Air Condenser Borosilicate Glass BORO 3.3 Laboratory Grade
- Air condenser designed for passive cooling without water circulation
- Suitable for gentle distillation, reflux and low boiling point solvents
- Made from high clarity BORO 3.3 glass with strong thermal and chemical resistance
- Ideal for schools, teaching labs and water limited laboratory environments
- Straight tube design for easy cleaning and reliable vapour visibility
- Made from LabChoice BORO 3.3 glass, high quality
Allihn Bulb Condenser Borosilicate Glass BORO 3.3 for High Efficiency Reflux
- Restricted Item – EUD Required: For condensers an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Designed for efficient reflux with multiple bulbs increasing cooling surface area
- Ideal for organic chemistry, solvent purification, and extended heating cycles
- Precision-crafted interchangeable joints fit standard laboratory glassware
- Made from durable BORO 3.3 glass with excellent thermal and chemical resistance
- Provides stable condensate flow for reliable, repeatable performance
- Manufactured to ISO 3585 and ASTM E438 Type I, Class A standards
Allihn Condenser Soxhlet Extraction BORO 3.3 Glass
- Restricted Item – EUD Required: an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Ideal for Soxhlet extraction setups, ensuring efficient solvent vapor condensation
- Multi bulb surface design increases cooling contact for higher recovery rates
- Made from BORO 3.3 glass for excellent thermal and chemical resistance
- Interchangeable joint compatibility with standard laboratory glassware
- Suitable for research, organic chemistry extraction and teaching labs
Amber Dropping Bottle with Pipette Dropper, BORO 3.3 Glass
- Amber glass protects light-sensitive reagents, solutions, and indicators from UV exposure
- Integrated pipette dropper enables accurate and controlled dropwise dispensing
- Suitable for acids, stains, dyes, essential oils, and analytical reagents
- High chemical resistance and thermal stability for routine laboratory use
- Secure dropper fit helps reduce contamination and evaporation
- Ideal for research labs, educational laboratories, QC testing, and industrial applications
- Made from LabChoice BORO 3.3 glass – High quality
Amber Reagent Bottle, Narrow Mouth with Screw Cap, Graduated, Borosilicate Glass (BORO 3.3)
- Amber glass shields contents from UV damage
- Narrow mouth minimizes contamination risk
- Screw cap provides airtight, leakproof closure
- Graduated marks assist in volume estimation
- Ideal for pharmaceuticals, chemicals, and research labs
- Made from LabChoice BORO 3.3 glass – High quality
Boiling Flask Flat Bottom, Socket Joint, Short Neck, Borosilicate Glass (BORO 3.3)
- Restricted Item – EUD Required: For flask sizes 500 mL or larger, an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Flat base ensures stable heating on hotplates
- Socket joint allows secure glassware connections
- Short neck saves space in compact lab setups
- Ideal for distillation, reflux, and chemical reactions
- Used in teaching, research, and pharmaceutical labs
- Made from LabChoice BORO 3.3 glass – High quality
Boiling Flask Round Bottom Four Neck Jointed BORO 3.3 Glass
- Restricted Item – EUD Required: For flask sizes 500 mL or larger, an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- High clarity BORO 3.3 glass supports stable, even heating for reaction work
- Four jointed necks allow simultaneous addition, monitoring and gas handling
- Secure ground joints ensure leak resistant connections with lab apparatus
- Excellent chemical and thermal resistance for synthesis, reflux and distillation
- Trusted in research labs and universities for multi step experimental workflows
- Made from LabChoice BORO 3.3 glass – High quality
Boiling Flask, Flat Bottom, Borosilicate Glass (BORO 3.3)
- Flat bottom ensures stable placement on surfaces
- Designed for uniform heating and boiling tasks
- Ideal for distillation, reflux, and sample prep
- Used in chemistry labs, schools, and industry
- Preferred for durability and thermal resistance
- Made from LabChoice BORO 3.3 glass – High quality
Boiling Flask, Round Bottom, Borosilicate Glass (BORO 3.3)
- Round bottom supports uniform heating distribution
- Ideal for distillation, reflux, and chemical synthesis
- Requires support ring or heating mantle for use
- Used in organic chemistry, teaching, and research
- Trusted by laboratories across Australia
- Made from LabChoice BORO 3.3 glass – High quality
Buchner Filtering Flask with Side Arm, Jointed, Borosilicate Glass (BORO 3.3)
- Thick-walled body supports vacuum filtration tasks
- Side arm enables secure vacuum tubing attachment
- Jointed top fits standard Buchner funnel assemblies
- Ideal for microbiology, chemical separation, QC testing
- Trusted across academic, research, and industrial labs
- Made from LabChoice BORO 3.3 glass – High quality
Bumper Guard Measuring Cylinder, Shock-Absorbing, Chemical Resistant, Heavy Quality
- Bumper guard provides extra protection from impact
- Thick-walled glass ensures long-term durability
- Shock-absorbing base reduces breakage risk
- Chemical resistant for use with varied reagents
- Ideal for industrial, QC, and educational labs
- Made from LabChoice BORO 3.3 glass – High quality
Burette with Straight Bore and PTFE Key Stopcock, Class A Accuracy, Borosilicate Glass (BORO 3.3)
- Class A accuracy ensures precise titrations
- PTFE key stopcock for smooth control
- Straight bore design reduces reagent hold-up
- Ideal for research, QC, and lab teaching
- Trusted quality from LabChoice Australia
- Made from LabChoice BORO 3.3 glass – High quality
Burette with Straight Bore and PTFE Key Stopcock, Class B Accuracy, Borosilicate Glass (BORO 3.3)
- Class B tolerance for standard lab accuracy
- PTFE key stopcock ensures smooth flow control
- Straight bore reduces chemical retention
- Used in teaching, research, and industry labs
- Trusted by professionals across Australia
- Made from LabChoice BORO 3.3 glass – High quality
Chromatography Biomass Flask Reservoir for Column Work, BORO 3.3 Glass
- Designed as a biomass flask reservoir for controlled solvent delivery in column chromatography
- Supports smooth, consistent flow to maintain stable separation during preparative work
- Suitable for biomass loading, elution solvents, and fraction collection setups
- Precision ground glass joints ensure secure, leak resistant integration with chromatography columns
- Ideal for research laboratories, pilot scale work, and academic teaching environments
- Made from LabChoice BORO 3.3 glass – High quality, supplied by LabChoice Australia
Chromatography Column Set BORO 3.3 with Detachable PTFE Stopcock
- Designed for precise compound separation and purification
- High clarity BORO 3.3 glass ensures chemical durability and stability
- Tall column body supports uniform stationary phase packing
- Detachable PTFE stopcock provides smooth and inert flow control
- Complies with ISO 3585 and ASTM E438 material standards
- Suitable for research, teaching, analytical, and industrial chromatography
Clevenger Condenser for Clevenger Apparatus for Essential Oil Extraction, Borosilicate Glass (BORO 3.3)
- Restricted Item – EUD Required: For condensers with B19 ground joints or larger, an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Specialized design for essential oil distillation
- Efficient separation of oil and water layers
- Compatible with standard Clevenger apparatus setups
- Used in plant research, aromatherapy, and extraction labs
- Preferred for precision in volatile oil recovery
- Made from LabChoice BORO 3.3 glass – High quality
Culture Media Test Tube with screw cap, Borosilicate Glass (BORO 3.3), Round Bottom / Flat Bottom
- Screw cap offers leak-resistant, airtight sealing
- Available in round or flat bottom variants
- Supports sterile culture growth and sample storage
- Suitable for microbiology, diagnostics, and education
- Autoclavable, reusable, and chemically resistant
- Made from LabChoice BORO 3.3 glass – High quality
Davies Double Surface Condenser BORO 3.3 for Efficient Reflux
- Restricted Item – EUD Required: an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Dual-surface cooling design provides superior condensation efficiency
- Ideal for high-vapour-load reflux, distillation, and solvent purification
- BORO 3.3 glass construction ensures excellent thermal and chemical resistance
- Works effectively with lower water flow rates for energy-efficient cooling
- Precision-ground interchangeable joints fit standard laboratory glassware
- Manufactured to ISO 3585 and ASTM E438 Type I, Class A glass standards
Dimroth Coil Condenser BORO 3.3 Borosilicate Glass
- Restricted Item – EUD Required: an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Dual-surface cooling design provides superior condensation efficiency
- Ideal for high-vapour-load reflux, distillation, and solvent purification
- BORO 3.3 glass construction ensures excellent thermal and chemical resistance
- Works effectively with lower water flow rates for energy-efficient cooling
- Precision-ground interchangeable joints fit standard laboratory glassware
- Manufactured to ISO 3585 and ASTM E438 Type I, Class A glass standards
Distilling Apparatus Ammonia Analysis with Graham Condenser, Interchangeable Joint BORO 3.3 Glass
- Designed specifically for ammonia analysis and nitrogen determination procedures in analytical and teaching laboratories
- Graham condenser provides extended cooling path for effective vapour condensation and accurate recovery during distillation
- Interchangeable joint system ensures secure, leak resistant connections with standard laboratory glassware assemblies
- Suitable for Kjeldahl and related ammonia distillation workflows in schools, universities, and quality control laboratories
- Robust construction supports repeated heating cycles, chemical exposure, and routine analytical use
- Made from LabChoice BORO 3.3 glass – High quality
Distilling Apparatus Compact with Friedrichs Condenser, Interchangeable Joint BORO 3.3 Glass
- Compact distillation setup designed for efficient condensation in limited bench space, ideal for teaching and routine laboratory distillations
- Integrated Friedrichs condenser provides high cooling surface area for improved vapour condensation and solvent recovery
- Interchangeable joint design ensures secure, leak resistant connections with standard laboratory glassware assemblies
- Suitable for organic chemistry, solvent purification, reflux and small scale distillation applications in schools, universities and research labs
- Durable construction supports repeated heating cycles, chemical resistance and long term laboratory use
- Made from LabChoice BORO 3.3 glass – High quality
Distilling Apparatus with Friedrichs Condenser Interchangeable Joint BORO 3.3 Glass
- Complete distilling apparatus with a Friedrichs condenser for effective vapor cooling
- Features interchangeable ground glass joints for flexible assembly and compatibility
- Made from high-quality BORO 3.3 borosilicate glass with strong thermal and chemical resistance
- Ideal for laboratory distillation, solvent purification, and separation tasks
- Suitable for educational, research, industrial, and quality control applications
Distilling Apparatus with Graham Condenser Interchangeable Joint BORO 3.3 Glass
- Complete distilling apparatus featuring a Graham condenser for efficient vapor condensation
- Made from durable BORO 3.3 borosilicate glass with excellent chemical and thermal resistance
- Interchangeable ground glass joints for flexible setup and compatibility with other labware
- Includes stopper for secure sealing during distillation processes
- Ideal for laboratory distillation in research, teaching, and industrial applications
Distilling Flask with Side Arm Jointed BORO 3.3 Glass
- Designed for efficient distillation, reflux, and solvent recovery applications in chemistry laboratories
- Integrated side arm allows smooth vapour transfer to condensers with minimal pressure buildup
- Jointed neck ensures secure, leak resistant connections with standard laboratory glassware
- High thermal shock resistance supports uniform heating and repeated heating cooling cycles
- Suitable for academic labs, research facilities, and industrial quality control environments
- Made from LabChoice BORO 3.3 glass – High quality
Distilling Flask with Side Arm, BORO 3.3 Glass
- Designed for distillation and reflux procedures in chemistry and analytical laboratories
- Side arm enables controlled vapour transfer to condensers for efficient separation
- Uniform wall thickness supports safe, even heating during distillation processes
- Chemically resistant glass construction suitable for acids, solvents, and reagents
- Compatible with standard laboratory distillation and condenser assemblies
- Made from LabChoice BORO 3.3 glass – High quality
Drechsel Gas Washing Bottle with Interchangeable Joint Head, Borosilicate Glass (BORO 3.3), Head of Tubing 8.5 to 9 mm
- Interchangeable joint enables secure system connection
- 8.5–9 mm tubing head suits standard lab lines
- Optimized for gas purification via liquid absorption
- Ideal for air scrubbing, gas drying, and filtration
- Used in academic, research, and industrial labs
- Made from LabChoice BORO 3.3 glass – High quality
Dreschel Head Only, Gas Washing Bottle Head Spare, Borosilicate Glass (BORO 3.3)
- Spare head fits standard gas washing bottles
- Supports efficient gas-liquid dispersion processes
- Compatible with interchangeable ground joint systems
- Used in scrubbing, gas purification, and drying setups
- Ideal for academic, industrial, and chemical labs
- Made from LabChoice BORO 3.3 glass – High quality
Dropping Funnel, Cylindrical, Ungraduated, Interchangeable Stopper, PTFE Key Stopcock, Borosilicate Glass (BORO 3.3)
- Cylindrical body allows steady liquid flow
- PTFE key stopcock offers chemical resistance
- Interchangeable glass stopper ensures secure sealing
- Ungraduated design for simplified dropwise control
- Ideal for titration, synthesis, and reagent addition
- Made from LabChoice BORO 3.3 glass – High quality
Erlenmeyer Conical Flask, Narrow Neck, Borosilicate Glass (BORO 3.3)
- Tapered shape ideal for swirling and mixing
- Narrow neck minimizes spillage and evaporation
- Versatile use in heating, titration, and storage
- Used in research, education, and industrial labs
- Preferred by lab technicians across Australia
- Made from LabChoice BORO 3.3 glass – High quality
Erlenmeyer Conical Flask, Wide Neck, Borosilicate Glass (BORO 3.3)
- Wide neck allows easy pouring and access
- Tapered shape supports safe swirling and mixing
- Ideal for culturing, heating, and storage tasks
- Used in microbiology, teaching, and lab research
- Trusted by science professionals across Australia
- Made from LabChoice BORO 3.3 glass – High quality
Ether Cooling Condenser, BORO 3.3 Glass
- Restricted Item – EUD Required: an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Designed for efficient condensation of low boiling point solvents such as diethyl ether and other volatile organics
- Extended cooling surface improves vapour contact and heat exchange during distillation and reflux
- Supports smooth solvent recovery with reduced vapour loss in routine and research applications
- Compatible with standard laboratory joint sizes for easy integration into existing glassware setups
- Suitable for organic synthesis, solvent purification, teaching laboratories, and research workflows
- Made from LabChoice BORO 3.3 glass – High quality, supplied by LabChoice Australia
Flat Bottom Flask Two Neck Jointed, BORO 3.3 Glass
- Restricted Item – an End User Declaration (EUD) must be completed. A valid photo ID (such as a Passport, Driver Licence, or Proof of Age Card) is also required. Orders will not be shipped until all documentation is received and approved.
- Two neck jointed flat bottom flask designed for simultaneous connections such as reflux, addition, or monitoring during reactions
- Flat bottom provides stable placement on hot plates and lab benches without external support
- Ideal for synthesis, distillation, reflux, and controlled laboratory reactions
- Clear borosilicate construction allows easy visual monitoring of contents and reaction progress
- Suitable for academic, research, and industrial laboratories requiring reliable jointed glassware
- Made from LabChoice BORO 3.3 glass – High quality
Friedrichs Condenser BORO 3.3 Borosilicate Glass Laboratory Grade
- High efficiency cooling with internal spiral coil design
- Reliable vapour condensation for reflux and distillation work
- Made from BORO 3.3 glass for strong thermal and chemical resistance
- Clear visibility for monitoring condensation behaviour
- Precision ground joints for secure and leak free connection
- Laboratory grade construction suitable for research and teaching setups
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Laboratory Glassware Australia – BORO 3.3 Borosilicate
LabChoice Australia supplies professional laboratory glassware for chemistry, biology, education, and industrial research laboratories across Australia. Designed for safe, accurate, and repeatable experimental work, our glassware supports everything from routine mixing and heating to advanced distillation, filtration, chromatography, and analytical procedures.
All LabChoice laboratory glassware is manufactured from premium BORO 3.3 borosilicate glass, selected for its low thermal expansion, excellent chemical resistance, and long service life under demanding laboratory conditions. This material complies with ISO 3585 and ASTM E438 Type I standards, ensuring reliable performance during direct heating, rapid temperature changes, exposure to aggressive reagents, and frequent cleaning cycles.
Comprehensive Laboratory Glassware Range
The LabChoice laboratory glassware range includes beakers, flasks, condensers, burettes, measuring cylinders, funnels, adapters, reaction vessels, chromatography columns, distillation components, and supporting glassware for modular laboratory assemblies. Each product category is designed to integrate seamlessly with standard laboratory equipment and joint systems commonly used in Australian laboratories.
This comprehensive range supports secondary school science laboratories, university teaching and research facilities, pharmaceutical and environmental testing laboratories, food and water analysis, and industrial R&D environments throughout Australia. By matching established laboratory configurations and joint standards, LabChoice glassware enables straightforward replacement, system expansion, and compatibility with existing laboratory infrastructure.
BORO 3.3 Standards and Laboratory Practice
BORO 3.3 borosilicate glass is internationally recognised under ISO 3585 and ASTM E438 Type I for its low coefficient of thermal expansion and resistance to thermal shock. These properties allow laboratory glassware to withstand repeated heating and cooling cycles without loss of dimensional stability, joint integrity, or optical clarity.
These standards are widely referenced in Australian university laboratory manuals and research protocols, supporting alignment with established analytical methods and quality system requirements. Using laboratory glassware that conforms to recognised borosilicate standards ensures compatibility with hotplates, heating mantles, autoclaves, and validated cleaning regimes used in regulated laboratory environments.
Typical Laboratory Applications
LabChoice laboratory glassware is routinely used for:
Heating, reflux, and distillation procedures in organic and inorganic chemistry
Mixing, dissolving, and reaction control in teaching and research laboratories
Volumetric measurement, titration, and quantitative analytical methods
Filtration, phase separation, and chromatography workflows
Sample preparation, storage, and transfer for quality control and research
Teaching demonstrations and practical experiments in Australian schools, TAFEs, and universities
The versatility and durability of BORO 3.3 glass make it suitable for both routine laboratory tasks and specialised analytical workflows where precision, chemical resistance, and thermal stability are critical.
Design, Accuracy, and Safe Handling
LabChoice laboratory glassware is selected for consistent wall thickness, precision formed joints, clear graduations where required, and reliable pouring or connection performance. Ground glass joints provide secure, leak resistant connections for modular assemblies, while uniform glass quality reduces stress points during thermal cycling and mechanical handling.
These design characteristics support measurement accuracy, operator safety, and experimental repeatability. The range is particularly well suited to laboratories that prioritise durable, reusable glassware over short life or disposable alternatives, while also supporting teaching environments where correct laboratory technique is essential.
Care, Cleaning, and Long Service Life
Correct care and cleaning extend the service life of borosilicate laboratory glassware and help maintain accuracy over time. Recommended practices include cleaning with non abrasive brushes and appropriate laboratory detergents, avoiding sudden temperature changes, and rinsing with deionised or distilled water to minimise residue and contamination.
When maintained according to standard laboratory guidelines, BORO 3.3 glassware provides long term performance with minimal degradation. This contributes to lower whole of life cost and reduced waste compared with lower grade materials, aligning with sustainability and quality objectives in Australian laboratories.
Why Australian Laboratories Choose LabChoice
Australian laboratories choose LabChoice Australia for transparent material specifications, alignment with internationally recognised borosilicate standards, and suitability for real laboratory conditions. Our laboratory glassware range supports accurate results, safe chemical handling, and long term reliability across education, research, quality control, and industrial laboratory environments.
By combining premium BORO 3.3 glass, a comprehensive product range, and local Australian supply, LabChoice positions itself as a specialist laboratory glassware partner rather than a generic distributor. This approach supports laboratories that value technical performance, compliance confidence, and long term value.