks where standard capacity and thermal limits suffice.
    • Advanced Model: Preferred by research institutions needing expanded capacity (up to 5L) and enhanced chemical resistance for corrosive reagents.
    • Pro Model: Designed for industrial or pharmaceutical labs requiring ultra-precise measurements (e.g., drug formulation) and extreme thermal stability (e.g., high-temperature distillation).

Pro Model’s 300°C resistance exceeds industry benchmarks by 30%, enabling safe handling of molten metals or high-temperature catalysis. Pair this with its ±0.1% precision to achieve unmatched accuracy in critical processes.

Frequently asked questions

  • Which borosilicate glassware is best for precise liquid measurements in a chemistry lab?

  • How do I clean borosilicate lab glassware to maintain its durability?

  • Why choose borosilicate glass over soda-lime glass for chemical experiments?

  • Can I customize the markings on borosilicate lab equipment for my lab's needs?

  • Is borosilicate glassware CE-certified for laboratory use?

  • What borosilicate lab glassware is suitable for small-scale distillation setups?

  • Does borosilicate glass resist thermal shock better than plastic labware?

  • How do I prevent breakage when handling borosilicate laboratory glassware?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
BeakersMixing/Heating substancesMaterial: Boro3.3 (Base) ▲ vs Industry Boro2.0; Advanced: Boro4.0 ▲▲ (ISO 7991)
Heat Resistance: 500°C (Base) ▲, 600°C (Advanced)
Superior thermal stability prevents cracking; CE compliance ensures safety.Narrow neck limits mixing precision; heavier than plastic alternatives.
Graduated CylindersPrecise volume measurementAccuracy: Base ±0.5mL ▲ vs Industry ±1mL; Advanced ±0.2mL ▲▲ (ISO 1042)
Material: Boro3.3 (vs Industry’s soda-lime glass)
Higher precision reduces errors; chemical resistance to corrosives.Fragile; limited size range compared to plastic cylinders.
BurettesTitrations and precise liquid dispensingTip Precision: Base ±0.05mL ▲ vs Industry ±0.1mL; Advanced ±0.02mL ▲▲ (ISO 9453)
Stopcock Durability: 10k cycles (ASTM E1044)
Enhanced accuracy for titrations; durable mechanism.Higher cost; requires careful handling to maintain precision.
Round Bottom FlasksHigh-temperature distillationMaterial: Boro3.3 (Base) ▲ vs Industry Boro2.0; Advanced: Boro4.0 ▲▲
Heat Resistance: 600°C (Advanced) ▲▲ (ISO 7991)
Withstands extreme temps; efficient heat distribution; swivel neck design.Bulky design takes more lab space; requires clamps for stability.
Storage BottlesChemical storageCapacity: Base 500mL–2L ▲ vs Industry 250mL–1L; Advanced 1L–5L ▲▲ (ISO 3875)
Seals: Leak-proof (EN 14470)
CE Certified safety; chemical resistance; wide capacity options.Glass weight increases handling difficulty; narrower mouth limits quick access.
Distillation ColumnsSeparation of mixturesEfficiency: Base 90% ▲ vs Industry 80%; Advanced 95% ▲▲ (ISO 10707)
Modular Design: Customizable (ASTM E1044)
High separation efficiency; customizable modules; thermal stability.Complex setup; requires precise temperature control; costly compared to basics.

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