Grease may seem harmless as a thin film on your kitchen’s exhaust system, but over time it can create a cascade of problems. When grease clogs hood and duct systems, it restricts airflow, forcing HVAC systems to work harder and reducing the lifespan of critical equipment. It also leads to excessive heat and lingering odors, making the kitchen environment less comfortable and harder to work in. Proactive grease management prevents this buildup, preserving energy costs and equipment performance. More info jasvidhoodcleaning.com
Grease consists of three main components: oil, additives, and thickeners. Oils account for 75-95% of a grease’s composition, while additives and thickeners add specific functionality. A thickener acts like a sponge that absorbs and holds the lubricating oils and gives the grease consistency and adherence.
How Grease Affects Airflow in Commercial Kitchens
When a grease is heated, its dropping point (or pour point) is determined by the temperature at which it begins to separate from the thickener matrix. A lower drop point indicates a softer grease.
The dropping point of a grease is an indicator of its thermal stability, but it is important to note that it does not necessarily indicate how high a grease can be used. For example, a grease with a low dropping point can be damaged by hotter temperatures than those for which it was designed.
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