10 Important Roles That Cold Flow Improvers Perform

In extremely cold driving temperatures, vehicles need more care than normal in order to stay on the road and perform well. In countries like Russia and Canada, where temperatures can plummet to extreme lows, there is a risk of fuel solidifying into waxy crystals that can cause many problems for drivers and businesses. That's where cold flow improvers come in. Here are 10 vitally important roles they perform.

1. The waxy crystals that are formed could cause problems for drivers, as they may stop the fuel from pouring when it comes to topping up their vehicles.

2. If the fuel doesn't remain in liquid form, there is a risk of it clogging engine filters and stopping the fuel from doing its job. Cold flow improvers are able to avoid this from happening.

3. Without adding the improvers, these problems can cause breakdowns on the road. This could mean drivers are stranded on the roadside in extremely cold weather as they await recovery.

4. As well as that concern, there is a risk of substantial breakdown costs that could eat a massive hole in your pocket.

5. If your business relies on vehicles being on the road to perform their duties, this could affect your ability to meet targets, which in turn could damage income.

6. If other businesses or individuals rely on you and your vehicles, not having them on the road could damage their bottom lines, too. This could see them decide to look for an alternative supplier. By using cold flow improvers, this risk is significantly reduced.

7. With significantly reduced waxy build-ups, the fuel is able to move freely around the engine and help the vehicle to perform at its optimum level.

8. Even when fuel isn't on the road, it needs to be stored. If it's being stored in extreme temperatures that means there is still a risk of waxy crystal formations without cold flow improvers.

9. Aircrafts also require their fuel to remain in liquid form in order to take off, fly and land. These chemical additives help aircrafts to perform, even in cold weather.

10. Factory generators also use diesel, which means they too need it to remain in liquid form.

By: Robert Berry-Smith

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If you think they could help, it may be worth reading more about the benefits of cold flow improvers and other diesel additives. Visit InnospecInc.com to find out more on diesel additives, cold flow improvers and lubricity improvers.