● Lab Glassware
Because of its chemical and thermic resilience, borosilicate glass is widely used as a foundation material for scientific glassware. The majority of contemporary lab beakers, flasks, and other glass containers are composed of borosilicate glass.
● Glass Tubing for Pharmaceuticals
Pharmaceutical receptacles such as needles, cartridges, vials, and ampoules are made of borosilicate glass. When in interaction with most liquid pharmaceutical preparations, the substance is generally nontoxic.
● Cookware and Kitchen Experiments
This glass substance has made its way into cookware, notably for frying and baking, due to its excellent heat resilience. For baking dishes and glass cooking pots, many cookware companies utilize borosilicate glass.
This glass is also utilized for measuring cups and other similar receptacles due to its minimal thermic expansion. Since the material does not distort when subjected to high temps, the graduations labelled on the glass containers remain accurate.
● Optical Apparatus
Borosilicate glass is a suitable material for making slides and lenses for microscopes, telescopes, and other optical equipment because of its stability. The application of doping chemicals can alter glass properties like absorbance spectra.
● Lighting Systems
Lighting devices require heat-resistant glass containers and membranes, which is where borosilicate glass comes in handy. HID lamps, contemporary high-powered torches, and studio spotlights all employ this type of glass.
● External Lenses for Aircraft
Because of its clear optical characteristics, transmissibility and capability to resist the temp differential observed during high altitude flight, borosilicate glass lenses are used in aircraft external lights.
The optical transmission properties of one kind of borosilicate glass are shown in Figure 1. It’s worth noting how consistent the functionality is over the whole wavelength range of 300 to 1200 nm.