Diaphragm pump - Import export

Graco diaphragm pump HUSKY 1050A A01 A A2 AC PT PT PT Connection 1". Maximum output 189 l/min Type number 647156

The Stainless Steel Husky 716 Air Operated Diaphragm Pump has an external controller for remote control. Middle and end ports No mechanical seals that cause fluid leakage or failure Silent operation of less than 85 dBa, including the option of mounting an easy-to-use external muffler for even less noise Easy-to-maintain air valve and ball check valves Center and end ports of 19.05 mm (3/4 inch) No seals to leak Silent operation of less than 85 dBa, including the option of mounting an easy-to-use external muffler for even less noise Easy-to-maintain air valve and ball check valves

Graco diaphragm pump HUSKY 3300A A01 A A2 SP SP SP BN The Husky 3300 Air Operated Diaphragm Pump features a fail-safe low pulsation air valve for a smooth and fast transition. The one-piece center section eliminates leakage and reduces maintenance required on Husky pumps compared to other diaphragm pumps. Overall efficiency improvement (up to 40% more efficient) Highest fluid flow rate in its class The diaphragms last up to 5 times longer than other air-operated diaphragm pumps Extensive range of materials for all applications Offered in ATEX configuration. Extensive range of materials for many applications Flow rates up to 300 gpm (1,135 lpm) Modular air valve that does not jam Complete 3-inch family of diaphragm pumps available with aluminum or polypropylene center sections Heavy duty construction Chemical Compatibility Guide Connection 3". Maximum flow 1135 l/min Type number 652124

The Husky 307 diaphragm pump with type number D31211 has a pump tube and balls that are made of acetal, the diaphragms and seats are made of teflon. These Husky 307 double diaphragm pumps are ideal for pumping chemical liquids. These can be liquids such as paint, thinners, glues and, for example, polluting liquids. Because this pump is provided with two pump chambers with a common inlet and outlet, a continuous vacuum can be created by a linear movement of the diaphragm, whereby a ball valve ensures that the material can be further pressed. The membrane pump has a maximum pump capacity of 25 ltr/min and can handle a maximum working pressure of 7 bar.