Industrial Pump Dealers in Navghar, Mumbai

Can be programed for weighing, filling, check weighing and specific automation application.Many interlocks to ensure trouble free operation even by unskilled workers.Filling from gravity, pumping, injecting or by combination as required.

We are one of the most recognized names engaged in offering metallic pumps which are widely demanded in the industry. Each of the product delivers peak performance ,efficient ,easy to handling and maintenance.

HB pumps are meant for high mechanical efficiency, means less energy consumption,  lower cost, smaller motors, lower drive costs. Easy-Clean pump head which is ideal for in place cleaning, or can be rapidly stripped for manual cleaning, without disconnecting the pipe work. Positive, uninterrupted displacement by specially designed rotors creates a steady, gentle pumping action which dose not shear, agitate or aerate the product. Pumping chambers without pockets or crevices to harbour bacteria or contaminants. No contact between moving parts and no internal bearings in pump head. Rotor shafts sealed by hygienic mechanical seals or by packed glands selected for the duty conditions. Solid stainless, ASI 316 quality, pump head, rotors and shafts. Food quality rubber covered., and plastic rotors are also available. Robust, cast iron gear case enclosing oil lubricated rolling bearings are precision timing gears. Generous distance separating the pump head from the gear case. Ports threaded or flanged to suit customer’s requirements.

The Roots type blower is a positive displacement lobe pump which operates by pumping, or moving, a fluid, usually air, but in some cases a process gas, using a pair of inter-meshing lobed rotors, which have a profile that looks not unlike the number 8. When operating, the fluid is trapped in the outer pockets surrounding the lobes and is carried, or progressed, from one side of the machine to the other. The lobe shaped rotors (usually two lobes, but it can be 3 or 4) work in tandem and move the fluid, usually air, from one side of the machine to the other. The lobes do not grab, or scoop the air out of the inlet pipe, but rather as they pass the inlet opening they cause a local low pressure area inside inlet port of the machine into which the fluid will then flow. As the rotors continue to turn the fluid that has entered the machine is trapped by the rotors and progressed from the inlet side to the outlet side. On reaching the outlet side the fluid has no choice but to be pushed out into the discharge pipe. Each time one of the rotor tips passes either the intake or exhaust port, the passing of that tip causes a pressure pulse to be generated. Therefore in the case of a blower with rotors that have 2 lobes there will be 4 pulses for each complete revolution of the pair of rotors (2 pulses from each rotor for each revolution). This allows for a relatively easy estimation of the principal frequency of pulsation that the machine will generate. Whilst the frequency of the noise from the passing of the rotor tips at the intake and exhaust ports is well understood, there is a second noise mechanism where the fluid tries to pass back through the machine from the high pressure side to the low pressure side by "slipping" around the rotors at their tips. This is an aerodynamic noise mechanism and is less easy to predict as the noise level changes with the speed of the blower and the gap between not only the rotors, but also between the gap between the rotors and the casing. The noise generated by these two mechanisms are quite different. The sound from the passing of the rotor past the open inlet port will have a certain frequency, or tone, which on large low speed machines can literally sound like a large helicopter, whilst on smaller machines which operate at higher speeds this tone may sound like a tuning fork. The aerodynamic sound from the slippage of the fluid back past the rotors is not usually obviously tonal in nature, but rather has a more broadband nature to it, not unlike a valve or pipe exhausting to atmosphere at high velocity.  

MILD STEEL / SS – 316 / SS 304 All wetted parts like pumping chamber, pump base, discharge tee, nozzle, wing nut, impeller are made of SS316 investment castings or polypropylene. The outer & inner pipes are seamless type made of SS-316. The shaft is made of SS-316 bright bar. The guide sleeve and lip seals are made of teflon. For almost all types of Solvents, Varnishes, Turpentine, Paints, Gasoline, HSD, Petroleum products, Chloroform, Drugs & pharmaceuticals, Degreasing agent, Phenol, IPA, LDO, Water treatment chemicals, Nitric acid, Phosphoric acid, Thermic fluid. POLYPROPYLENE Polypropylene with imported Hastalloy- B2/ C Shaft All wetted parts, outer & Inner pipes are made of Polypropylene.The shaft is made of imported Hastalloy-B-2. (Containing 29% Molybdenum). The impeller is made of ETFE (Moulding grade of Teflon Application : For highly corrosive liquids like conc., HCI, Dil H2SO4, HF, NaOH, formic acid, electroplating solution, photographic developers, salt solution, pesticides intermediates, toxic chemicals.

• Brand Name: LUBI
• Type: Electric
• Motor Horsepower: 150
• Motor Phase: Three Phase

We are a leading manufacturer and supplier of Submersible Pump in Mumbai

• Motor Phase: Three Phase
• Motor Horse Power: 2 - 5 HP
• Features: Precise dimensions, Rigid construction, High precision

deepwell hand pumps, bare pumps, Industrial Pumps, pumping equipment, Pumps

Vacuum Pump RTVP 50, Rotary Piston Vacuum Pumps, Vacuum Fittings

PTFE Lined Pump, magnetic drive centrifugal pumps

Centrifugal Pumps

Fuel Pump, gasoline pump, petrol pumps

pump diaphragms, Pu Rollers, Pu Seals, Pump Diaphragms, PU Seals

Spray Nozzles, Eyelets, RODS, thread guides, tubes, Wire Guides

Dowty Gear Pumps, Flexible Drive Coupling, Hydraulic Hose Assembly