Funnels
From routine liquid transfers to filtration processes using filter paper, our funnels are designed for reliability and ease of use. Their carefully shaped stems promote steady flow rates while reducing spills and waste. Available in multiple diameters and stem lengths, they support laboratories in research, education, healthcare, and industrial testing across Australia. Durable, easy to clean, and resistant to thermal and chemical stress, these funnels are an essential addition to any well-equipped laboratory. Discover practical solutions tailored to your lab requirements.
Buchner Funnel Porcelain, Heavy Duty
- Porcelain Buchner funnel for efficient vacuum filtration in laboratory applications
- Perforated plate supports filter paper for solid-liquid separation
- Suitable for use with side-arm filter flasks and vacuum setups
- Durable laboratory-grade porcelain for repeated routine use
- Ideal for schools, universities, research, and industrial laboratories
- Smooth glazed finish helps with cleaning after filtration work
Buchner Funnel Sintered with Side Arm, BORO 3.3
- BORO 3.3 borosilicate glass for strong chemical resistance and dependable thermal performance in vacuum filtration
- Sintered glass disc provides uniform filtration support, no filter paper required for many applications
- Side arm vacuum connection suits standard tubing to apply suction and speed up filtration
- Consistent porosity and flow helps achieve repeatable separation of fine particulates and precipitates
- Reusable and easy to clean, suitable for routine lab workflows and frequent cycles
- Ideal for precipitate collection, sample clarification, and fine filtration in teaching and research labs.
Buchner Funnels Sintered for Vacuum Filtration, BORO 3.3
- BORO 3.3 borosilicate glass Büchner funnel with integrated sintered frit for reliable vacuum filtration
- Uniform porosity helps deliver consistent flow rates and cleaner filtrate separation
- Designed for use with vacuum flasks, filtration adapters, and vacuum sources in wet chemistry workflows
- High chemical resistance to common lab solvents, acids, and aqueous solutions
- Thermal stability suitable for routine lab temperature changes (avoid sudden thermal shock)
- Ideal for sample preparation, solids collection, and clarification in research, QC, and education labs
- Reusable and easy to clean, supports repeatable filtration with proper rinsing and drying
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
Filter Funnel with Perforated Disc, BORO 3.3 Glass
- BORO 3.3 borosilicate glass construction for reliable chemical and heat resistance
- Perforated disc design provides stable support for filter paper during filtration
- Clear glass body allows easy visibility of liquid flow and filtration progress
- Suitable for routine laboratory filtration work in schools, research, and industrial labs
- Reusable, durable glassware option for consistent wet chemistry applications
- Smooth laboratory finish for easy cleaning and repeated use
- Designed for accurate, controlled filtration with compatible flask or receiver setups
Filter Funnels Long Stem 60 Degree Cone, BORO 3.3 Glass
- 60 degree cone long stem filter funnel designed for steady gravity filtration and clean transfer
- Manufactured from BORO 3.3 borosilicate glass for strong chemical resistance and thermal shock protection
- 60 degree cone supports secure seating of filter paper and helps maintain consistent flow
- Long stem improves reach into narrow neck flasks, reduces splashing, and supports drip control
- Smooth glass surface minimises residue, supports easier cleaning, and reduces sample loss
- Suitable for routine filtration in Australian school labs, universities, research, and QC environments
Glass Weighing Funnels, Borosilicate Transfer Funnels for Volumetric Work
- Reusable borosilicate glass weighing funnels for accurate sample transfer to volumetric flasks, supports complete transfer and reduced sample loss
- Capacities listed 1, 3, 6 and 10 mL, select size to suit powder or granule mass and receiving flask neck opening
- Flat on one side so the funnel can sit on a balance, supports stable weighing and controlled dosing into flasks
- Dimensions stated overall length 42 mm, stem OD 8 mm and stem ID 5 mm, supports compatibility checks with flask openings
- Reusable glass construction supports routine lab workflows, rinse through stem to ensure complete transfer and use under appropriate supervision in education settings
Jointed Powder Funnel, BORO 3.3 Glass
- BORO 3.3 borosilicate glass powder funnel with ground joint for leak-reduced transfers
- Designed for clean, controlled pouring of powders and granules into jointed glassware
- Jointed connection helps minimise spillage and product loss during charging
- Chemically resistant, smooth glass surface for easier cleaning between samples
- Suitable for teaching labs, research labs, and general chemical handling workflows
Pressure Equalizing Funnel, Clear, Ungraduated with Glass Stopcock, Borosilicate Glass (BORO 3.3)
- Maintains pressure balance during reagent transfer
- Glass stopcock enables controlled, dropwise flow
- Ungraduated body ensures full visual monitoring
- Ideal for reflux setups, synthesis, and titration
- Used in organic chemistry, pharma, and research
- Made from LabChoice BORO 3.3 glass – High quality
Separating Funnel, PTFE Key Stopcock, Interchangeable Stopper, Pear Shape, Plain Stem, 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.
- Pear-shaped body enables efficient phase separation
- PTFE key stopcock provides smooth solvent control
- Plain stem allows accurate, dropwise dispensing
- Interchangeable stopper ensures secure, airtight seal
- Used in solvent extraction, chemistry, and teaching labs
- Made from LabChoice BORO 3.3 glass – High quality
Thistle Funnel, BORO 3.3 Glass
- BORO 3.3 borosilicate glass thistle funnel for controlled liquid addition in lab setups
- Long stem design helps deliver liquids into flasks or apparatus with reduced splashing
- Suitable for reagent transfer in chemistry, distillation, and general laboratory work
- Clear glass construction allows easy visibility of liquid flow during use
- Good thermal and chemical resistance for routine laboratory applications
- Reusable glassware option for schools, universities, research, and industrial labs
- Easy to clean and compatible with standard wet chemistry bench procedures
didn't see what you are looking for ?
Laboratory funnels are essential tools for transferring, filtering, and separating liquids or solids with precision and safety. Supplied by LabChoice Australia, these funnels are available in both BORO 3.3 borosilicate glass , providing options for heat resistance, chemical compatibility, and general laboratory convenience.
Each funnel features a smooth, uniform stem to ensure controlled liquid flow and prevent spillage. Glass funnels are ideal for high-temperature or chemical applications, while plastic funnels offer lightweight durability for educational, field, or routine laboratory use. Both types are designed for compatibility with filter papers and can be used for gravity filtration, reagent transfer, or separatory operations.
Compliant with ISO 4798 (laboratory funnels specification), ISO 3585 (borosilicate glass standard), and ASTM D4101 (polypropylene material standard), LabChoice laboratory funnels meet international performance and safety benchmarks. Trusted by Australian research facilities, schools, and industrial laboratories, LabChoice Australia’s funnels ensure accuracy, reliability, and long-lasting performance across all scientific applications.
