Description
Specifications Table
Product Name – Septum for AcroSeal®, butyl rubber/teflOn
Quantity/Pack Size – 43 x 3 mm 10EA
Form – Septum
Grade – Lab Grade
Application – Sealing for vials and containers
Product Overview
The Septum for AcroSeal®, crafted from high-quality butyl rubber and PTFE, is engineered to provide superior sealing performance in laboratory environments. This septum ensures a leak-proof barrier, making it ideal for applications where maintaining sample integrity is crucial. The butyl rubber core offers excellent chemical resistance, while the PTFE layer enhances durability and prevents contamination. With a size of 43 x 3 mm, it fits seamlessly with AcroSeal® vials and containers, ensuring compatibility and ease of use. The septum is designed to withstand repeated punctures without compromising its sealing properties, making it a reliable choice for demanding lab procedures. Its robust construction minimizes the risk of sample loss or contamination, ensuring accurate and reproducible results. Whether used in analytical, research, or industrial settings, this septum delivers consistent performance, providing peace of mind for critical applications. The pack of 10 ensures you have an adequate supply for ongoing experiments, reducing downtime and improving workflow efficiency.
FAQs
1. What is the composition of this septum?
This septum is made from a combination of butyl rubber and PTFE, offering chemical resistance and durability.
2. Is this septum compatible with AcroSeal® vials?
Yes, it is specifically designed to fit AcroSeal® vials and containers with a size of 43 x 3 mm.
3. How many septa are included in one pack?
Each pack contains 10 septa, providing an adequate supply for most lab needs.
4. Can this septum be reused after puncturing?
While it is designed to withstand multiple punctures, it is recommended to replace the septum if it shows signs of wear or damage.
5. What are the storage conditions for this septum?
Store the septa in a cool, dry place, away from direct sunlight and extreme temperatures to maintain their integrity.
