Hecht Extra Fine Glass Wool (1000 g)

The Hecht Extra Fine Glass Wool is a high-quality filtration material designed for laboratory applications. With a fiber diameter of approximately 11 ± 1.1 µm, it ensures efficient filtration and sample preparation. The glass wool is made from C-glass according to DIN 1259 Part 1, offering excellent chemical resistance and thermal stability. This 1000 g pack is ideal for laboratories requiring larger quantities of glass wool for routine procedures.

Key Features:

• Brand: Hecht
• Fiber Diameter: Approximately 11 ± 1.1 µm
• Material: C-glass (DIN 1259 Part 1)
• Density: Approximately 2.52 g/cm³
• Transformation Temperature: 530°C
• Softening Point: 680°C
• Loss on Ignition: Max. 0.3% (DIN ISO 1887)
• Packaging: 1000 g pack

This extra fine glass wool is ideal for applications requiring high purity and consistent performance, such as filtration and sample preparation in analytical procedures.

Frequently Asked Questions

1. What is the Hecht Extra Fine Glass Wool used for?

It is a high-quality filtration material designed for laboratory applications. With a fiber diameter of approximately 11 ± 1.1 µm, it ensures efficient filtration and sample preparation. The glass wool is made from C-glass according to DIN 1259 Part 1, offering excellent chemical resistance and thermal stability. This 1000 g pack is ideal for laboratories requiring larger quantities of glass wool for routine procedures.

2. Is this product suitable for laboratory applications?

Yes. It is designed for laboratory applications, and offers a transformation temperature of 530°C and a softening point of 680°C to support this kind of work.

3. What transformation temperature and softening point does this product have?

It has a transformation temperature of 530°C, a softening point of 680°C and a loss on ignition of max. 0.3% (DIN ISO 1887).

4. What is this product made from and what features does it include?

It is made from c-glass (DIN 1259 Part 1). It also offers approximately 11 ± 1.1 µm and approximately 2.52 g/cm³.