Rotor Pump: Rotor (two to four teeth) rotating in opposite direction synchronously generates suction (degree of vacuum) at the inlet during rotation to aspirate the material to be conveyed. The two rotors divide the rotor chamber into several small spaces and operate in the order of a → b → c → d. Operation to position a, only with phase Ⅱ chamber, the medium is delivered to the discharge port. So cycle back and forth, the media (material) that is continuously transported out.
1. Selection: For different industries, by the professional selection of engineers working conditions for customer data acquisition, analysis, combined with the actual application of comprehensive calculation to ensure that the product model and configuration to meet the actual needs of customers.
2. Processing technology and equipment: all the key components using the machining center for finishing, in order to ensure the accuracy requirements and the interchangeability of parts.
3.Technical Innovation: Through regular customer visits, understand the pump in different industries, the actual use of the customer encountered problems. Due to manufacturing, processing technology, design defects and other technical issues, the technical department to carry out special technical research, improve or optimize the design. Improve the pump in a small range of trial (8-12 months), the use of directional tracking effect, a comprehensive assessment of mass market.
Cam rotor pump The product uses two synchronous rotor, the rotor by a pair of external synchronous gearbox for transmission, the rotor driven by the drive shaft in the opposite direction of rotation, which constitutes a high degree of vacuum and discharge pressure, in particular Suitable for delivery of pharmaceutical grade media and corrosive high viscosity media.
Cam pump: The fluid is sucked into the pump and completely fills the space between the rotors, remaining between the rotating impeller and the pump housing, filling chamber I with liquid in the closed space; to position b, chamber B is closed Part of the medium; to position C, chamber A is also closed to the medium; to position d, chamber A is smoothly transported through the pump body, intermeshing rotor blades can produce flow to overcome the discharge pressure, which reliably discharge the fluid.
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