2BV2 071 Series Water Ring Vacuum Pump The 2BV series water ring vacuum pump represents the latest generation of energy-saving vacuum equipment, designed for pumping gas and water vapor. It achieves a maximum suction pressure of 33mbar absolute pressure (97% vacuum degree) and can function as a compressor with a maximum discharge pressure of 0.26MPa (absolute pressure). This advanced series offers superior performance, comprehensively replacing SK, 2SK series water ring

2BV5 110 Water Ring Vacuum Pump The 2BV series water ring vacuum pump represents the latest generation of energy-saving vacuum equipment, designed for pumping gas and water vapor. It delivers maximum suction pressure of 33mbar absolute pressure (97% vacuum) and maximum discharge pressure of 0.26MPa when used as a compressor. This advanced series comprehensively replaces SK, 2SK series water ring vacuum pumps and W, WY, WL series reciprocating vacuum pumps with superior

2BV5 121 Water Ring Vacuum Pump The 2BV series water ring vacuum pump represents the latest generation of energy-saving vacuum equipment, designed for pumping gas and water vapor. It achieves a maximum suction pressure of 33mbar absolute pressure (97% vacuum degree) and can function as a compressor with a maximum discharge pressure of 0.26MPa (absolute pressure). This advanced series offers superior performance, comprehensively replacing SK, 2SK series water ring vacuum pumps

2BV5 131 Water Ring Vacuum Pump The 2BV series water ring vacuum pump represents the latest generation of energy-saving vacuum equipment, designed for pumping gas and water vapor. It achieves a maximum suction pressure of 33mbar absolute pressure (97% vacuum degree) and can function as a compressor with a maximum discharge pressure of 0.26MPa (absolute pressure). This advanced series offers superior performance, comprehensively replacing SK, 2SK series water ring vacuum pumps

2BV5 161 Water Ring Vacuum Pump The 2BV series water ring vacuum pump represents the latest generation of energy-saving vacuum equipment, designed for pumping gas and water vapor. It achieves a maximum suction pressure of 33mbar absolute pressure (97% vacuum degree) and can function as a compressor with a maximum discharge pressure of 0.26MPa (absolute pressure). This advanced series offers superior performance, comprehensively replacing SK, 2SK series water ring vacuum pumps

2BE1 Water Ring Vacuum Pump High-Efficiency Oil-Free Industrial Vacuum Equipment with Steam Water Separator Design Quick Details Product Type: Single-stage single-acting water ring vacuum pump/compressor Core Structure: PTFE valve plate + upper-mounted steam-water separator Material Advantage: High-chromium stainless steel shaft sleeve, welded steel plate pump body Vacuum Performance: Ultimate vacuum 33hpa/160hpa, efficiency 40-65% Transmission Modes: Belt drive or direct

2BE1 103-0 Water Ring Vacuum Pump High-efficiency oil-free industrial vacuum equipment featuring stainless steel construction, 33 MPa ultimate vacuum capability, and integrated steam water separator design. Key Features Single-stage single-acting water ring vacuum pump/compressor design PTFE valve plate with upper-mounted steam-water separator High-chromium stainless steel shaft sleeve and welded steel plate pump body Ultimate vacuum: 33hpa/160hpa with 40-65% efficiency

ZJP30 Small Roots Vacuum Pump The ZJP30 Small Roots Vacuum Pump delivers 30L/S pumping speed in a compact, low-noise design, making it ideal for small vacuum systems. This rotary variable volume mechanical booster pump operates through synchronized reverse rotation of "8" shaped rotors within the pump cavity, effectively moving gas to achieve extraction. Characterized by high pumping rates and low motor power requirements, it requires a front pump for pre-pumping to reach

ZJP70 Medium-Speed Roots Vacuum Pump The ZJP70 Small Roots Vacuum Pump delivers 70L/S pumping speed in a compact, low-noise design, making it ideal for small vacuum systems. This rotary variable volume mechanical booster pump operates through synchronized reverse rotation of "8" shaped rotors within the pump cavity, effectively moving gas to achieve extraction. Characterized by high pumping rates and low motor power requirements, it requires a front pump for pre-pumping to