17
Nov
Choosing the Best Bunsen Burner for Australian Laboratories: Standard, T Type and Flame Stabilised Models
Australian laboratories rely on Bunsen burners for precise flame heating in chemistry, microbiology and general science education. Selecting the right burner supports safety, fuel efficiency and consistent flame behaviour. With various gas systems in use across schools, TAFEs, universities and research institutes, choosing a suitable burner design is an important equipment decision.
At LabChoice Australia, we provide durable laboratory grade burners designed for stable flame performance, compatible with LPG and natural gas systems. This guide explains the key differences between common Bunsen burner types and what laboratories should consider when upgrading equipment.
Key Bunsen Burner Types Used in Australia
1. Standard Bunsen Burner
The standard burner features a simple air regulating collar that allows users to switch between the yellow safety flame and the blue heating flame. It supports most teaching and general chemistry tasks.
2. T Type Bunsen Burner
The T type offers improved air mixing for a more consistent blue flame. It provides better control during extended heating and is common in secondary schools and undergraduate science laboratories.
3. Flame Stabilised Burner
Flame stabilised burners are designed for enhanced airflow and reduced turbulence. They are preferred in microbiology and laboratory sterilisation environments due to their consistent heating zone and cleaner combustion.
Selecting a Burner for Your Laboratory
When choosing a burner, laboratory managers and educators consider the following factors:
- Compatibility with LPG or natural gas supply
- Flame stability and ease of air control
- Base and collar durability for intensive laboratory use
- Suitability for flame tests, boiling, evaporation and sterilisation
- Corrosion resistance for long term use
Material options include brass, chrome plated brass and stainless steel for harsher environments or continuous use.
LabChoice: Supplying Reliable Flame Heating for Australian Laboratories
LabChoice Australia supports laboratories with:
- Precision engineered burners for controlled flame behaviour.
- Standard, T type and flame stabilised models.
- Gas compatibility for LPG cylinders and natural gas reticulated systems.
- Corrosion resistant brass and stainless steel construction.
- Support for schools, TAFEs, universities and research departments.
Comparison: Standard vs T Type vs Flame Stabilised Bunsen Burners
| Factor | Standard Burner | T Type Burner | Flame Stabilised Burner |
|---|---|---|---|
| Flame control | Basic air hole adjustment | Improved airflow balance | Highest stability and control |
| Heating tasks | General chemistry and education | Longer heating periods | Microbiology sterilisation and precision tasks |
| Noise level | Normal | Lower air turbulence | Very low turbulence |
| Material durability | Brass or chrome plated | Chrome plated or stainless steel | Stainless steel recommended |
This comparison highlights how equipment selection supports different learning and research requirements in Australian laboratories.
FAQs
Q1: Which burner is best for microbiology flame sterilisation
A flame stabilised burner is preferred because it produces a steady blue flame and controlled heating zone.
Q2: Can all Bunsen burner types run on LPG or natural gas
Most burners are compatible with both systems. Check gas inlet and hose fitting requirements.
Q3: Do stainless steel burners last longer than brass models
Yes. Stainless steel offers increased corrosion resistance and is suited for intensive laboratory use.
Q4: Are T type burners suitable for school classrooms
Yes. They provide stable flame performance and are popular in secondary and undergraduate teaching labs.
