Klübertec CM 2-004

Article-No: 037050 Metalworking oil registered as NSF H1

Klübertec CM 2-004 is a low-viscosity metalworking oil. The product is ready for use, thus reducing the risk of inappropriate product concentration by the user. For a product with such low viscosity, Klübertec CM 2-004 has a high flash point and offers good wear protection.

Klübertec CM 2-004 is NSF H1 registered and therefore complies with FDA 21 CFR § 178.3570. The lubricant was developed for incidental contact with products and packaging materials in the food-processing, cosmetics, pharmaceutical or animal feed industries. The use of Klübertec CM 2-004 can contribute to increase reliability of your production processes. We nevertheless recommend conducting an additional risk analysis, e.g. HACCP.

Important Notice Regarding Safety Data Sheets / Disclaimer

The Safety Data Sheets (SDS) provided in this download section are for general information purposes only. Due to technical updates, we cannot guarantee that the files available online reflect the most current status at all times.

The only legally binding version is the Safety Data Sheet transmitted directly to you upon purchase or delivery of the goods. This document contains the specific safety information valid for your delivered product.

Please verify any downloaded files against the documents received with your delivery before use. We accept no liability for damages resulting from the use of outdated online versions, unless caused by intent or gross negligence on our part.

If you are unsure whether you have the latest version or require an updated document, please do not hesitate to contact our Customer Service.

Klübertec CM 2-004

Benefits for your application

  • Klübertec CM 2-004 enhances process stability in the manufacture of packages for the food-processing and pharmaceutical industries
  • The product's miscibility allows individual adjustment of performance capabilities to the process, e.g. through mixing with Klüberfluid NH1 1-002 or PARALIQ 91
  • Low-residue evaporation at elevated temperature makes subsequent cleaning in many cases unnecessary

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