Who We Are

Emaar Platform is a one-stop marketplace for all businesses which seek to make the process of procurement of industrial pumps for varied industries. The Platform aims to optimize and reduce the time lag that occurs from the moment an RFQ is raised by a customer to the retailers/ distributors from the OEMs. The platform aims to use advanced prediction modeling based on the customer's specific industry to mitigate any logistical and procurement challenge that might cause a delay in the operations of the businesses.

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FAQ

Orders placed using parcel shipping are delivered straight to you. Orders for products that are in stock that are placed by noon EST on business days (Monday through Friday, except holidays), are packed and shipped out that same day. Orders placed after 12:00 p.m. ET will be delivered the following business day. All purchases will be processed and dispatched within 24 hours of the anticipated delivery date. Click "Shipping and Delivery" at the bottom of our home page for more details on our shipping policies.

If a pump is producing knocking vibrations or noises while it is running (like pushing gravel), it is cavitating. Some typical cavitation symptoms include irregular power usage, pump output changes, or decreases.

No, a centrifugal pump's capacity and pressure (head) are directly related to its speed of rotation, impeller diameter, and size of its vanes.

Water is accelerated off the impeller's vanes by a centrifugal pump. As an impeller rotates backward, the centrifugal forces will still accelerate the water, but much less effectively. A pump that runs backwards will deliver less water at a lower pressure while typically using less electricity. If the impeller is screwed to the shaft, it may come loose when the machine is operated backwards.

There is no established standard that places restrictions on the minimum flow of pumps. Therefore, it is advised against using centrifugal pumps at flow rates that are 50% or below their optimal efficiency point. If the pump needs a flow rate of 50% or less, increase the flow through the pump using a recirculation line while keeping the system's pressure low. However, if a pump is used at low flows, it may quickly overheat, resulting in noise, vibration, cavitation, and mechanical damage.