Industrial glass blowing involves manipulating molten glass—typically borosilicate or quartz to create specialized apparatus for laboratory, pharmaceutical, and industrial use. Using techniques like torch working, lathe work, and mold blowing, skilled technicians produce precise, high-temperature resistant items such as vacuum manifolds, reactors, and custom glassware.
Key Aspects of Industrial Glass Blowing:
Materials: Primarily uses borosilicate glass for chemical resistance and fused quartz for high-temperature/high-purity applications.
Techniques: Involves heating glass, blowing air through a tube to form shapes, and using lathes for precision, particularly for making joints, seals, and specialized apparatus.
Applications: Essential for fabricating scientific labware, pharmaceutical research tools, chemical production equipment, and components for semiconductor or fiber optic industries.
Processes: Often requires annealing (controlled cooling) to remove internal stresses and prevent shattering.
We are experts in glassblowing techniques and are qualified to create the most demanding industrial glass products.
