High Borosilicate Glass Sample Box - Round Storage Container (60/75/90/100/120/180mm)(90mm Stainless Steel Drum)

High borosilicate glass has excellent fire resistance and high physical strength. Its mechanical properties thermal stability and resistance to and acid have been greatly improved. It can be widely used in various fields and made into a variety of productsPREMIUM MATERIAL: Constructed from high borosilicate glass offering exceptional thermal resistance and chemical durability for reliable sample storageHigh borosilicate glass has excellent high-temperature resistance and can withstand sudden temperature changes. It can typically endure temperatures above 400° C. It has a low coefficient of thermal expansion preventing cracking caused by temperature variationsThe high borosilicate glass sample box is made of glass material which can maintain its transparency and stability. This transparency enables laboratory personnel to observe clearly and accurately the experimental resultsHigh borosilicate glass jars are renowned for their high-temperature resistance and strong sealing performance as well as their outstanding transparency and durability providing a perfect solution for storing various items

• Constructed from premium high borosilicate glass, this sample box offers exceptional thermal resistance and chemical durability, making it perfect for laboratory and home use.
• Engineered to withstand sudden temperature changes, this glass container can endure temperatures above 400°C, ideal for high-heat applications and experiments.
• The transparent devise allows for easy observation of contents, enabling accurate assessment of experimental results without the need to open the container.
• Renowned for its strong sealing performance, this airtight sample box protects samples from environmental factors, ensuring their integrity during storage.
• Versatile and durable, this high borosilicate glass storage container meets diverse storage needs, perfect for laboratory experiments and efficient home organization.