DWK Life Sciences GL 45 ETFE Pouring Rings, Red, Pack of 10

DWK Life Sciences GL 45 ETFE Pouring Rings, Red, Pack of 10 is designed for clean pouring from compatible laboratory media bottles by DWK Life Sciences. Its documented configuration includes temperature: up to 180°C, pack size: Pack of 10, colour: Red. For PYREX ® media-lab bottles. Designed to withstand hot air sterilisation up to 180 °C.

Key Features:

• Brand: DWK Life Sciences
• Product Type: Pouring Rings for clean pouring from compatible laboratory media bottles
• Colour: Red for clear visual identification
• Pack Size: Pack of 10, supplied in the stated quantity for laboratory use
• Temperature: up to 180°C; use only within the published temperature limits

This DWK Life Sciences pouring rings supports clean pouring from compatible laboratory media bottles. Confirm the published dimensions, operating limits and compatibility with the intended equipment or process before ordering.

Frequently Asked Questions

1. What is the DWK Life Sciences GL 45 ETFE Pouring Rings, Red, Pack of 10 used for?

DWK Life Sciences GL 45 ETFE Pouring Rings, Red, Pack of 10 is designed for clean pouring from compatible laboratory media bottles by DWK Life Sciences. Its documented configuration includes temperature: up to 180°C, pack size: Pack of 10, colour: Red. For PYREX ® media-lab bottles. Designed to withstand hot air sterilisation up to 180 °C.

2. What colour does this product offer?

It offers colour of Red for clear visual identification.

3. What temperature and pack size does this product have?

It has temperature of up to 180°C; use only within the published temperature limits, and pack size of Pack of 10, supplied in the stated quantity for laboratory use.

4. What are the key features of this product?

It offers the following key features: Pouring Rings for clean pouring from compatible laboratory media bottles; Red for clear visual identification; Pack of 10, supplied in the stated quantity for laboratory use; up to 180°C; use only within the published temperature limits.