Autoclaving Glassware: Best Practices for Safety and Longevity
Autoclaving is the gold standard for sterilising laboratory equipment. Using high-pressure steam at 121–134 °C, it ensures glassware...
Reagent Bottles with Screw Caps vs Glass Stoppers: What to Choose?
Reagent bottles are essential for the safe storage of chemicals in laboratories. Available with either screw caps or...
Borosilicate Glass vs Polypropylene: Which is Best for Australian Labs?
Laboratories rely on durable, accurate, and safe materials for experiments, storage, and teaching. Two of the most widely...
Autoclaving Borosilicate Glassware: Safety, Standards, and Best Practices
Sterilisation is critical for laboratories across Australia, ensuring glassware and equipment are free from microorganisms. Borosilicate glassware (BORO...
Laboratory Safety Glassware: Why BORO 3.3 is Essential Over Soda-Lime
Not all laboratory glassware is created equal. While soda-lime glass is common in household and industrial products, it...
Storage Solutions in the Lab: Why Polypropylene Containers Outperform HDPE in Some Applications
Laboratories depend on reliable storage containers to protect chemicals, samples, and reagents. Two common plastics dominate lab storage...
Autoclaving Laboratory Glassware: What Can and Can’t Be Sterilised
Autoclaving remains the gold standard for sterilisation in laboratories across Australia. By applying pressurised steam at 121–134 °C,...
Vacuum Filtration Setup: Buchner Flasks, Funnels, and Safety Tips
Vacuum filtration is a cornerstone technique in laboratories, used to separate solids from liquids efficiently. From chemistry classrooms...
Bunsen Burner vs Spirit Lamp: Which Heating Tool Is Safer for Your Lab?
Heating equipment is central to laboratory work, from sterilising instruments to conducting flame tests and chemical reactions. Two...
Bunsen Burners in the Lab: Types, Safety, and Best Practices
The Bunsen burner is one of the most iconic pieces of laboratory equipment, still widely used in schools,...
