Our Metallic Pumps range offer versatility in sizes, capacities, and material options to suit any process fluid application. These pumps are adept at handling flows of up to 1200 m3/hr, catering to a wide range of acids, alkalis, and solvents at temperatures up to 280°C and elevated pressures. We can provide the right solution for circulating and transferring your liquid chemicals. Choose Chemitek for customizable solutions designed to meet your specific fluid transfer needs with precision and efficiency.
Our Pump model is available in a wide range of sizes, capacities and materials to fit virtually any process-fluid application. With more than 30 selections and multiple design options, we’ve got your application covered — for abrasives, corrosive media.
Nozzel Size | 25MM to 250MM (1" To 10") |
Maximum Flow | 1200 M3/HR |
Maximum Head | 120 M |
Flange Rating | ASA 150 / ASA 300 |
Maximum Operating Temp | 270 °C |
Maximum Working Pressure | 25 KG / CM2 (BAR) |
Standard | ANSI / ASME B73.1 |
Impeller Type | Open / Semi-Open |
Other Technical Data |
Max. temperature: 371°C (700°F). Three stuffing-box options available. Multiple port sizes available. Multiple seal-flush plans available. Base plates available in various MOC. Certified testing as per Hydraulic Institute and material certifications per ASTM. |
Wax replicas of the desired castings and produced by injection moulding using a metal die. These replicas are called "patterns".
This patterns are attached via a "gate" to a central wax stick, referred to as a "tree" or "sprue", to form a casting cluster or assembly, and mounted on a pouring cup.
A shell is built by immersing the assembly in a liquid ceramic slurry and then into a bed of extremely fine sand. Several layers may be applied in this manner.
Once the ceramic is dry, the wax is melted out in an autoclave, creating a negative impression of the assembly within the shell. The shell mould is then fired in a high temperature oven.
The shell is filled with molten metal using various techniques and, as the metal cools, the parts, gates, tree and pouring cup become a solid casting.
When the metal has cooled and solidified, the ceramics shell is broken off by vibration or water blasting.
The parts are cut away from the central tree using a high speed friction saw.
Minor finishing operations, such as fettling and grinding, are undertaken to produce a metal casting identical to the original wax pattern.