Why are Blenders So Loud?
Have you ever done your best to cook dinner for your family in the kitchen and suddenly the blender came on like a jet engine? The noise is so loud you jump out of it and can’t hear what is being said.
Some mixes have noise canceling features that silence them when in use, but perform much worse than when not in use. However, most standard mixers are very loud, and this article aims to shed some light on the noise levels of the mixers.
Why are mixers so loud?
1. Steel agitator paddles:
Steel blades are very popular on most mixers these days. The problem is that steel is very abrasive. Mixer makers have done a lot to reduce this by offering smoother, longer blades instead of steel. However, the forward and backward movement of the blades is still as sharp as ever. This will grind everything in your blender, especially the engine.
2. Mixer motor:
To operate the mixer, you need to drive the motor pulley. This is done using a belt and pulley system. The most common mixer speed is around 50 to 100 rpm (cycles per minute). At high speeds, a standard stand mixer will reach around 250 rpm or even higher in the dough. Electric motors are very mechanical parts that require the use of electromagnets to function properly. The stronger the magnet, the more energy it needs to start the electric motor and the stronger it will be.
Whatever you do in the blender should always be working at the same time. This means you have a lot of mixing time when the engine is running at high speed. The knives are used with the same force to grind even hard materials to a powder consistency. They spin so fast and powerful enough to crush virtually anything in your blender.
4.High speed required for the mixer:
Most blenders come with mixing components to grind ingredients. Depending on the brand of mixer, these machines may require speeds of up to 2500 rpm (twice the speed of an ordinary stand mixer). This is where the engine really heats up and starts to break down. This puts even more strain on the motor and makes the blender even louder.
5. Most are done at low cost:
Most mixers are of a low standard and can be taken apart each day, they are for mixing only. You can buy a blender for $ 30 a minute. Inexpensive mixers are noisy because they are usually made of cheap plastic and metal. The good thing is that you can find good quality blenders that are quiet but come at a high price.
Do mixers have to be loud?
The standard mixer noise comes from a much faster and louder noise. However, some mixers have more functions that reduce noise better and keep them quiet. It all depends on the type of blender you want to buy. If you are looking for a blender or are interested in what some of the quieter models have to offer, read everything you need to know to find a quieter blender:
Are there silent mixers?
If you’re looking for a better, quieter blender, think about your budget first. You can still spend $ 200 + on a high-quality blender with all the features, but it’s important to know that most of these blenders look bright and beautiful, but they’re not quieter than the standard option. Truly silent blenders come at a price but are made for the best and for those who know what they’re doing.
The first thing to look for in a silent blender is the type of material it is made of. The really quiet feet are usually made of stainless steel or, better still, aluminum. The reason these materials are preferred is because they are not heated and a cheap plastic mixer can handle high speeds without overheating as much as you like. The quiet blender I recommend is Vitamix’s Quiet One.
Final thoughts on why mixers are loud
The reason why mixers are so loud is because they echo and have heavier blades. This makes them very abrasive and will be used in the engine for a long time. You will find that many blender motors are more powerful than conventional kitchen blenders, which means they heat up much faster.
Overall, wise and timely use of your blender is important as it will last for a long time without breaking down after a single application or two.