Booster pump household water booster pump working principle and purpose

1, the use of home booster pump: Home water booster pump is mainly used for fish pond water cycle, tap water pressure less pressure, apartment water tower pressure, water heater pressure booster, home water purifier front booster, Industrial equipment, circulation boiler cooling and other fields of work. 2, home booster pump works: Home booster pump uses a very wide range, with the increasing use of household booster pump, booster pump on the working principle of home has received more attention. So household tap booster pump works is what? Booster pump home tap water booster pump working principle Next will be on the home booster pump to do a detailed analysis of the working principle: Domestic tap water booster pump works similar to the pressure booster, large-diameter air-driven piston to impose a very low Pressure, when the pressure on a small area piston, produce a high pressure. Through a two-way five-way control valve, booster pump to achieve continuous operation. The one-way valve controlled by the high-pressure plunger constantly liquid discharge, booster pump outlet pressure and air-driven pressure. When the pressure between the drive section and the output liquid section reaches equilibrium, the booster pump stops operating and consumes no more air. When the output pressure drops or the air-driven pressure increases, the booster pump will automatically start running until it reaches the pressure balance again after the automatic stop. Household water pressure pump with a single gas-controlled unbalanced gas distribution valve to achieve automatic pump reciprocating motion, the gas drive part of the pump body made of aluminum. Wetted part of the media according to different choice of carbon steel or stainless steel. General pump has intake, exhaust two ports, the inlet can produce less than atmospheric pressure (ie atmospheric pressure) called "negative pressure"; in the exhaust port can produce higher than atmospheric pressure called "positive Pressure "; for example, often say that the vacuum pump is negative pressure pump, booster pump is positive pressure pump. Positive pressure pump and negative pressure pump are very different. For example, the gas flow, the negative pressure pump is the external gas is sucked into the suction nozzle; positive pressure is discharged from the exhaust nozzle; such as the level of pressure. Through the above analysis of the working principle of the booster pump, we can basically grasp the working principle of the domestic tap booster pump. The use effect of a type of product is not good, not only depends on the working environment, but more importantly, the pre-work preparation . For products such as domestic tap booster pumps, which do not necessarily penetrate people's lives, a thorough understanding of how they work can improve productivity and at the same time produce high profits. (This article is published by Asia Fluid Network Editor, please indicate Asia Fluid Network, Promotion Service Hotline:, QQ:,)

Sintered Ferrite Magnet, hard ferrite, hard ferrite magnet is also called Ceramic Magnets.
Sintered ferrite magnets are available in isotropic magnet and anisotropic magnets. The magnetic properties of isotropic ferrite are low. Since they have nearly the same magnetic properties in all directions, so isotropic ferrite magnets can be magnetized in many different directions or in multi-poles. Anisotropic ferrite magnets have better magnetic properties compare with isotropic ferrite magnets. However this type of magnets can only be magnetized along a preferred direction.

Permanent ferrite magnets are made of hard ferrites, which have a high coercivity and high remanence after magnetization. Iron oxide and barium or strontium carbonate are used in manufacturing of hard ferrite magnets. The high coercivity means the materials are very resistant to becoming demagnetized, an essential characteristic for a permanent magnet. They also have high magnetic permeability. These so-called ceramic magnets are cheap, and are widely used in household products such as refrigerator magnets. The maximum magnetic field B is about 0.35 tesla and the magnetic field strength H is about 30 to 160 kiloampere turns per meter (400 to 2000 oersteds). The density of ferrite magnets is about 5 g/cm3.

The most common hard ferrites are:
Strontium ferrite, SrFe12O19 (SrO·6Fe2O3), used in small electric motors, micro-wave devices, recording media, magneto-optic media, telecommunication and electronic industry.
Barium ferrite, BaFe12O19 (BaO·6Fe2O3), a common material for permanent magnet applications. Barium ferrites are robust ceramics that are generally stable to moisture and corrosion-resistant. They are used in e.g. loudspeaker magnets and as a medium for magnetic recording, e.g. on magnetic stripe cards.

Why choose Ferrite Magnet?
1. Low cost and low price.
The raw material cost is very cheap and manufacturing process is simple. So the price if it is very low.
2. Nice temperature stability
Ferrite magnets can be used in the working temperature from -40℃ to 200℃.
3. Well prevent corrosion
The raw material of sintered ferrite magnet is oxide, so ferrite magnets will not be rusted under severe environment nor affected by many chemicals.

Ferrite Magnet

Ferrite Magnet,Block Ferrite Magnet,Round Ferrite Magnet,Hard Sintered Disc Ferrite Magnet

Jinyu Magnet (Ningbo) Co., Ltd. , https://www.magnetbonwin.com