Finding and selecting the best supplier is an essential first step to choosing the right pump to be able to help you meet your needs and requirements. You need to think what you will be using the pump for. You also need to assess in full how much and how often you’ll be using the pump too and if this will be used on a daily basis too.
There are many ways to find supply sources, from asking around in the industry to online research. It is an investment that requires you to consider many factors. If you choose the wrong option, then you could face shipping delays, poor quality or a product that does not fulfill its function properly and it would be a disaster. That’s why it’s really important that you choose a reliability supplier.
Value the key importance of service above everything else
Look for experienced suppliers who have been in the industry a long time, they probably offer an added level of support. Companies with a solid, long-standing relationships with clients is a good sign. A good supplier will be always honest with its customers. It is important to have a clear communication to find out what the customer needs and how they can serve you better in the future. The development, production, and delivery of a product are completely essentials. Give priority to companies with an in-house customer support department with a team of dedicated employees supporting you. They will help to ensure nothing gets missed.
You cannot ignore the added value of reliability
Reliability is very much what it sounds like. A reliable supplier means receiving high quality standards, timeliness, competitiveness and constant innovation. How long has the company been in the industry? While there is no reason necessarily to disregard a new company, an experienced supplier is more likely to have the potential and the connections to support you. Commitment to the market demands must be evident for a good supplier.
There are hundreds of pump types, multiple pump suppliers and a wide range of prices. Knowing a few key pieces of information before you begin will save you time and ensure that you spend your money on the right pump for the job.
Figure out the flow rate
Flow rates tell us about the efficiency of a pump. It means high flow rate means that it can pump more amount of water per minute. You’ll need to describe to pump suppliers – manufacturers or distributors – the work the pump will be doing and the type of environment it will working in.Flow rate is a good place to start. This is a metric measuring how much fluid is moving through your system and how fast. It’s typically measured in gallons per minute (gpm) or liters per minute (lpm). This is the case for any pump and a measurement value used right across all areas of the industry. It is for sure a value to look out for when and if you may be looking to purchase a new pump.
Figure out the total head necessary
Total head is the amount of pressure the pump needs to do its job. This is the case whether that’s lifting liquid over an elevation increase, moving it against the friction of the pipe, supplying pressure at the end of the system or any combination of those. Look at this very closely to be sure to buy the perfect product.
Pressure
Pressure is expressed in bars and measures the force with which the water is pumped. However, it is important to remember that flow rate and pressure are proportional to one another: the smaller the cross-section of the pipe, the higher the pressure, regardless of flow rate. Pressure can also be indicated as a number of metres of water column (mWC), where 10 mWC= 1 bar. Look very closely at this as a key specification should you be in the market to buy a new pump as this can and often will make all the difference to what you end up with.
Single-stage or multi-stage pumps
Pumps can be single-stage or multi-stage.Single-stage models have one impeller which sucks up and pumps the water; multi-stage models have several impellers.The advantage of a multi-stage pump is that the water pressure is progressively increased by each impeller. Multi-stage pumps offer greater hydraulic efficiency and are more cost-efficient and robust. Due to how they operate, these pumps are referred to as centrifugal pumps: the high-speed rotation of the impeller sucks in the liquid.
Self-priming function
In terms of practical features, some pumps are self-priming (for easier start-up). Some models also have a water-level detection mechanism which switches off the pump when there is no water supply.Depending on how and where you want to install your pump, you may also want to consider the number of decibels (dB) it generates (not applicable for submersible pumps).
Describe the fluid to be pumped
Is it water or oil or something in between? More viscous liquids require more powerful and sometimes different kinds of pumps. What is the chemical make up? Acidic or corrosive liquids can damage certain pump materials. What is the temperature of the liquid? Does it contain solids? Are those solids fragile – like the ingredients in an ice cream or soup? Are they abrasive? If so, they could wear down a pump made from the wrong material. Do the solids need to be chopped up? Some pumps include a chopper mechanism.
Quality of The Pump
One of the first and important thing that you need to consider is the brand. If you buy it from a reputed company then the motor will be of high quality. You can use the internet for searching for the best brand out there for water pumps. Moreover, which company pump is of high quality. Another thing to consider is what you want to pump with it.
Some pumps can pump any kind of liquid and some cannot so consider this. Make this a key point in the buying decision process and use this to ensure you buy the best pump for you and your needs. There are no end of manufacturers out there so make sure you do all you can to buy from the best one you can. The UK has a big pumps market and with this there are some very good firms to keep a good and close eye out on should you be in the market for a new pump.
Conclusion
Whenever you want to buy a pump, it is important to know what you want to do with it. Also, consider other factors such as brand, flow rate and choose what works best for you. Just remember that no one pump is ever the same. All pumps have their different uses and all work in their own ways for the end user. They are also different in terms as to how they are able work in robust environments too. For example, there are pumps for hospitals and then pumps for waste water and other business needs. What remains the same is the fact the pumps have to process liquid matter. They are all around us even when we can’t see them and in places you may not even realise either.
