Mixed sand and stone can be separated using a rotary sand sieving machine. Sand and stone cannot be refined any further if they are combined. As a result, the machine will facilitate the work that the operator previously performed manually by sieving. To speed up the sieving process, you can use a machine powered by human labour. This study aims to develop the most efficient and cost-effective concept design possible. Beginning with a functional decomposition, a morphological matrix is used to generate ideas. Then, a feasibility evaluation, a yes/no screening, and a basic decision matrix are used to evaluate the concepts. One or more of the most promising ideas are ultimately picked to undergo further development into actual goods based on evaluation and other selection criteria. This design successfully achieved the most optimal sand-sieving machine concept in terms of efficiency, energy, and adaptability.
Let's understand the use of rotary sand sieving machine.
In its unprocessed state, construction sand includes debris like dead insects and tiny stones and gravels of varying sizes. It is necessary to filter sand to get it to the proper grain size for building projects. Different versions of sand screening machines are commercially available to speed up this process and tailor it to the specifics of the sand and the site.
You can choose a 5 Cum/hr capacity Rotary Sand Screening Machine that performs admirably. This device operates at a speed of 440 rpm, driven by a 5 hp motor. The unit has a geared motor, a 5 mm screener, a 1 x 1-inch mesh, and a 5 mm x 5 mm mesh that can be swapped out. This 155-kilogram Rotary Type Sand Screening Machine is constructed entirely of stainless steel. It also has a high level of strength, a low cost of operation, is easy to use, and lasts for a long period.
When it comes to sand screening, a rotary machine has several advantages.
In this model, the cylindrical portion of the machine will rotate to perform the sieving ( see fig. below). They can be run by hand or by an external power source.
The necessary capacity motor is coupled to the cylinder's shaft and drives the mechanical device.
In the event of a power outage, the handles provided by some manufacturers can be used.
The drum shaft in the hand-cranked machine will be equipped with a handle for manual rotation.
The hopper is where the sand goes before it is sieved and gathered in front of or under the cylinder. The cylindrical drum is sometimes referred to as a trommel drum, and the machine is then called a trommel drum screening machine in those areas.
Features of the Rotary Sand Sieving Machine
• Sieves can be switched out quickly and easily. Strong and sturdy 1.60 mm GI Both automated and hands-on models feature mesh.
• Comfortable use even when the power is out.
• tolerates extreme heat and other forms of stress
• The wheels of smooth transportation
• Excellent productivity rates
• Costs that are easy on the wallet
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