Food Grade

CINN-CHAIN FG 125 II

Interlube’s CINN-CHAIN FG 125 II Synthetic Oven and Chain Fluid is a synthetic bearing and oven chain lubricant specially manufactured for high load and operating temperature demands which occur in Tenter (revolving) chain dryers.  Its great thermal stability and resistance to oxidation far exceed the specifications for which mineral lubricants are designed. Its naturally high viscosity index as well as its very low fluidity index ensure its performance in a wide range of temperatures. These physical qualities are inherent to the molecular advantage of having a fully synthetized hydrocarbon (SHC) base – no mineral oil. All these benefits add up to give the CINN-CHAIN FG 125 II Synthetic Bearing & Oven Chain Fluid the ability to maximize service intervals, reducing consumption and increasing the life of the equipment by reducing stops and maintenance costs.

CINN-CHAIN FG 1200 II

Interlube’s CINN-CHAIN FG 1200 II is designed for use in high temperature ovens where a USDA H1 lubricant is wanted or needed (acceptable for incidental food contact). It can be used in applications up to 240°C or 465°F.  It offers excellent anti-wear performance and oxidation resistance.  It has low volatility which helps reduce oil consumption.  The synthetic basestock used prevents carbon and varnish deposit formation.  As it doesn’t need diluents to facilitate application, it has a high flash point and is safe to use even in high temperature environments.  The low surface tension ensures good adhesion to the lubricated surfaces.

CINNFLUID AW+1 Synthetic Fluids

Interlube’s CINNFLUID AW+1 Synthetic Fluids are multi-purpose synthetic food grade lubricants specially formulated with very high levels of antioxidants to meet the most demanding requirements of the food processing and pharmaceutical industries.  They are suitable for a wide range of general-purpose applications including today’s modern high pressure, high speed hydraulic systems.  They are formulated with a unique combination of anti-wear agents, mild EP agents, rust inhibitors, and oxidation inhibitors which pass the tough Vickers 2000 psi pump wear test while still maintaining their food grade rating. The oxidation stability and anti-wear performance of these synthetic food grade lubricants is superior to most non-food grade lubricants on the market today.  These synthetic lubricants are used in many applications including those calling for non-detergent oils, bearing lubricants, non-EP type gear lubricants, electric motor lubricants, spindle lubricants, chain lubricants, and circulating system lubricants.

CINNFLUID AW+1 Synthetic Fluids are available in 4 ISO grades from an ISO 32 to ISO 150.   They are all NSF H1 and are suitable for food machinery applications where there is possibility of incidental contact with food or its packaging materials.

CINNFLUID GB+1 Synthetic Fluids

Interlube’s CINNFLUID GB+1 Synthetic Fluids are multi-purpose synthetic USDA H-1 lubricants formulated to give superior component protection in a myriad of applications in production requiring food grade lubricants.  They have inherently superior thermal and oxidation stability made even more robust by specially selected anti-oxidants enduring performance exceeding conventional FG lubricants.  With very high Viscosity Indexes and very low Pour Points, these products can be used over an extremely wide range of operating temperatures.  The synthetic basestocks used ensure unparallel equipment protection due to the unique “molecular advantages” with benefits such as low volatility, high stability, and anti-wear/ extreme pressure far beyond competitive lubricants.  These properties also allow them to function as multi-service products meeting or exceeding many OEM requirements.

CINNFLUID GB+1 Synthetic Fluids are available in 7 ISO grades from an ISO 100 to ISO 1000.   The High VI and Low Pour Point are inherent to the specially selected synthetic base oils used in each formulation ensuring excellent performance in even the most severe conditions. They also have superior thermal and oxidation stability that far exceeds more conventional products.  All of these benefits add up to significantly longer lubricant and equipment life as well as reduced downtime and maintenance costs.