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E-mail
depamu@depamu.com
- Phone
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Address
No. 658, 20th Street, Baiyang Street, Qiantang District, Hangzhou City
Depam (Hangzhou) Pump Technology Co., Ltd
depamu@depamu.com
No. 658, 20th Street, Baiyang Street, Qiantang District, Hangzhou City
feature
Excellent dual diaphragm design, with a multi-layered diaphragm structure that has been rolled to ensure even force distribution and durability;
The double diaphragm made of PTFE material has excellent corrosion resistance and impermeability.
The diaphragm status monitoring system can output signals when the diaphragm is damaged, and can continue to work until the diaphragm is replaced or the pump is stopped directly, without polluting the measuring medium;
Accurate eccentric structure design, with cam and spring eccentric mechanisms and integral sleeve adjustable eccentric transmission mechanism;
The static seal of the hydraulic end diaphragm replaces the dynamic seal of the plunger, thus achieving no leakage of the conveying medium;
The sliding rod directly drives the diaphragm to move instead of using hydraulic pressure to drive the diaphragm to perform reciprocating periodic motion, making the structure of mechanical diaphragm pumps simpler and easier to maintain;
The patented mechanical diaphragm design ensures stable flow output.
Whether in shutdown or operation, smooth and stable output flow can be infinitely adjusted by adjusting the knob.
◆ There is no safety relief device, it is recommended to install a safety valve on the outlet pipeline of the pump.
Scope of application
Widely used in industries such as environmental protection, pharmaceuticals, papermaking, sewage treatment, urban water supply, and cement grinding aids.


Main performance parameters of mechanical diaphragm pump DPMFWA
The maximum flow rate can reach 700L/h;
The maximum pressure can reach 1.2MPa;
Transportation temperature: PVC ≤ 40 ℃, PTFE ≤ 80 ℃;
Adjustment range during operation or shutdown: 0~100%;
The suction range can reach 4m;
The stroke adjustment of the eccentric wheel mechanism minimizes the pulse and increases the load-bearing capacity;
◆ Optional, variable frequency adjustment or manual stroke adjustment