Kautex OPTI-RIP HDPE Canister, 10 L, DIN 45, 230 x 310 x 190 mm (L x H x W)

The Kautex OPTI-RIP HDPE Canister, 10 L, DIN 45, 230 x 310 x 190 mm (L x H x W) is a robust plastic container for storing or transporting liquids in laboratory, production and industrial environments. Its capacity and closure format are clearly specified to support reliable matching with the intended filling and dispensing setup.

Key Features:

• Brand: Kautex
• Capacity: 10 L
• Material: HDPE
• Closure Standard: DIN 45
• Dimensions: 230 x 310 x 190 mm

It is a dependable container option where the stated capacity, closure standard and any UN approval requirements match the intended application.

Frequently Asked Questions

1. What is the Kautex 10 L Canister used for?

The Kautex OPTI-RIP HDPE Canister, 10 L, DIN 45, 230 x 310 x 190 mm (L x H x W) is a robust plastic container for storing or transporting liquids in laboratory, production and industrial environments. Its capacity and closure format are clearly specified to support reliable matching with the intended filling and dispensing setup.

2. What capacity and closure format does the Kautex 10 L Canister use?

It uses 10 L, 190 mm, DIN 45, allowing it to be matched to the intended storage or transport setup.

3. Does the Kautex 10 L Canister have UN approval?

For regulated dangerous-goods transport, choose a Kautex model specifically marked with the required UN approval.

4. Is a closure included with the Kautex 10 L Canister?

The closure arrangement depends on the exact Kautex version. Match the DIN or stated neck format to the correct cap before use.

5. How does the Kautex 10 L Canister compare with the Thermo Scientific Nalgene HDPE Heavy-Duty Rectangular Carboy?

The Kautex container is the better fit when its industrial format, DIN closure or stated UN approval is required. The Nalgene HDPE Heavy-Duty Rectangular Carboy is designed for laboratory reagent storage and transport, so Nalgene is often preferable for lab-focused workflows while Kautex is stronger for industrial packaging requirements.