HQHAOTWU High-shear Emulsifying Pump Pipeline Emulsion Pump Single Stage Pipeline Stainless Steel 304 Mixing Emulsifying Mixer Flow Range 0-3m3/h 2900r/min for Mixing Dispersion Emulsification 110V
HQHAOTWU High-shear Emulsifying Pump Pipeline Emulsion Pump Single Stage Pipeline Stainless Steel 304 Mixing Emulsifying Mixer Flow Range 0-3m3/h 2900r/min for Mixing Dispersion Emulsification 110V
Long-lasting Durability: This single stage pipeline pump is equipped with high-quality accessories. Stainless steel fine emulsified teeth with high processing efficiency. Strong resistance to deformation. Stainless steel motor cover wraps around the motor to prevent splashing and effectively protect the motor. Fine sealing ring, excellent sealing performance. High quality bearings with high precision, low noise, high speed, and long service life
Fine Workmanship: This emulsion pump is made of high-quality stainless steel material. The strong frame structure maintains stability during operation. The pump head adopts a dead angle free design. Mirror polishing liquid does not remain, and the detachable pump head makes cleaning more convenient
Technical Specifications: Power:2.2KW; Voltage:110V; Frequency:60HZ; Speed:2900r/min; Flow range:0-3m3/h; N-d:4-16mm; Inlet:38mm; Exit:32mm; Material:stainless steel 304. The motor steering should be operated with the steering sign of the main shaft, and the reversal is strictly prohibited
Important Operating Precaution: The material must enter the working chamber of the emulsifying pump, and it can be switched on. It is also necessary to ensure that it does not run in the condition of material failure, so as to avoid idling and cause mechanical seals burn out or affect service life. Add a current protector when wiring the emulsion pump
Wide Range of Application: This high-shear emulsifying pump is suitable for food industry, cosmetic care, ink coating, petrochemical, printing and dyeing auxiliaries, paper making, chemical fertilizers, plastics, rubber, and other fine chemical mixing, dispersion and emulsification