ADDINOL FOODPROOF XHF 320 HT

Product description

ADDINOL FoodProof XHF 320 HT is a high-performance lubricant based on high-quality base oils displaying an outstanding thermal and oxidative stability. The products are characterised by its neutral smell and light colour.

ADDINOL FoodProof XHF HT products are particularly suited for high temperatures and difficult lubricating and operating conditions. The product prevents solid residues and deposits also at highest temperatures reliably and on the long run.

All ingredients of ADDINOL FoodProof XHF ... HT are physiologically harmless and meet the European guidelines, the NSF category H1 as well as the requirements acc. to Kosher and Halal. The ingredients also meet the internationally accepted FDA standards and they are free from allergens acc. to Regulation (EU) No. 1169/2011, annex II.

Registration letters can be found at: http://info.nsf.org/USDA/letters/161870.pdf

APPLICATION

• Outstanding suitability for further high-temperature applications in kilns, dryers and other devices for the lubrication of conveyor belts, chains and rolls at temperatures up to +260°C (temperature depends on re-lubrication and lubricant quantity).
• Especially recommended for the lubrication of transport and drive chains, e.g. in ovens.
• Ideally suited for applications in the food, feed, cosmetic and pharmaceutical industries, where high thermal demands are placed on the lubricating oil.
• Recommended for lubrication points where incidental food contact cannot be excluded.

CHARACTERISTICS

• Highest thermal and oxidative stability
• Usable where a direct contact with food and food packaging cannot be excluded (NSF H1)
• Very low tendency to form residues and varnishes at friction points
• Extremely low evaporation loss and oil consumption
• Outstanding protection against friction and wear at various loads and sliding speeds
  

ADVANTAGES AND BENEFITS

• Applicable at maximum productivity and highest operating temperatures
• No registrations on using films as food packaging
• Does not form deposits or sticky and solid residues
• Reduction of oil consumption and costs
• Outstanding protection at high loads as well as decrease of wear and energy consumption