26ml LBG Neutral Borosilicate Glass Sample Vial with Screw Cap and EPE Liner
The Labbox LBG 26 mL neutral borosilicate glass sample vial provides reliable storage for larger samples and laboratory solutions. Available individually, each vial is fitted with a screw cap and EPE liner to deliver a tight, dependable seal that safeguards sample integrity during handling and storage.
Manufactured from neutral borosilicate glass (Type I), these vials are resistant to a wide range of laboratory reagents and have an average linear thermal expansion coefficient of 8.0 × 10⁻⁶ K⁻¹. Designed for applications where direct heating is not required, they are well suited to laboratory tasks that demand mechanical strength, such as sample storage, transport and analysis.
Practical Applications
– Storage of larger laboratory samples and solutions
– Long-term sample retention for analysis and stability testing
– Handling and secure transport in laboratory workflows
– Widely used in pharmaceutical and research laboratories for controlled storage of prepared samples
Key Features
– 26 mL clear borosilicate glass sample vial, individually supplied
– Neutral borosilicate glass ensures high chemical resistance
– Average linear expansion coefficient of 8.0 × 10⁻⁶ K⁻¹
– High mechanical resistance for robust sample handling
– Screw cap with EPE liner ensures dependable leak prevention
– Clear transparency supports visual monitoring of samples
– Durable borosilicate glass vial format for laboratory use
Quality & Standards
– Manufactured from Type I neutral borosilicate glass
– Resistant to a broad range of laboratory reagents
– Complies with recognised standards for neutral borosilicate glassware
Specifications
– Capacity: 26 mL
– Material: Neutral borosilicate glass (Type I)
– Colour: Clear
– Closure: Screw cap with EPE liner
– Brand: Labbox LBG
– Availability: Sold individually
The Labbox LBG 26 mL neutral borosilicate glass sample vial combines chemical resistance, secure sealing and strength, making it a reliable choice for laboratory and research applications requiring larger sample volumes.
