SI Analytics Buffer Solutions in FIOLAX Ampoules L 4690 2 x 30 Ampoules, Buffer Solution pH = 4.00 / 7.00, Sterilized

The SI Buffer Solutions In Fiolax Ampoules L 4690, 2 x 30 Ampoules, Buffer Solution pH = 4.00 / 7.00, Sterilized are designed for accurate calibration of pH measurement systems. Supplied in double-end Fiolax ampoules, these buffer solutions provide a high degree of reliability and measuring accuracy for laboratory applications.

Key Features:

• Brand: SI
• Model: L 4690
• Buffer Solution: pH = 4.00 / 7.00
• Ampoule Type: Double-end Fiolax ampoules
• Sterilisation: Hot steam sterilised for a very long shelf life
• Preservatives: Without preservatives
• Certificate: Supplied with manufacturer certificate
• Volume: 20 ml ampoules with approx. 17 ml content
• Packaging: 2 x 30 ampoules

These buffer solutions are ideal for laboratories requiring dependable pH calibration standards with long shelf life, accurate performance, and convenient ampoule packaging.

Frequently Asked Questions

1. What is the SI Buffer Solutions In Fiolax Ampoules L 4690, 2 x 30 Ampoules, Buffer Solution pH = 4.00 / 7.00, Sterilized used for?

The L 4690 is designed for the intended laboratory application. The stated format and features make the product suitable for routine laboratory work within that application.

2. What are the main specifications of the L 4690?

The main specifications of the L 4690 are that the volume is 20 ml ampoules with approx. 17 ml content and the buffer solution is pH = 4.00 / 7.00. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the L 4690 suitable for the intended laboratory application?

Yes. The L 4690 is suitable for the intended laboratory application. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement.

4. What pack size is the L 4690 supplied in?

The L 4690 is supplied as 2 x 30 ampoules. This is useful when planning stock levels and routine laboratory consumption.