Saint-Gobain Silicone Tubing, 8 x 2 mm Wall

The Saint-Gobain Silicone Tubing 8 x 2 mm wall is engineered for durability and flexibility, making it ideal for laboratory, medical, and industrial fluid transfer applications. Manufactured from high-quality silicone, it offers superior chemical resistance and temperature stability.

Key Features:

• Brand: Saint-Gobain
• Material: High-quality silicone
• Inner Diameter: 2 mm
• Outer Diameter: 8 mm
• Application: Suitable for lab, medical, and industrial use
• Chemical & Temperature Resistant: Yes

Ensures precise, contamination-free fluid handling.

Frequently Asked Questions

1. What is the Saint-Gobain Silicone Tubing, 8 x 2 mm Wall used for?

It is engineered for durability and flexibility, making it ideal for laboratory, medical, and industrial fluid transfer applications. Manufactured from high-quality silicone, it offers superior chemical resistance and temperature stability.

2. Is the Saint-Gobain Silicone Tubing, 8 x 2 mm Wall suitable for lab, medical, and industrial use?

Yes. It is designed for lab, medical, and industrial use, and offers an inner diameter of 2 mm and an outer diameter of 8 mm to support this kind of work.

3. What inner diameter and outer diameter does the Saint-Gobain Silicone Tubing, 8 x 2 mm Wall have?

It has an inner diameter of 2 mm and an outer diameter of 8 mm, and is supplied under manufacturer part number 760650.

4. What is the Saint-Gobain Silicone Tubing, 8 x 2 mm Wall made from and what features does it include?

It is made from high-quality silicone. It also offers yes.

5. How does the Saint-Gobain Silicone Tubing, 8 x 2 mm Wall compare with the Silnova Tubing Silicone 12.00 x 2.00mm Hardness 60±5 Shore Type RAULAB FG SLIDETEC Non-Talc Powdered (Supplied Per Meter) from Silnova?

For lab, medical, and industrial use, the Saint-Gobain model is the better choice, offering an inner diameter of 2 mm and an outer diameter of 8 mm. The Silnova model offers a size of 12.00 x 2.00mm for diverse industrial and laboratory applications and a hardness of 60±5 Shore for optimal durability and flexibility as an alternative, while the Saint-Gobain model's yes help make it a strong fit for lab, medical, and industrial use.