Borosilicate Glass Sheet

Borosilicate glass consists primarily of silica, boric oxide, sodium oxide, potassium oxide and calcium oxide (70%, 10%, 8%, 8% and 1% respectively). The sheets are created by melting these components together at temperatures of up to 560° C to meet the materials transition temperatures. These temperatures are obviously far greater than those required to make normal glass.

The materials and their properties are more expensive to produce, yet its superior durability and properties make it an economical choice both in terms of production and use as it is almost guaranteed to last longer.

1. Good high temperature resistance

2. Good high pressure resistance

3. High light transmittance

4. Customizable size and shape

• High-performance lamps
• Cinema projectors
• Inspection panels for chemical reactors
• High precision components for optics, photonics and opto-electronics
• The best glass for microfluidic products
• Sight and gauge glasses for vessels and instrumentation
• Support material for wafer polishing
• Support material for microscopy
• Glazing for iron and steel plants
• Trays for distillation columns
• Oven baking trays
• Lamp covers
• Glazing for home fireplaces
• Microwave oven trays
• Substrates for electronic applications
• Substrates for microscopy and measuring scales
• Chemical reactor trays
• Substrate glass for electronics
• Substrate glass for optical filters
• Substrate glass for coatings
• Substrate glass for sensors
• Substrate glass for genetic analysis